Relazione di calcolo
1 Premessa
 
Il seguente elaborato costituisce la relazione di calcolo strutturale, comprensiva di una descrizione generale dell’opera e dei criteri generali di analisi e verifica come previsto al § 10.1 del Decreto ministeriale (infrastrutture) 17 gennaio 2018 : “Norme Tecniche per le Costruzioni”  di seguito denominato NTC18
2 Descrizione dell’opera.
L’edificio in oggetto, ubicato nel comune di Roma (RM) alla latitudine 41.895466°  e alla longitudine 12.482325°, si trova a 20m sul livello del mare e dista dalla costa 24.1km. Si sviluppa per 2 piani fuori terra. In pianta ha le seguenti dimensioni 5.50m × 3.60m . L’altezza di calcolo è 6.40m.
Nelle Figure 1 e 2 sono riportate due viste prospettiche contrapposte, allo scopo di consentire una migliore comprensione della struttura oggetto della presente relazione.

La struttura è costituita da un telaio spaziale di elementi portanti in calcestruzzo armato, acciaio e legno, formato dai seguenti elementi strutturali.
Pilastro: Elemento con una dimensione prevalente, in genere posizionato verticalmente tra due piani differenti e sottoposto a pressoflessione deviata e taglio biassiale.
Trave: Elemento con una dimensione prevalente, in genere posizionato orizzontalmente ed appartenente ad un solo piano e sottoposto a flessione semplice e taglio.
Trave di fondazione: Elemento con una dimensione prevalente ipotizzato su suolo elastico e in genere sottoposto a flessione semplice e taglio.
Biella: Elemento con una dimensione prevalente incernierato all'estremità, sottoposto a sforzo normale ed eventualmente a flessione e taglio dovuti al peso proprio.
Solaio controventato: Solaio la cui rigidezza membranale è modellata con bielle o con nodo master. 
Parete duttile: Parete come definita al §7.4.3.1 modellata con modello WCM [2-1][2-2](Wide-Column Model), ovvero pilastro e 4 link rigidi.
Parete: Elemento bidimensionale verticale modellata con shell.
Piastra: Elemento bidimensionale orizzontale o inclinata modellata con shell.
Piastra di Winkler : Piastra su suolo elastico di Winkler.
Plinto diretto: Plinto diretto con base rettangolare ed altezza costante. Modellato con un elemento rigel e un vincolo cedevole.
Plinto su pali: Plinto tozzo di forma triangolare, quadrata o esagonale e altezza costante. Per il calcolo della struttura di elevazione il plinto su pali è modellato un elemento rigel ed un vincolo cedevole. Per il calcolo delle sollecitazioni interne e per la sua verifica il plinto su pali è modellano come una piastra infinitamente rigida su tanti vincoli cedevoli quanti sono i pali.
Palo di fondazione: Elemento verticale con una dimensione prevalente ipotizzato immerso in suolo elastico e sottoposto a pressoflessione e taglio. Per il calcolo della struttura di elevazione il Palo è modellato con un elemento rigel ed un vincolo cedevole. Per il calcolo delle sollecitazioni interne e per la sua verifica il palo è modellato con una modello FEM ad hoc.
Solaio in laterocemento. Elemento bidimensionale realizzato da una serie di travetti paralleli in cemento armato intervallati da pignatte in laterizio. Il progetto e la verifica dei solai in laterocemento è fatta con modelli FEM ad hoc, e i carichi sono assegnati sul telaio dell’edificio per aree di influenza.
[2-1]: Beyer-Dazio-Priestley, "Seismic design of torsionally eccentric buildings with U-shaped RC walls", 2008, par.2.3.1, pag.17 - IUSS Press Pavia 
[2-2]: M. N. Fardis, E. C. Carvalho, A. Elnashai, E. Faccioli, P. E. Pinto, A. Plumier, "Guida all’Eurocodice 8", 2011, par.4.6.3, pag.80 - EPC Editore 

3 Riferimenti legislativi 
L’analisi della struttura e le verifiche sugli elementi sono condotte in accordo alle vigenti disposizioni legislative ed in particolare alle seguenti norme: 
Legge 05/11/1971, n.1086, “Norme per la disciplina delle opere di conglomerato cementizio armato, normale e precompresso ed a struttura metallica”.
Legge 02/02/74, n.64, “Provvedimenti per le costruzioni con particolari prescrizioni per le zone sismiche”.
Decreto Ministeriale del 17/01/2018, “Norme tecniche per le costruzioni”  (di seguito NTC18) e relative “Istruzioni per l’applicazione”  ovvero Circolare ministeriale n°7 CSLLPP del 21/1/2019 (di seguito CNTC18) .
Decreto ministeriale 65 del 07/03/2017, “Linee guida per la classificazione del rischio sismico delle costruzioni”
Inoltre si sono tenute presenti le seguenti referenze tecniche:
Eurocodice 2: “Progettazione delle strutture di calcestruzzo”   Norma UNI EN 1992 (di seguito EC2)
Eurocodice 3: “Progettazione delle strutture in acciaio”   Norma UNI EN 1993 (di seguito EC3)
Eurocodice 5: “Progettazione delle strutture in legno”   Norma UNI EN 1995 (di seguito EC5)
Eurocodice 8: “Progettazione delle strutture per la resistenza sismica”. Norma UNI EN 1998 (di seguito EC8)
CNR DT 206–R1/2018 “Istruzioni per la Progettazione, l’Esecuzione ed il Controllo delle Strutture di Legno”  (di seguito DT206)
4 Modellazione strutturale
L’analisi numerica è condotta col metodo degli spostamenti ipotizzando un comportamento elastico-lineare degli elementi. È quindi utilizzata la tecnica degli elementi finiti connessi solo in corrispondenza di un numero prefissato di punti denominati nodi. I nodi sono definiti dalle tre coordinate cartesiane in un sistema di riferimento globale. Le incognite del problema sono gli spostamento dei nodi (6 per ogni nodo) riferite al sistema di riferimento globale, unico per tutti i componenti.
Gli spostamenti incogniti sono ottenuti risolvendo un sistema di equazioni algebriche lineari i cui termini noti sono costituiti dalle forze concentrate nei nodi:
K∙  u = F     (4.1) 
in cui: 
K = matrice di rigidezza della struttura 
u = vettore spostamenti nodali
F = vettore forze nodali
La risoluzione numerica del sistema viene perseguita tramite il metodo di Cholesky[2]. 
Ottenuti gli spostamenti vengono calcolate le sollecitazioni nei singoli elementi riferite al sistema di riferimento locale dell’elemento stesso.
Gli elementi utilizzati per la modellazione dello schema strutturale sono:
Beam: Elemento con una dimensione prevalente che unisce due punti dello spazio. Utilizzato per travi , pilastri e pareti duttili. Il modello adottato è quello di Timoshenko. 
Beam di Winkler: Beam su suolo elastico. Utilizzato per travi di fondazioni. Il modello adottato è quello di Eulero-Bernoulli su suolo elastico continuo. 
Biella: Beam incernierato all'estremità. Utilizzata per modellare il comportamento membranale dei solai. 
Shell Triangolare[4-1]: Elemento bidimensionale triangolare con 3 nodi (corrispondenti ai 3 vertici) ottenuto dall’unione di un elemento lastra CST (Constant Strain Triangle) con 6 gdl e di un elemento piastra sottile di Kirchhoff DKT (Discrete Kirchhoff Triangle) [4-2] con 9 gdl. 
Shell Rettangolare[4-1]: Elemento bidimensionale rettangolare con 4 nodi (corrispondenti ai 4 vertici) ottenuto dall’unione di un elemento lastra LSR (Linear Strain Rectangle) con 8 gdl e di un elemento piastra sottile di Kirchhoff ACM (Elemento Adini-Clough-Melosh, 1961-63) con 12 gdl. 
Shell Quadrangolare: Elemento bidimensionale quadrilatero isoparametrico con 4 nodi (corrispondenti ai 4 vertici) ottenuto dall’unione di un elemento lastra Q4 (Linear Quadrilateral Element) con 8 gdl e di un elemento piastra sottile di Kirchhoff DKQ (Discrete Kirchhoff Quadrilateral) [4-3] con 12 gdl. 
Rigel: Elemento rettilineo a 2 nodi infinitamente rigido usato per modellare un legame infinitamente rigido tra due nodi. 
Oltre agli elementi finiti elencati sopra è possibile inserire nella struttura i seguenti tipi di vincoli: 
Svincolo interno. Elemento definito da una matrice di rigidezza 6x6 che permette di inserire qualunque tipo di vincolo interno lineare.
Vincolo esterno. Elemento definito da una matrice di rigidezza 6x6 che permette di inserire qualunque tipo di vincolo esterno lineare.
L’appoggio delle lastre sui pilastri è modellato aggiungendo dalle travi fittizie rigide che uniscono i nodi delle mesh ricadenti all’interno del pilastro. 
Il sistema di riferimento globale è orientato con l’asse z verso l’alto.
Il sistema di riferimento delle aste ha l’origine nel primo nodo dell’asta, gli assi y e z coincidenti con gli assi della sezione e l’asse x orientato come l’asta. Le rotazioni sono considerate positive se concordi con gli assi vettori.
Nel sistema di riferimento locale l’elemento shell giace nel piano x’, y’. Per gli shell verticali l’asse x’   è scelto parallelo al piano orizzontale con l’angolo x’-x compreso tra -45°(escluso) e 135°; l’asse y’   è verticale e rivolto verso l’alto. Per gli shell orizzontali l’asse x’   è parallelo all’asse x e l’asse z’, normale al piano dell’elemento,  è rivolto verso l’alto.
L’analisi sismica è di tipo dinamica lineare (§7.3.3.1 NTC18) con masse concentrate sui nodi.
Nell’analisi sismica le non linearità geometriche (effetti P-Δ) sono prese in conto attraverso il fattore θ, come prescritto dai §§7.3.1 e 7.3.3.3 NTC18
[4-1]: G Toniolo P.G. Malerba, "Metodi di discretizzazione dell’analisi strutturale", 1981 – Masson Italia
[4-2]: Jean-Louis Batoz, “An explicit formulation for an efficient triangular plate-bending element”, 1982 - International Journal for Numerical Methods in Engineering
[4-3]: Jean-Louis Batoz, “Evaluation of a new quadrilateral thin plate bending Element”, 1982 - International Journal for Numerical Methods in Engineering
 
4.1 Analisi dinamica
I modi di vibrare della struttura sono calcolati mediante soluzione dell’equazione matriciale:
[K-λM]ψ  = 0           (4.2)
Dove: 
ψ = autovettore
λ = autovalore
M = matrice delle masse
K = matrice delle rigidezze 
Gli spostamenti dell’i-esimo modo hanno la forma:
ui(t) = ψi pi sin(ωi t + φi) 
con: 
ω2= λ
φ = fase
p = ampiezza (scalare) 
t = tempo (variabile indipendente) 
La (4.2) è risolta con il metodo di interazione nel sottospazio[4-3] o col metodo di Lanczos[4-4]
Per la costruzione della matrice M le masse sono considerate concentrate nei nodi e sono trascurate le masse rotazionali.
4.1.1 Calcolo sollecitazioni modali [4-5]
Per ogni autovalore λi esistono infiniti autovettori ψi proporzionali tra loro.
Nel seguito ci si riferisce alla forma ψi ortonormalizzata ad 1 con M, ovvero che verifica la:
ψiT M ψi = 1
La matrice diagonale M può  essere scritta come:
M = Mx + My + Mz
dove: Mx [ My, Mz ] è la matrice delle sole masse traslazionali lungo x [lungo y, lungo z] 
Si definisce il vettore 
mx = Mxμ  
dove μ è vettore con tutti elementi 1 e lunghezza pari alla dimensione della matrice M
Si definisce fattore di partecipazione modale lo scalare:
Lix = ψiT mx           (4.3)
Si può  definire lo scalare:
pix = Sx(Ti, ξ) Lix / λi           (4.4)
dove: 
Ti = 2*π/ ωi = periodo del modo i
La funzione Sx(T, ξ) è lo spettro di progetto in accelerazione del sisma x. (§  3.2.3.2 NTC18)
Il vettore degli spostamenti massimi dovuti all’eccitazione del modo i da parte del sisma x è calcolato con:
uix max = pix ψi         (4.5)
Nei tabulati di Jasp, per il modo i-esimo, sono riportate:
• le sollecitazioni calcolate a partire da spostamenti pari a ψi (espresso in metri)
• la tabella dei coefficienti pix denominati “coefficienti di amplificazione modali”. 
La quota di massa partecipante del modo i al sisma x è lo scalare: 
six = Lix2 / (μT mx)           (4.6)
dove: μT mx è la somma delle masse sismiche per il sisma x.
Per la combinazione degli effetti riguardanti i singoli modi si utilizza la combinazione quadratica completa come indicato nelle espressioni [7.3.4] e [7.3.5b] delle NTC18. 
Gli effetti dell'eccentricità  accidentale del centro di massa sono calcolati mediante l'analisi statica come indicato nel §7.3.3 delle NTC18.
[4-3]: Bathe-Wilson, "Numerical Methods in Finite Element Analysis", 1976, §12.3 – Prentice-Hall
[4-4]: Thomas J.R. Hughes, "The Finite Element Method", 2000, §10.6 – Dover Publications
[4-5]: Paolo Rugarli, "Analisi modale ragionata", 2005, §9.1, - EPC Libri 
5 Verifica delle sezioni in calcestruzzo armato 
La verifica delle sezioni è svolta in conformità  con il §4.1 NTC18 (Costruzioni in calcestruzzo) e §7.4 NTC18 (Progettazione per azioni sismiche - Costruzioni in calcestruzzo).
La simbologia utilizzata, ove non espressamente indicato, si riferisce ai suddetti paragrafi delle NTC18.
5.1 Verifica Stato Limite Ultimo di Resistenza 
Per la verifica allo stato limite ultimo di resistenza i modelli σ-ε  adottati sono: (§4.1.2.1.2 NTC18)
• calcestruzzo: Modello parabola-rettangolo. Figura 4.1.1(a) NTC18
• acciaio: Modello elastico-perfettamente plastico indefinito. Figura 4.1.3(b) NTC18
La verifica a pressoflessione deviata è effettuata mediante l’espressione:
[(My/MRy)α+(Mz/MRz)α] ≤ 1     (4.1.19) NTC18
Per le sezioni rettangolari l’esponente α è dedotto, come indicato nel §4.1.2.3.4.2 delle NTC18, in funzione dei parametri ν e ωt. In particolare si utilizza l’espressione Monti e Allesandri (2007) [5-1].
α = c (b/h)γ (ωx)φ (ωy)ψ (υ)θ
con:

ωx = Asx ·fyd/NRcd , dove Asx è l’armatura nella direzione x 
ωy = Asy ·fyd/NRcd , dove Asyè  l’armatura nella direzione y 
ν = NEd /NRcd 
NRcd = Ac ·fcd 
In alternativa al metodo Monti-Alessandri, per sezioni rettangolari, è utilizzata la tabella delle NTC18: 

con interpolazione lineare per valori diversi da ν.
Per sezioni circolari ed ellittiche si utilizza α =2, per le sezioni a T si utilizza α =1; in ogni caso di pone α ≤ 2
Per il calcolo dei momenti resistenti MRy ed MRz dall’armatura longitudinale della sezione viene sottratta l’armatura necessaria alla verifica a torsione.
Le verifiche a torsione e a taglio biassiale sono effettuate con il metodo del traliccio ad inclinazione variabile imponendo: 
1 ≤ ctg(θ) ≤ 2,5         (5.1) 
La verifica del calcestruzzo è effettuata (a vantaggio di sicurezza) mediante l’espressione: 
(VEdyx/VRcdy+VEdz/VRcdz+Mt/TRcd) ≤ 1           (5.2)
Dove Mt = momento torcente.
La verifica dell’armatura a taglio (staffe) è eseguita considerando l’area di acciaio al netto dell’area necessaria alla verifica a torsione ed avviene, a vantaggio di sicurezza, utilizzando la formula:
[(VEdy/VRsdy)2+( VEdz/VRsdz)2] ≤ 1           (5.3)
Ogni sezione (per travi, pilastri e pareti) è verificata per la presenza contemporanea delle sei sollecitazioni ( N, Vy,Vz, Mt, My, Mz)
Le verifiche agli SLU delle pareti sono effettuate come indicato nel §7.4.4.5.1 NTC18
[5-1]: Cosenza-Manfredi-Pecce, "Strutture in cemento armato"  II Ed., 2015, §4.9, pag.171–  Editore Hoepli 
5.2 Verifica Stato Limite Ultimo di Duttilità
Le verifiche di duttilità, ove richieste della NTC18, sono fatte con la relazione:
μϕ= μϕ(Ed) ≥ μed           [4.1.18b] NTC18
La capacità  in termini di fattore di duttilità  in curvatura μϕè calcolata separatamente per le due direzioni principali di verifica, come rapporto tra la curvatura di raggiungimento della deformazione ultima del calcestruzzo e/o dell’acciaio ϕu e la curvatura convenzionale di prima plasticizzazione ϕyd calcolata come indicato nel §4.1.2.3.4.2 NTC18.
5.3 Verifica Stato Limite Tensione di Esercizio
Le verifiche dello stato limite di limitazione delle tensioni sono fatte in conformità  con il §4.1.2.2.5 NTC18.
La verifica è effettuata, per tutte le sezioni (travi, pilastri e pareti), a pressoflessione deviata (presenza contemporanea di N, My, Mz) con l’espressione[5-3]:
|My/May| + |Mz/Maz| ≤1           (5.4)
dove:
May = Momento My ammissibile a pressoflessione retta con sforzo normale N 
Maz = Momento Mz ammissibile a pressoflessione retta con sforzo normale N
[5-3]: Aurelio Ghersi, "Il cemento Armato", 2010, Cap.10 par.6, pag.285 - Dario Flaccovio Editore
5.4 Verifica Stato Limite di Fessurazione
Le verifiche dello stato limite di fessurazione sono fatte in conformità  con il §4.1.2.2.4.5 NTC18. Per il calcolo dell'ampiezza caratteristica della fessure si utilizza la formula [4.1.14] NTC18. Per il calcolo di εsm e Δsm è utilizzato un documento di comprovato validità  ossia il D.M. 9 gennaio 1996 e il punto B.6 della Circolare Min. LL.PP 252 del 15/10/1996.
Per ogni lato della sezione è calcolato, considerando una tensoflessione retta, l’apertura della fessura con l’espressione:
wd = 1,7 wm = 1,7 Δsm εsm           (5.5)
I valori così  calcolati sono confrontati con i valori nominali ricavati dalla tabella 4.1.IV NTC18.
In aggiunta alle verifiche a tensoflessione retta viene effettuata la verifica a fessurazione a tensoflessione deviata procedendo in questo modo:
• Si sceglie il valore Δsm che corrisponde alla massima fessurazione a tensoflessione semplice.
• Si ricava εsm dalla (5.5) ponendo wd pari al valore nominale ammissibile. 
• Si ricava σs dall’equazione: εsm = σs (1-β1β2β2)/Es         (CM LL.PP 252 del 15/10/1996 §B.6.6.3.(b))
• Nota la σs si procede alla verifica con la formula |My/May| + |Mz/Maz| ≤ 1
5.5 Verifica Stato Limite di deformazione
Le verifiche allo stato limite di deformazione sono realizzate secondo quanto indicato §C4.1.2.2.2 della CNTC18. In particolare il calcolo della deformazione flessionale delle travi è effettuato mediante integrazione delle curvature tenendo conto della viscosità  del calcestruzzo.
Il modulo elastico del calcestruzzo Eeff è calcolato tenendo conto degli effetti della viscosità  secondo l’espressione:
Eeff= Ecm /[1+φ(∞,t0)]         (7.20 EC2-2005)
dove: 
φ(∞,t0) è calcolato mediate la tabella 11.2.VII delle NTC e con t0 = 30 giorni.
Ecm = Modulo elastico istantaneo del calcestruzzo calcolato con la (11.2.5) delle NTC18. 
L’inerzia delle sezioni parzialmente fessurate è calcolata con la formula (C4.1.2) della CNTC18. Le sezioni interamente fessurate sono omogenizzate con n=15. 
5.6 Elementi secondari 
Gli elementi strutturali considerati secondari sono inseriti nel modello ed armati in base ai risultati del calcolo[5-4], rispettando così  le verifiche di congruenza. 
Il contributo della rigidezza degli elementi secondari, che per il §7.2.3 deve essere inferiore al 15% , è calcolato con la formula:
Cs = Sp/St-1           (5.6)
Dove :
Cs = contributo alla rigidezza degli elementi secondari.
Sp = spostamento medio d’impalcato considerando i soli elementi principali, eliminando cioè  gli elementi secondari moltiplicandone il modulo di elasticità  per 0.001
St = spostamento medio dell’impalcato tenendo conto di tutti gli elementi. 
Secondo le NTC18 gli elementi secondari devono sostenere i carichi gravitazionali (non quelli sismici) quando sono soggetti agli spostamenti causati dalle condizioni di progetto allo SLC. Per effettuare tale verifica, allo SLC, ovvero per calcolare la capacità  di rotazione ultima di tali elementi, si utilizza l’espressione (A.1) EC8-3, ossia la formula [C8.7.2.1] della CNTC18. 
[5-4]: Aurelio Ghersi - Pietro Lenza, "Edifici antisismici in cemento armato", 2009, Cap.6 par.4.3, pag.172 - Dario Flaccovio Editore
5.7 Verifiche Shell
Ipotizziamo senza ledere la generalità  che le armature siano disposte lungo gli assi locali x e y (figura seguente)

Figura 3 : Elemento shell
 
5.7.1 Verifica armatura 
Nel caso di lastra le sollecitazioni di verifica delle armature sono calcolate come indicato nell’  appendice F EC2-2, ovvero, a vantaggio di sicurezza:
n’dx = nEdx + |nEdxy|           (5.7a)
n’dy = nEdy + |nEdxy|           (5.7b)
con nEdy positiva se di trazione.
Nel caso di piastra i momenti di verifica delle armature sono calcolati, a vantaggio di sicurezza, con le seguenti espressioni [5-5]:
m’dx = m Edx±  |mEdxy|           (5.8a)
 m’dy = m Edy±  |mEdxy|           (5.8b)
Nel caso generale si utilizzano entrambe le sollecitazioni calcolate con le (5.7) e (5.8) e la verifica è eseguita a presso-tenso-flessione. 
5.7.2 Verifica calcestruzzo
Per la verifica del calcestruzzo il software ricerca le direzioni principali di compressione superiore e inferiore. Per le 4 direzioni trovate si esegue la verifica a pressoflessione. 
Per il solo fine di verifica del calcestruzzo, nella generica sezione con direzione φ, si considera presente l’armatura:
Asφ = Asx cos²  φ + Asy sen²  φ
utilizzando sostanzialmente il metodo della linea di rottura di Johansen [5-6]. 
Nel caso di lastre la verifica dei puntoni di calcestruzzo è effettuata con la formula:
ncd = 2 | nEdxy| < ν·fcd·h           (F.4 EC2-2005 )
Nel caso generico, per la verifica dei puntoni di calcestruzzo, si utilizza il modello a sandwich descritto nell’allegato LL EC2-2, formule: (LL.137) – (LL.142)
5.7.3 Verifica a punzonamento 
La verifica a punzonamento è effettuata come indicato nel §6.4 dell’EC2-1-1, utilizzando, a vantaggio di sicurezza, le sollecitazioni di taglio puntuali calcolate con il modello FEM elastico lineare anziché le distribuzioni calcolate ipotizzando un comportamento plastico della piastra. Dove non indicato esplicitamente la simbologia di questo paragrafo fa riferimento al §6.4 EC2-1-1. 
Nel caso di verifica del calcestruzzo senza specifica armatura a taglio è utilizzata la seguente formula,che generalizza le formule (6.47) e (6.49) dell’EC2:
vRd = max{CRd ·k·(100·ρ·fck)1/3 ; vmin}·  max{2d/a ; 1}+ kd σcp                     (5.9) 
dove: a è la distanza dal pilastro, d è l'altezza utile della piastra.
Nel caso di specifica armatura a taglio la formula di verifica , ottenuta a partire dalla [(6.52) EC2-1-1], e dalla [(6.38) EC2-1-1] è:
β·vEd/ (u1·d) ≤0,75 vRd,c + 1,5 (d/sr) f ywd,ef sinα  Asw/ (u1·d)                     (5.10)
definendo:
 us il perimetro posto a distanza 0,5d dal pilastro, ossia il primo perimetro di chiodi,
ρw= Asw/(us·sr) = rapporto geometrico di armatura a taglio perimetro us posto a distanza 0,5d,
ν s = β VEd/(usd) = tensione massima di taglio a distanza 0,5d dal pilastro [(6.38) EC2-2005],
la (5.10) diventa:
ν s ≤ 0,75 vRd,c + 1,5 ρw sinα  fywd,ef   
che è la formula di verifica usata. 
[5-5]: P.Gambarova ed altri "Linee guida per la progettazione delle piastra in C.A.", 2007, Cap.3 , pagg. 31-33 - Pàtron Editore
[5-6]: KW Johansen "Yield-line theory", London, Cement and Concrete Association, 1962

5.8 Verifiche plinti diretti 
5.8.1 Verifica a flessione e taglio
Per ogni direzione il plinto è suddiviso diviso in due mensole [5-7]. Per il calcolo delle sollecitazioni in plinto si suppone posto su suolo di Winkler non resistente a trazione.
Per ogni mensola si considera una sezione di verifica con dimensioni B×H, con armatura inferiore As ed armatura superiore As1 dove:
B è la profondità  del plinto (dimensione del plinto perpendicolare alla direzione della mensola).
H è l’altezza del plinto
As [As1] è l’armatura inferiore [superiore] presente nel plinto e disposta lungo la direzione delle mensola.
Per la verifica del calcestruzzo, a vantaggio di sicurezza si utilizza B’  = min{ B ; semiperimetro del pilastro} 
Per la verifica a flessione si fa riferimento alla sezione posta in asse con il pilastro. Per la verifica a taglio si fa riferimento ad una sezione posta a distanza d dal bordo del pilastro [5-7], con d è l’altezza utile del plinto. 
Per i plinti tozzi si esegue la verifica dell’armatura inferiore anche con il modello Puntone-Tirante[5-8]. Tale verifica è effettuata se l’angolo del puntone è maggiore di 45°.
Nella generazione degli esecutivi circa la metà  dell’armatura è posta ad una distanza dal pilastro minore di d/2.
5.8.2 Verifica punzonamento 
La verifica a punzonamento è effettuata come indicato nel §6.4 dell’EC2-1-1. Le verifiche a punzonamento sono effettuate lungo i perimetri di verifica che distano dal pilastro: 0, d/2, d, 3d/2, 2d, dove d è l’altezza utile del plinto. 
Per il calcolo della forza del terreno ΔVED interna alla superficie di verifica si utilizza l’ipotesi di base ridotta o superficie utile del plinto[5-9]. 
Per il calcolo di β si utilizza la formula approssimata (6.43 EC2-1-1)
Tra le verifiche a punzonamento è presente la verifica (6.53 EC2-1-1) che è sostanzialmente la verifica dei puntoni di calcestruzzo con θ=45°[5-10].
[5-7]: Lancellotta – Calavera. "Fondazioni", 1999, §8.3, pag.404 – McGraw-Hill 
[5-8]: Angotti,Giuglia,Marro, Orlando, "Progetto delle strutture in calcestruzzo armato", 2011, §10.12.3, pag.612 – Hoepli 
[5-9]: Favre, Jaccoud, Koprna, Radojicic “Progettare in calcestruzzo armato. Piastre, muri, pilastri e fondazioni”, 1995, §7.2.3, pag.359 – Hoepli 
[5-10]: Ghersi “Il cemento armato ”, 2010, §14.3, pag.441–  Dario Flaccovio Editore 
5.9 Verifiche Plinti su pali 
5.9.1 Modello puntone tirante 
La verifica dei plinti su pali è fatta con il metodo puntone-tirante[5-11] [5-12]. I tiranti corrispondono all'armatura del plinto, sono orizzontali e sono posizionati radialmente o lungo il perimetro del plinto. I puntoni sono inclinati e vanno dal punto di applicazione della forza nel pilastro al centro dei pali. Sul plinto, nel caso di pilastro parzializzato, sono applicate due forze concentrate: una forza rivolta verso il basso e applicata sulla faccia superiore del plinto, e una forza dovuta all'armatura tesa del pilastro applicata sulla faccia inferiore del plinto e rivolta verso l'alto.
5.9.2 Verifica punzonamento 
Jasp effettua la verifica a punzonamento del pilastro e dei singoli pali. 
La verifica a punzonamento è effettuata come indicato nel §6.4 dell’EC2-1-1. Il calcolo della tensione νEd è fatto a partire dalle sollecitazioni dei singoli pali. 
Tra le verifiche a punzonamento è presente la verifica (6.53 EC2-1-1) che è sostanzialmente la verifica dei puntoni di calcestruzzo con θ=45°. 
[5-11]:Diego Carlo Lo Presti. "Manuale di ingegneria geotecnica", 2015, §9.5, pag.294– Pisa University Press 
[5-12]: Lancellotta – Calavera. "Fondazioni", 1999, §8.11.1, pag.447 – McGraw-Hill 
5.10 Verifica strutture esistenti 
Le verifiche delle strutture esistenti sono eseguite come indicato nel §C8.7.2 delle CNTC18.
La capacità  di rotazione ultima delle travi, dei pilastri e delle pareti è calcolata con la formula [C8.7.2.1]. La resistenza a taglio delle zone critiche è calcolata come indicato nel §C8.7.2.3.5 della CNTC18.
La verifica di resistenza dei nodi trave-pilastro è fatta con le formule [C8.7.2.11] e [C8.7.2.12] suggerite dalla CNTC18 al §C8.7.2.3.5 o, in alternativa, con il procedimento indicato dall’ EC8-3 al §A.3.4.1 ovvero riportato nel §7.4.4.3.1 delle NTC18.
6 Elementi in legno
La verifica degli elementi in legno è fatta come indicato nel §4.4 NTC18 e §C4.4 della CNTC18. La simbologia utilizzata nelle tabelle fa riferimento ai suddetti paragrafi. 
6.1 Verifiche di stabilità
Le verifiche di stabilità  sono effettuate come indicato nei §§4.4.8.2 delle NTC18 e C4.4.8.2 della CNTC18. Per quanto non indicato nelle NTC18 e nella relativa Circolare, si è fatto riferimento al §6.3 del EC5-1-1 e al §7.6.1.2 del CNR-DT206
Il particolare la lunghezza efficace per l’instabilità  di trave è posta pari a:
leff = β·L + ζ·h
dove: 
L è la lunghezza critica torsionale della trave misurata tra due ritegni torsionali successivi e β è un coefficiente che nei casi più  semplici può  essere ricavato dalla tabella 7.4 DT206.
h è l’altezza della trave.
ζ è un coefficiente che tiene conto di dove è applicato il carico e vale 0 se il carico è applicato nel baricentro, 2 se il carico è applicato all’estradosso e -0,5 se il carico è applicato all’intradosso. 
Per il calcolo del coefficiente β nei casi di trave appoggiata-appoggiata con diagrammi non previsti dalla tabella 7.4 del DT206 si è utilizzata la formula (C-F1-2) dell’ANSI/AISC 360-05:2005, che è in ottimo accordo con la tabella suddetta, secondo cui:
β = 1/c1= (2,5·Mmax + 3·MA + 4·MB + 3·MC)/(12,5·Mmax )                  (6.1)
dove Mmax rappresenta il massimo momento flettente agente, MA e MC sono i momenti ai quarti della luce e MB il momento in mezzeria, tutti considerati in valore assoluto.
 7 Elementi in acciaio
La verifica degli elementi in acciaio è fatta come indicato nel §4.2 NTC18 e §C4.2 della CNTC18. La simbologia utilizzata nelle tabelle della presente relazione fa riferimento ai suddetti paragrafi. 
La classificazione delle sezioni in acciaio è fatta come indicato nelle Tabelle 4.2.III÷V delle NTC18. 
Per le sezioni di classe 1 e 2 la verifica è effettuata in campo plastico o in alternativa in campo elastico nei punti significativi della sezione utilizzando la [4.2.4] delle NTC18. Per le sezioni in classe 3 o 4 la verifica è effettuata in campo elastico. 
7.1 Verifica sezioni in classe 4 
Per le sezioni diverse dalla tubolare le condizioni limite tra la classe 3 e la classe 4 hanno la forma:
c/t ≤ λ·√(235/fyk)                    (7.1)
dove λ è il coefficiente indicato nelle righe “Classe 3”  delle tabelle 4.2.III÷V e dipende dalla sezione e dal diagramma delle tensioni longitudinali. 
La (7.1) può  essere scritta nel seguente modo: 
fyk ≤ 235(λ·t/c)²  = fy34                   (7.2)
Definendo così  la tensione fy34 che dipende dalla forma della sezione e dal diagramma delle tensioni. Se fyk ≤ fy34 la sezione è in classe 3, altrimenti è in classe 4. 
L’ultimo capoverso del §C.4.2.3.1 della CNTC18 specifica che la verifica delle sezioni in classe 4 può  essere fatta come se la sezione fosse di classe 3 in campo elastico lineare se è verificata la condizione: 

dove σc,Ed è la tensione massima di compressione indotta dalle azioni di progetto.
Tenendo presente la definizione di fy34 la (7.3) diventa:
σc,Ed ≤ fy34/γM0                  (7.4)
In pratica è come se per le verifiche si abbassasse fittiziamente la tensione di snervamento dall’acciaio fino a ricadere nella classe 3, e si facesse poi una verifica elastica lineare in classe 3. 
Jasp, per la verifica di classe 4, considera l’intera geometria della sezione e effettua la verifica con la (7.4) che è identica alla (7.3) prevista nel §C.4.2.3.1 della CNTC18. 
Per la sezione tubolare è ancora possibile usare la (7.4) per la verifica delle sezioni in classe 4, ma tenendo presente il limite tra la classe 3 e 4 è d/t ≤ 90·(235/fyk) si ottiene fyk≤  235·90·t/d = fy34   
Per le verifiche di instabilità  delle sezioni di classe 4, come prescritto dalle NTC18, si tiene conto della riduzione delle sezioni per effetto dell’instabilità, e a vantaggio di sicurezza per il calcolo Weff,x , Weff,y e Aeff si ipotizza la sezione completamente compressa. Ad ulteriore vantaggio di sicurezza, tenendo presente che in classe 4 per ipotesi di lavoro di Jasp si sceglie di abbassare fittiziamente la tensione di snervamento dell’acciaio fino a riportare la sezione in classe 3 si pone:
Weff,x·fyk ≤ Wel,x·fy34 
Weff,y·fyk ≤ Wel,y·fy34   
Aeff·fyk ≤ Ael·fy34   
7.2 Verifica sezioni forate
La presenza dei fori è trascurata se la sezione è completamente compressa o se è verificata la [4.2.15] NTC18 e se Nu,Rd ≥ Npl,Rd ([4.2.6] e [4.2.7] NTC18). In alternativa, qualora la presenza dei fori non possa essere trascurata, Jasp considera, a vantaggio di sicurezza, presenti tutti i fori, sia a quelli in zona tesa che quelli in zona compressa. 
Per effettuare le verifiche Jasp definisce fyF= 0.9·ftk·γM0/γM2 
così  la [4.2.15] NTC18 diventa: Af,net/Af≥  fyk /fyF
e la disuguaglianza Nu,Rd ≥ Npl,Rd diventa: Anet/A ≥ fyk /fyF.
In caso di sezione forata tesa e fori non trascurabili, cioè  se Nu,Rd≤  Npl,Rd, la formula di verifica [4.2.5] può  essere scritta nel modo seguente:
NEd ≤ Nt,Rd = Nu,Rd = Anet·  fyF / γM0
Jasp, nel caso in cui i fori non possano essere trascurati, per la verifica utilizza la sezione netta, tenendo conto quindi della presenza dei fori, e a vantaggio di sicurezza abbassa la tensione fyk al minimio valore tra fyF e fyk. 
7.3 Stabilità  membrature 
Le verifiche per l’instabilità  delle membrature sono effettuate come indicato nel §4.2.4.1.3 NTC18. 
Il fattore correttivo kc della [4.2.52] assume i valori riportati in Tab. 4.2.X. Nel caso di diagramma diverso da quelli riportati nella tabella si pone kc=1/√c1 [7.1] , dove c1 è calcolato con la (6.1)
Il momento critico è calcolato con la [(F.4) ENV 1993-1-1] 

che si riduce alla ([C4.2.30] CNTC18) se c2 = 0 (carico applicato al baricentro) e se k = kw = 1 (nessun vincolo rotazionale agli estremi) 
c1= ψ è calcolato con la [C4.2.31] se la trave è senza carico, è calcolato con la (6.1) nel caso generale. 
Per la verifica a instabilità  delle membrature inflesse e compresse si adotta il Metodo A descritto al §4.2.4.1.3.3.1
Se la [4.2.27] delle NTC18 è vera Jasp procede con la verifica di instabilità  a taglio in accordo con il §4.2.4.1.3.4. e ponendo η = 1. Dalla terza colonna della tabella C.4.VII, utilizzando la [C4.2.50] e la prima delle [C4.2.51] si ottiene il fattore di riduzione della fyk che conto dell’instabilità  a taglio di un pannello, e che risulta: 
χw = (t/hw)·1100/√fyk = (t/ hw)·72·√(235/fyk)
[7-1]: Leroy Gardner, David A. Nethercot "Guida all'Eurocodice 3"  EPC Editore pag.83 
8 Combinazioni di carico
Tutte le combinazioni di carico adottate per le verifiche ed i relativi coefficienti sono indicate nei tabulati prodotti dal software. 
La pressione del terreno di fondazione è calcolata con i coefficienti parziali A1 (§6.2.4.1.1 NTC18).
Alle combinazioni di carico espressamente indicate nei tabulati sono aggiunte, dove previsto, le sollecitazioni dovute alle gerarchie di resistenza secondo il § 7.3 NTC18
9 Origine e caratteristiche del software di calcolo
Per l’analisi delle sollecitazioni e per le verifiche delle sezioni si è utilizzato il software Jasp® versione 7.1.8 (32 bit) , realizzato dell’ing. Silvestro Giordano, registrato presso la SIAE il 25/09/2012 col n°  008544, e distribuito da Ingegnerianet srl (CF: 06536761213) mediante il sito internet www.ingegnerianet.it
Il software è orientato all’analisi degli edifici multipiano in calcestruzzo armato, acciaio e legno. L’individuazione dei nodi nello spazio avviene con il sistema fili-piani. I fili o montanti sono individuati dalle coordinate (x,y) e indicano le rette verticali lungo le quali vengono disposti i pilastri. I piani sono individuati dalla loro quota z e specificano gli orizzontamenti in cui sono disposte le travi.
10 Affidabilità  del software
Il sito internet di distribuzione del software www.ingegnerianet.it contiene una esauriente descrizione delle basi teoriche e degli algoritmi impiegati, l’individuazione dei campi d’impiego, nonché  casi prova interamente risolti e commentati, per i quali sono forniti i file di input necessari a riprodurre l’elaborazione.

Tabulati di stampa
Dati Generali
Dati generali Struttura
- . 	Comune:	Roma
- . 	Provincia:	Roma (RM)
- . 	Latitudine [°]:	41.895
- . 	Longitudine [°]:	12.482
- . 	Altitudine [m]:	20
- . 	Tipo di opera:	2: Ordinaria
- . 	Vita nominale anni:	50
Vento
- . 	Zona vento:	3
- . 	Distanza dalla costa [Km]:	24.13
- . 	Periodo di ritorno [anni]:	50
- . 	Pressione di riferimento [N/m²]:	455.96
- . 	Classe rugosità:	C: Area con ostacoli diffusi
- . 	Categoria esposizione:	III
- . 	Coefficiente topografico:	1
- . 	Coefficiente dinamico:	1
- . 	Quota relativa allo zero vento [m]:	0
Neve
- . 	Zona neve:	III
- . 	Periodo di ritorno [anni]:	50
- . 	Neve al suolo qsk [N/m²]:	600
- . 	Topografia:	Normale
- . 	Coefficiente topografia:	1
- . 	Coefficiente termico:	1
Sisma
- . 	Zona sisma:	2: medio-alta
- . 	Codice zona regionale:	2B3A3B
- . 	Classe Uso:	III: Affollamento significativo
- . 	Coefficiente d'uso Cu:	1.5
- . 	Periodo di riferimento [anni]:	75
- . 	Quota relativa allo zero sismico [m]:	0
- . 	Risposta locale Sisma:	 
- . 	Categoria Sottosuolo:	C: 180m/s< Vs‚30 <360m/s
- . 	Categoria Topografica:	T1: Pianeggiante (i<15°)
- . 	Fattore di struttura:	 
- . 	Duttilità:	B: Media duttilità
- . 	Regolarità altezza:	Non regolare
- . 	Regolarità in pianta:	Non regolare
- . 	Tipologia dir X:	Telai più piani e più campate
- . 	Fattore di struttura qx:	2.76
- . 	Tipologia dir Y:	Telai più piani e più campate
- . 	Fattore di struttura qy:	2.76
- . 	Fattore di struttura qz:	1.5
- . 	q Non Dissipativo x:	1.5
- . 	q Non Dissipativo y:	1.5
- . 	Smorzamento viscoso ξ[%]:	5
Sisma: Parametri ag, Fo, Tc*
 Stato Limite		Pvr[%]		Tr		ag/g		Fo		Tc*[s]	
SLO	81	45.161	0.050376	2.5133	0.26663	
SLD	63	75.434	0.061689	2.5221	0.28031	
SLV	10	711.84	0.12878	2.6302	0.30656	
SLC	5	1462.2	0.15838	2.6289	0.31688	
Sisma orizzontale sito
 S.L.		Prv [%]		Tr		S		ST		Ss		Cc		Tc		ag		PGA		Se(Tc)		Se(Tc)	
 				[anni]										[s]		[m/s²]		[m/s²]		[m/s²]		[g]	
SLO	81	45.161	1.5	1	1.5	1.6242	0.43306	0.49402	0.74104	0.18991	1.8624	
SLD	63	75.434	1.5	1	1.5	1.5976	0.44782	0.60496	0.90744	0.23338	2.2886	
SLV	10	711.84	1.4968	1	1.4968	1.5511	0.47551	1.2629	1.8903	0.50698	4.9718	
SLC	5	1462.2	1.4502	1	1.4502	1.5342	0.48617	1.5532	2.2524	0.60383	5.9215	
Spettri  elastici [g]
  		direzione X [g]		direzione Y [g]		direzione Z [g]	
 T [s]		SLO		SLD		SLV		SLC		SLO		SLD		SLV		SLC		SLO		SLD		SLV		SLC	
0.00	0.0756	0.0925	0.1928	0.2297	0.0756	0.0925	0.1928	0.2297	0.0153	0.0207	0.0624	0.0851	
0.05	0.1152	0.1397	0.2919	0.3451	0.1152	0.1397	0.2919	0.3451	0.0384	0.0522	0.1641	0.2237	
0.10	0.1548	0.1869	0.3910	0.4606	0.1548	0.1869	0.3910	0.4606	0.0384	0.0522	0.1641	0.2237	
0.15	0.1899	0.2334	0.4901	0.5760	0.1899	0.2334	0.4901	0.5760	0.0384	0.0522	0.1641	0.2237	
0.20	0.1899	0.2334	0.5070	0.6038	0.1899	0.2334	0.5070	0.6038	0.0288	0.0391	0.1231	0.1678	
0.25	0.1899	0.2334	0.5070	0.6038	0.1899	0.2334	0.5070	0.6038	0.0230	0.0313	0.0985	0.1342	
0.30	0.1899	0.2334	0.5070	0.6038	0.1899	0.2334	0.5070	0.6038	0.0192	0.0261	0.0820	0.1119	
0.35	0.1899	0.2334	0.5070	0.6038	0.1899	0.2334	0.5070	0.6038	0.0164	0.0224	0.0703	0.0959	
0.40	0.1899	0.2334	0.5070	0.6038	0.1899	0.2334	0.5070	0.6038	0.0144	0.0196	0.0615	0.0839	
0.45	0.1828	0.2322	0.5070	0.6038	0.1828	0.2322	0.5070	0.6038	0.0128	0.0174	0.0547	0.0746	
0.50	0.1645	0.2090	0.4821	0.5871	0.1645	0.2090	0.4821	0.5871	0.0115	0.0157	0.0492	0.0671	
0.60	0.1371	0.1742	0.4018	0.4893	0.1371	0.1742	0.4018	0.4893	0.0096	0.0130	0.0410	0.0559	
0.70	0.1175	0.1493	0.3444	0.4194	0.1175	0.1493	0.3444	0.4194	0.0082	0.0112	0.0352	0.0479	
0.80	0.1028	0.1306	0.3013	0.3670	0.1028	0.1306	0.3013	0.3670	0.0072	0.0098	0.0308	0.0419	
0.90	0.0914	0.1161	0.2679	0.3262	0.0914	0.1161	0.2679	0.3262	0.0064	0.0087	0.0273	0.0373	
1.00	0.0822	0.1045	0.2411	0.2936	0.0822	0.1045	0.2411	0.2936	0.0058	0.0078	0.0246	0.0336	
1.50	0.0548	0.0697	0.1607	0.1957	0.0548	0.0697	0.1607	0.1957	0.0026	0.0035	0.0109	0.0149	
2.00	0.0370	0.0483	0.1205	0.1468	0.0370	0.0483	0.1205	0.1468	0.0014	0.0020	0.0062	0.0084	
2.50	0.0237	0.0309	0.0816	0.1049	0.0237	0.0309	0.0816	0.1049	0.0009	0.0013	0.0039	0.0054	
3.00	0.0165	0.0214	0.0567	0.0729	0.0165	0.0214	0.0567	0.0729	0.0006	0.0009	0.0027	0.0037	
3.50	0.0121	0.0158	0.0416	0.0535	0.0121	0.0158	0.0416	0.0535	0.0005	0.0006	0.0020	0.0027	
4.00	0.0093	0.0121	0.0319	0.0410	0.0093	0.0121	0.0319	0.0410	0.0004	0.0005	0.0015	0.0021	
Spettri di progetto [g]
  		direzione X [g]		direzione Y [g]		direzione Z [g]	
 T [s]		SLO		SLD		SLV		SLC		SLO		SLD		SLV		SLC		SLO		SLD		SLV		SLC	
0.00	0.0756	0.0925	0.1928	0.2297	0.0756	0.0925	0.1928	0.2297	0.0153	0.0207	0.0624	0.0851	
0.05	0.1152	0.1137	0.1899	0.2263	0.1152	0.1137	0.1899	0.2263	0.0384	0.0348	0.1094	0.1491	
0.10	0.1548	0.1348	0.1870	0.2230	0.1548	0.1348	0.1870	0.2230	0.0384	0.0348	0.1094	0.1491	
0.15	0.1899	0.1556	0.1842	0.2196	0.1899	0.1556	0.1842	0.2196	0.0384	0.0348	0.1094	0.1491	
0.20	0.1899	0.1556	0.1837	0.2188	0.1899	0.1556	0.1837	0.2188	0.0288	0.0261	0.0820	0.1119	
0.25	0.1899	0.1556	0.1837	0.2188	0.1899	0.1556	0.1837	0.2188	0.0230	0.0209	0.0656	0.0895	
0.30	0.1899	0.1556	0.1837	0.2188	0.1899	0.1556	0.1837	0.2188	0.0192	0.0174	0.0547	0.0746	
0.35	0.1899	0.1556	0.1837	0.2188	0.1899	0.1556	0.1837	0.2188	0.0164	0.0149	0.0469	0.0639	
0.40	0.1899	0.1556	0.1837	0.2188	0.1899	0.1556	0.1837	0.2188	0.0144	0.0130	0.0410	0.0559	
0.45	0.1828	0.1548	0.1837	0.2188	0.1828	0.1548	0.1837	0.2188	0.0128	0.0116	0.0365	0.0497	
0.50	0.1645	0.1393	0.1747	0.2127	0.1645	0.1393	0.1747	0.2127	0.0115	0.0104	0.0328	0.0447	
0.60	0.1371	0.1161	0.1456	0.1773	0.1371	0.1161	0.1456	0.1773	0.0096	0.0087	0.0273	0.0373	
0.70	0.1175	0.0995	0.1248	0.1519	0.1175	0.0995	0.1248	0.1519	0.0082	0.0075	0.0258	0.0320	
0.80	0.1028	0.0871	0.1092	0.1330	0.1028	0.0871	0.1092	0.1330	0.0072	0.0065	0.0258	0.0317	
0.90	0.0914	0.0774	0.0971	0.1182	0.0914	0.0774	0.0971	0.1182	0.0064	0.0058	0.0258	0.0317	
1.00	0.0822	0.0697	0.0873	0.1064	0.0822	0.0697	0.0873	0.1064	0.0058	0.0052	0.0258	0.0317	
1.50	0.0548	0.0464	0.0582	0.0709	0.0548	0.0464	0.0582	0.0709	0.0026	0.0023	0.0258	0.0317	
2.00	0.0370	0.0322	0.0437	0.0532	0.0370	0.0322	0.0437	0.0532	0.0014	0.0013	0.0258	0.0317	
2.50	0.0237	0.0206	0.0296	0.0380	0.0237	0.0206	0.0296	0.0380	0.0009	0.0008	0.0258	0.0317	
3.00	0.0165	0.0143	0.0258	0.0317	0.0165	0.0143	0.0258	0.0317	0.0006	0.0006	0.0258	0.0317	
3.50	0.0121	0.0105	0.0258	0.0317	0.0121	0.0105	0.0258	0.0317	0.0005	0.0004	0.0258	0.0317	
4.00	0.0093	0.0080	0.0258	0.0317	0.0093	0.0080	0.0258	0.0317	0.0004	0.0003	0.0258	0.0317	
Carico Termico
- . 	Δ temp. travi elevaz. e pilastri:	15 °C
- . 	Δ temp. travi fondazione:	0 °C
Opzioni di calcolo
- . 	g per il calcolo della forza peso:	9.8066 m/s²
- . 	Deformabilità a taglio per travi e pilastri:	Sì
Archivi
Calcestruzzo
 N		Descrizione		fck 		Rck		Esist.		fcm		Rig.Tors. 	
 				[N/mm²]		[N/mm²]				[N/mm²]		[%]	
1	C25/30	25	30	No	33	5	
Legno
 N		Codice		Descrizione Legno		Categoria Legno		Pianta		E0m		E0k		E90m		Gm		ρk		ρm		fmk		ft0k		ft90k		fc0k		fc90k		fvk		frk	
 										[MPa]		[MPa]		[MPa]		[MPa]		[kg/m³]		[kg/m³]		[MPa]		[MPa]		[MPa]		[MPa]		[MPa]		[MPa]		[MPa]	
7	Ca25i	Abete Italia	1) Legno massiccio	Conif.	11800	7900	390	740	375	370	25	15	0.4	21	2.6	4	0.8	
Acciaio
 N		Descrizione		fyk ≤40mm		fym		ftk ≤40mm		fyk ˃40mm		ftk ˃40mm		Es		Laminazione		Prezzo	
 				[N/mm²]		[N/mm²]		[N/mm²]		[N/mm²]		[N/mm²]		[GPa]				[€/kg]	
5	B450C	450	450	540	450	540	200	a Caldo	1.2	
6	S355	355	355	510	335	470	210	a Caldo	1.2	
Materiale generico
 N		Descrizione		Tipo		E [N/mm²]		C.Pois		G [N/mm²]		Densità 		C. Dil. Term. 		Rigid. Tors 		Prezzo		Colore	
 												[kg/m³]		[10-6/°C]		[%]		[€/m³]			
1	C25/30	cls	31476	0.2	13115	2500	12	5	100.00		
5	B450C	Fe	200000	0.3	76923	7850	12	100	9420.00		
6	S355	Fe	210000	0.3	80769	7850	12	100	9420.00		
7	Ca25i	Lgn	11800	0.4	740	370	4	5	0.00		
Sezioni rettangolari
 N		Descrizione		Base [m]		Altezza [m]	
1	R 30x30	0.3	0.3	
2	R 30x50	0.3	0.5	
6	R 20x30	0.2	0.3	
119	R 20x20	0.2	0.2	
Sezioni ad H
 N		Descrizione		h [mm]		b [mm]		s [mm]		e [mm]		r [mm]	
116	IPE 500	500	200	10.2	16	21	
Sezioni scatolari
 N		Descrizione		b [mm]		h [mm]		s [mm]		Norma		ri [mm]		re [mm]	
98	R200×300×10	200	300	10	EN 10210	10	15	
Sezioni Geometriche generiche
 N		Descrizione		Tipo		Ix [cm4]		Iy [cm4]		It [cm4]		area [cm²]		χx		χy	
1	R 30x30	▄	67500	67500	114085	900	1.2	1.2	
2	R 30x50	▄	312500	112500	275201	1500	1.2	1.2	
6	R 20x30	▄	45000	20000	45874	600	1.2	1.2	
98	R200×300×10	 	11819	6277.4	12650	94.927	2.397	2.397	
116	IPE 500	 	48200	2141.4	89.287	115.52	2.2683	1.811	
119	R 20x20	▄	13333	13333	22535	400	1.2	1.2	
Archivio vincoli. Rigidezze diagonale
 N		Descrizione		kx [N/m]		ky [N/m]		kz [N/m]		krx [Nm]		kry [Nm]		krz [Nm]		Unione	
1	incastro	∞	∞	∞	∞	∞	∞	1) Infinita	
2	libero	0	0	0	0	0	0	1) Infinita	
4	Δx=Δy=0	∞	∞	0	0	0	0	1) Infinita	
6	unione Incastro	∞	∞	∞	∞	∞	∞	2) Default	
7	cern_forata	∞	∞	∞	∞	0	0	3) cer_forata	
Archivio vincoli. Rigidezze aggiuntive
 N		Descrizione		kxy		kxz		kx_rx		kx_ry		kx_rz		kyz		ky_rx		ky_ry		ky_rz		kz_rx		kz_ry		kz_rz		krx_ry		krx_rz		kry_rz	
 				[N/m]		[N/m]		[N]		[N]		[N]		[N/m]		[N]		[N]		[N]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	incastro	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	
2	libero	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	
4	Δx=Δy=0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	
6	unione Incastro	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	
7	cern_forata	0	0	0	0	0	0	0	0	0	0	0	0	0	0	0	
Resistenze  Unioni
 N		Descrizione		Resistenze 		Formule 		Parametri Gen. 		Riferimento		α [°]		Fori 		Stmp		Prezzo	
 				Unioni		Unioni		Verifiche				Gruppo		Bulloni				[€]	
1	Infinita	1) infinita	1) No	3) Default qND	Asse Beam	0	1) F0	No	0	
2	Default	2) 100k	2) Σ|c|≤1	3) Default qND	Asse Beam	0	1) F0	Sì	0	
3	cer_forata	2) 100k	2) Σ|c|≤1	3) Default qND	Asse Beam	0	2) F1	Sì	0	
Fori  Bulloni
 N		Descrizione		Øtot [mm]		Øtot [mm]		Lung. [m]	
 				per Ala		per Amima			
1	F0	0	0	0	
2	F1	30	30	0.3	
Resistenze  Unioni
 N		Descrizione		Fx Max		Fx Min		Fy Max		Fy Min		Fz Max		Fz Min		Mx Max		Mx Min		My Max		My Min		Mz Max		Mz Min	
 				[kN]		[kN]		[kN]		[kN]		[kN]		[kN]		[kNm]		[kNm]		[kNm]		[kNm]		[kNm]		[kNm]	
1	infinita	∞	-∞	∞	-∞	∞	-∞	∞	-∞	∞	-∞	∞	-∞	
2	100k	100	-100	100	-100	100	-100	100	-100	100	-100	100	-100	
Formule  Unioni
 N		Descrizione		Formula		Valida	
1	No		No	
2	Σ|c|≤1	abs(nx)+abs(ny)+abs(nz)+abs(cx)+abs(cy)+abs(cz)	Sì	
Stratigrafie
 N		Descrizione		falda [m]		Strati	
1	Tipo A	20	1 strati: Htot =15	
Strati stratigrafia Tipo A (1 strati: Htot =15)
 N		Descrizione		Classe		Tipo		Classe 2		Potenza		γ		φ'		φ'cv		Dr		IC		c'		cu		ν		NSPT		OCR		Δσ'p		Eed		CR		RR		CR/RR		FC	
 										[m]		[kN/m³]		[°]		[°]		[%]				[kPa]		[kPa]								[kPa]		[MPa]								[%]	
1	omogeneo	limo	fine	argillosa	15	18	33	33	30	0.4	30	100	0.3	51	1	 	5	 	 	8	0	
Opzioni verifica terreni
 N		Descrizione		Portanza		Portanza		Scorr.		Scorr.		Liquef.		cedimenti		ced. Burl.		H compr.		ced. Max		d/Δw		k Amplif.	
 				Drenata		Non Dren.		Drenato		Non Dren.				Edometrici		Burbidge		Bur-Bur [m]		[m]				Sisma	
1	Opz.A	auto	auto	auto	auto	auto	auto	auto	auto	auto	auto	auto	
Suoli di posa fondazioni
 N		Descrizione		kw Trasv./kw		kw Ass./kw		Stratigrafia		Opzioni Verifiche		Prof. di		H sbanc.		H riporto		γ riporto	
 										Terreno		posa [m]		later. [m]		Later. [m]		Later.[kN/m³]	
1	Posa A	0.5	0.1	1) Tipo A	1) Opz.A	1	0	0	14	
2	Posa A	0.5	0.1	1) Tipo A	1) Opz.A	1	0	0	14	
Archivio pali
 N		Descrizione		Ø		Lungh.		Materiale		Criteri CA		Opz. Geotecniche 		Opz. Verifiche 		Stratigrafia		Stratigrafia		Num		Prof.		Scavo		Colore	
 				[m]		[m]						Pali		Terreno		Media		Peggiore		Indag.		testa [m]		[€/m]			
1	P 0.25x3	0.25	3	1) C25/30	1) default	1) triv A	1) Opz.A	1) Tipo A	1) Tipo A	1	1	10	 	
Opzioni geotechiche pali
 N		Descrizione		Posa		q Lim		Rot Testa		Alfa		k Gruppo		k Gruppo	
 						Roccia [MPa]		Impedita		Viggiani		Vert		Oriz	
1	triv A	Trivellato	0	auto	Sì	 	 	
Criteri Progetto CA
 N		Descrizione		Acciaio		Tipo Elemento		Parametri 		Parametri 		Parametri Gen. 		Parametri 		Es		Parametri 		Vis.		Colore	
 								Generali CA		Verifiche CA		Verifiche		PushOver				Esistente CA		3D			
1	default	5) B450C	Principale	1) param. Gen	1) default CA	1) default Gen	1) Crit.Push A	No	 	Sì	 	
2	fond	5) B450C	Principale	1) param. Gen	1) default CA	1) default Gen	1) Crit.Push A	No	 	Sì	 	
Parametri  Generali CA
 N		Descrizione		Condiz. 		ricopr.		Ø st. 		passo St.		Ø1		Ø2		k1		intraFe		intra St.		L. max.		ampl. αe		arrot.		min	
 				ambient.		[mm]		[mm]		max.[m]		[mm]		[mm]		intraFe		min [mm]		min [mm]		tond.[m]		Cmb Rara		passo		anc./Ø	
1	param. Gen	Ordinarie	30	8	0.334	14	18	1	20	20	12	1.5	Sì	40	
Parametri  Pilastri CA
 N		Descrizione		Ø staffe 		Dist. Max. Tond. 		Dist. Max. Tond. 		Quadr		Pendenza Fe	
 				nodo [mm]		Lato corto [cm]		Lato lungo [cm]		Simm		Continui [%]	
1	opz.Pil	8	30	30	No	16.67	
Parametri  Travi CA
 N		Descrizione		Larg. max.		Dist. max.		Dist. max.		Dist. max.		Ripresa		K.unif.		Ø Fe Lat		Staffe a		Verif.zona		L/δ	
 				staffe [cm]		Tond. Inf.[cm]		Tond. Sup.[cm]		Tond. Lat.[cm]				Monconi		[mm]		canestro		Nodo Pil.			
1	opz.Trav	60	15	15	25	Centrale	2.25	12	No	Sì	250	
Parametri  Pareti CA
 N		Descrizione		Duttile		Ø centr. 		Ø centr. 		Ø centr. 		Zona Sx Dx		Zona Sx Dx		Zona Confinata 		n° spilli		barre vert 		barre oriz 		simme-	
 						oriz. [mm]		vert. [mm]		spilli. [mm]		Ø Long. [mm]		Ø staffe [mm]		 Laterale		 [1/m²]		passo max [m]		passo max [m]		trica	
1	crit.Parete Elev	Sì	12	12	8	16	8	Presente	9	0.3	0.3	No	
Parametri  Verifiche CA
 N		Descrizione		SLU		Dutti-		SLU		SLE		SLE		Ripresa		Min da		Geom		Geom		Ger.		Ger. 		Geom		Resist.		Rotaz.	
 				Lin.		lità		ali Wink		Tens		fess.				Criteri		§4.1.6		§7.4.6		V-M		Tra-Pil		Nodo		Nodo			
1	default CA	auto	auto	auto	auto	auto	auto	auto	auto	auto	auto	auto	auto	auto	auto	
Parametri Prog.  Shell CA
 N		Descrizione		Copert		Passo max		Passo max		Dist.verif		Soll.Sism.		Verif.		Ver.punt.NM		Prog.		Ø		Sequenza		Ottim.		Angolo Arm		K raggio		Veri.Su	
 				di base		di base [m]		chiodi [m]		chiodi [d]		Medie		punt.NM		cmb Sism		Punz		Sag.		progetto		Raffit.		Prog. [°]		medie		Beam	
1	opz prog Shell	0.85	0.3	0.2	0.5	No	No	No	Rett.Circ.	16	M-V	Semplice	0	0.5	auto	
Criteri Legno
 N		Descrizione		γM		Classe		Parametri Gen. 		L / Ufin		L / Uist		Lim.		Vis.		Colore	
 						servizio		Verifiche						Uist2		3D			
1	A1	A	1	1) default Gen	200	300	No	Sì	 	
Categorie Legno
 N		Descrizione		γMA		γMB	
1	Legno massiccio	1.5	1.45	
kmod  & kdef
 N		Sigla		Categoria Legno		Classe		k mod		k mod		k mod		k mod		k mod		k def	
 						servizio		Perm.		Lunga		Media		Breve		Istant			
1	1-1	1) Legno massiccio	1	0.6	0.7	0.8	0.9	1.1	0.6	
Criteri Acciaio
 N		Descrizione		Parametri Gen. 		αyy		αzz		αLT		λlim		Tipo SL		Classe		L/δmax		L/δ2		Vis.		Colore	
 				Verifiche										Verifica 		Max						3D			
1	A1 Fe	1) default Gen	 	 	 	200	Auto	3	250	300	Sì	 	
Parametri Gen.  Verifiche
 N		Descrizione		SLU		Instab.		SLE		k.SLE		k N		k M		k V		k Mt		q SLV	
 								Def		Spost.											
1	default Gen	auto	auto	auto	auto	auto	auto	auto	auto	auto	
3	Default qND	auto	auto	auto	auto	auto	auto	auto	auto	qND	
Gerarchia e γRd
- . 	γRd V-M Travi CDA:	1.2
- . 	γRd V-M Travi CDB:	1.1
- . 	γRd V-M Pilastri CDA:	1.3
- . 	γRd V-M Pilastri CDB:	1.1
- . 	γRd Fondazioni CDA:	1.3
- . 	γRd Fondazioni CDB:	1.1
- . 	γRd Ger.Trav.Pil CDA:	1.3
- . 	γRd Ger.Trav.Pil CDB:	1.3
- . 	γRd Res. Nodi CDA:	1.2
- . 	γRd Res. Nodi CDB:	1.1
- . 	γRd V-M Parete CDA:	1.2
- . 	γRd V-M Parete CDB:	1
- . 	Applicazione EC8 §4.4.2.3(4):	No
- . 	Gerarchia V-M elementi Sec.:	Sì
- . 	Dettagli duttili Sec.:	Sì
- . 	Luce netta travi gerarchia V-M:	Sì
- . 	SLU Lineare per fondazioni:	Sì
- . 	SLU Lineare solo Cmb SLV:	No
- . 	SLU Lineare Cls per qND:	Sì
- . 	Tipo Verif. Fondazione Sismica:	γRd NTC18
- . 	q non dissipativo verifica nodi:	qND
- . 	q Taglio max gerarchia V-M:	qND
- . 	q Momento max gerarchia Trav-Pil:	qND
- . 	q verifica fondazioni:	qND
- . 	q verifica pareti non dissipative:	qND
- . 	qNd di default per shell in CA:	No
- . 	qNd di default per elementi in Legno:	Sì
- . 	qNd di default per elementi in Acciaio:	Sì
- . 	qNd di default per Unioni:	Sì
Opzioni Verifiche Struttura
- . 	N sez. di verifica pilastri di Wink.:	13
- . 	N sez. di verifica travi:	11
- . 	α Ghersi:	1.5
- . 	α Pressoflessione Deviata:	EC2 o Monti
- . 	Snellezza, calcolo L0. k1=k2:	0.1
- . 	Struttura a nodi fissi:	No
- . 	Parametro EC2 6.4.5 (3) Vrdmax:	0.4
- . 	Per taglio: αc = f[Ned/(Ac + n As),fcd]:	No
- . 	Verifica Nodi CNTC18:	Sì
- . 	Taglio pareti CDB come da EC8:	No
- . 	Caratteristiche medie stati:	No
- . 	Kh per portanza sismica: §C7.11.5.3.1:	Sì
- . 	Verifica liquefazione con LPI:	Sì
- . 	Verifica nodi fondazioni esistenti:	Sì
- . 	Formule verifica nodi esistenti:	CNTC o EC8
- . 	Limite deformabilità orizzontale H/Δ:	500
- . 	Limite deformabilità orizzontale h/δ:	300
- . 	Verifica λ limite Fe se Ned ≥0.04Ncr:	Sì
- . 	Asta carica/scarica. ΔM:	10 %
- . 	Asta carica/scarica. Interpola:	Sì
Parametri FEM  Shell
 N		Descrizione		%E		%E		%G		Lung Max		L.Max Mesh		Elem.Fin.		Irrig.		Irrig.		K.Dist.		% rig.tors.		FEM con		FEM con		Vincoli Interni		Copia vin-		Mesh Q	
 				fles		ass				Mesh [m]		Perim. [m]		Shell		Pil.		Parete		Irrig.		Link WCM		Delta		Rigel		Perimetrali		coli Lato		Sempl.	
1	parametri Shell	100	100	100	1.2	1.2	T-R	Sì	No	0.33	100	Sì	No	incastri	auto	auto	
Parametri FEM  Beam
 N		Descrizione		%E		%E		%G		Dim.		Link		Link		Lung Max		Vincolo Ini.		Vincolo Fin.		Allineamento	
 				fles		ass				Nodo		Δx-Δy		Δz		Mesh [m]		Interno		Interno		Travi	
1	Fem Beam CLs	100	100	100	1	Sì	Sì	1.2	1) incastro	1) incastro	Estradosso	
2	Fem Beam Le	100	100	100	1	Sì	Sì	1.2	1) incastro	1) incastro	Estradosso	
Lunghezze  Libere
 n		Descrizione		L0y [m]		L0y/L		L0z [m]		L0z/L		LcrT [m]		LcrT/L		ψ=1/β		Carico		c2		kw	
1	Auto	auto	auto	auto	auto	auto	auto	auto	Auto	auto	auto	
Opzioni FEM Struttura
- . 	g per conversione massa/peso:	9.80665 [m/s²]
- . 	E elementi secondari:	0.1 [%]
- . 	Carico impronta solaio su travi laterali:	Sì
- . 	Carichi sui braccetti rigidi:	Sì
- . 	Fascia aggiuntiva solaio su travi laterali:	0 [m]
- . 	H.concio/Diam.Palo:	1
- . 	Deformabilità taglio:	Sì
- . 	Nodo master-rigel su Winkler:	Sì
- . 	Carico P-Δ Quasi Permanente:	Sì
- . 	Carico termico elementi in piano rigido:	Sì
- . 	Cerniera su rigel WCM:	No
- . 	Lunghezza Max Mesh:	1.2 [m]
- . 	Lunghezza Mesh su nodo:	1.2 [m]
- . 	Coef Incremento Mesh:	1.41
- . 	Lmax/Lmin Rettangolo (Q4+DKQ):	10
- . 	Angolo minimo (Q4+DKQ):	20 [°]
- . 	Lati mesh sempre pari:	No
Sezioni Beam cls
 N		Descrizione		Sezione		Materiale		Parametri FEM 		Criteri CA		Parametri 		Parametri 		W		Posa 		L.impr.		k.Wink.		Colore	
 								Beam				Travi CA		Pilastri CA				Fondazione		[m]		[N/cm³]			
1	R 30x30	1) R 30x30	1) C25/30	1) Fem Beam CLs	1) default	1) opz.Trav	1) opz.Pil	No		0	0		
2	R 30x50	2) R 30x50	1) C25/30	1) Fem Beam CLs	1) default	1) opz.Trav	1) opz.Pil	No		0	0		
11	R 30x50w	2) R 30x50	1) C25/30	1) Fem Beam CLs	1) default	1) opz.Trav	1) opz.Pil	Sì	1) Posa A	0.3	16.667		
Sezioni Beam Fe
 N		Descrizione		Sezione		Materiale		Parametri FEM 		Prio-		Criteri Acciaio		Colore	
 								Beam		rità					
9	R200×300×10	98) R200×300×10	6) S355	1) Fem Beam CLs	5	1) A1 Fe		
10	IPE 500	116) IPE 500	6) S355	1) Fem Beam CLs	5	1) A1 Fe		
Sezioni Beam Legno
 N		Descrizione		Sezione		Materiale		Parametri FEM 		Prio-		Criteri Legno		kmod 		Colore	
 								Beam		rità				& kdef			
6	R 20x20	119) R 20x20	7) Ca25i	2) Fem Beam Le	5	1) A1	1) 1-1		
7	R 20x30	6) R 20x30	7) Ca25i	2) Fem Beam Le	5	1) A1	1) 1-1		
Sezioni Pareti cls
 N		Descrizione		Spess.		Materiale		Criteri CA		Tipo		Parametri 		k.Wink.		Posa 		Parametri FEM 		Parametri Prog. 		Colore	
 				[m]								Pareti CA		[N/cm³]		Fondazione		Shell		Shell CA			
1	s30	0.3	1) C25/30	1) default	Shell	1) crit.Parete Elev	0		1) parametri Shell	1) opz prog Shell		
3	s30 WCM	0.3	1) C25/30	1) default	WCM	1) crit.Parete Elev	0		1) parametri Shell	1) opz prog Shell		
4	w 50	0.5	1) C25/30	1) default	WCM	1) crit.Parete Elev	10	1) Posa A	1) parametri Shell	1) opz prog Shell		
Archivio Plinti Diretti
 N		Descrizione		b1		b2		h		Materiale		Criteri CA		Parametri 		Posa 		k.Wink.		Colore	
 				[m]		[m]		[m]						Plinti CA		Fondazione		[N/cm³]			
1	Plinto 2x2	1.5	1.5	0.4	1) C25/30	2) fond	1) Cirt Plinto	2) Posa A	10	 	
Archivio Plinti su pali
 N		Descrizione		N Pali		Dist.		Dist.		h		Materiale		Criteri CA		Pali		Colore	
 						Pali [m]		bordo [m]		[m]									
2		3	0.8	0.1	0.4	1) C25/30	1) default	1) P 0.25x3	 	
Archivio Pali
 N		Descrizione		Ø		Lungh.		Materiale		Criteri CA		Opz. Geotecniche 		Opz. Verifiche 		Stratigrafia		Stratigrafia		Num		Prof.		Scavo		Colore	
 				[m]		[m]						Pali		Terreno		Media		Peggiore		Indag.		testa [m]		[€/m]			
1	P 0.25x3	0.25	3	1) C25/30	1) default	1) triv A	1) Opz.A	1) Tipo A	1) Tipo A	1	1	10	 	
Opz. Geotecniche  Pali
 N		Descrizione		Posa		q Lim		Rot Testa		Alfa		k Gruppo		k Gruppo	
 						Roccia [MPa]		Impedita		Viggiani		Vert		Oriz	
1	triv A	Trivellato	0	auto	Sì	 	 	
Parametri  Plinti CA
 N		Descrizione		Ø inf.		Ø sup.		Ø sagomati		Ø staffoni		Passo		Passo		Simme-		Angolo		Base		β min		β max	
 				[mm]		[mm]		[mm]		[mm]		Inf. [m]		Sup. [m]		trica		Sag. [°]		Sag. [d]					
1	Cirt Plinto	16	12	16	8	0.4	0.6	Sì	45	1	1	10	
Sezioni Solai
 N		Descrizione		B [m]		b [m]		s [m]		H [m]		γ Pignatta		Prez.pign.		Materiale		Criteri CA		Criteri solai		N.		Tralicci		L/δ		Colore	
 												[kg/m³]		[€/m³]								Tral							
1	Sez_Sol 1	0.5	0.1	0.05	0.21	800	100	1) C25/30	1) default	1) Crit.Sol.1	0	 	250	 	
Criteri solai
 N		Descrizione		Appogg.		Mezz.		Rompitr.		Rompitr.		Rompitr.		Rompitr.		Ripart.		Ripart.		n.Fe.Min		n.Fe.Min	
 				qL²/M		qL²/M		d.max [m]		Larg. [m]		Ø [mm]		num.Fe		[Ø [mm]		passo [m]		Inf.Camp.		Sup.balc.	
1	Crit.Sol.1	18	10	4.5	0.15	12	4	8	0.33	1	1	
Opz. generali solai
- . 	γ cls umido:	3000 kg/m³
Archivio Azioni
 N		Descrizione		Descrizione estesa		Tipo		Cat.		γ		ψ0		ψ1		ψ2		Classe	
 																		Durata	
3	Resid	Ambienti ad uso residenziale	Q	A	1.5	0.7	0.5	0.3	Media	
Archivio Pannelli
 N		Descrizione		Peso G1 		Sezione		Sovr. G2 		Sovr. acc.		Socr. acc.		Neve 		spessore 		Masse		Direzione		Prezzo		Cassa-	
 				[kN/m²]		Solaio		[kN/m²]		[kN/m²]		Uso 		[0/1]		 [cm]				Carichi		[€/m²]		forma	
1	solaio	3.0146	1) Sez_Sol 1	2.5	2	3) Resid	0	25	Sì	verticale	60	Sì	
Struttura

Fili
 N		x [m]		y [m]		Tipo		Angolo	
 								[°]	
1	0	0	5) ┼	0	
2	5.5	0	5) ┼	0	
3	0	3.6	5) ┼	0	
4	5.5	3.6	5) ┼	0	
5	0	1.2	5) ┼	0	
6	5.5	1.2	5) ┼	0	
7	0	2.4	5) ┼	0	
8	5.5	2.4	5) ┼	0	
9	5.5	1.8	5) ┼	0	
Piani
 N		z [m]		Esteso		Rigido	
0	0	No	No	
1	3.2	Sì	No	
2	6.4	Sì	No	
Nodi
 Piano		N		Δz		Vincolo Esterno		Lung max		Gruppo		Massa		Verif	
 				[m]				Mesh [m]		Rigido		Sismica		Res.	
0	1	0	4) Δx=Δy=0	1.2	0	auto	Default	
0	2	0	4) Δx=Δy=0	1.2	0	auto	Default	
0	3	0	4) Δx=Δy=0	1.2	0	auto	Default	
0	4	0	4) Δx=Δy=0	1.2	0	auto	Default	
0	5	0	4) Δx=Δy=0	1.2	0	auto	Default	
0	6	0	4) Δx=Δy=0	1.2	0	auto	Default	
0	7	0	4) Δx=Δy=0	1.2	0	auto	Default	
0	8	0	4) Δx=Δy=0	1.2	0	auto	Default	
Pilastri
 Piano		N		Filo		Piano		rotaz 		Sezione beam		Δxi		Δyi		L0x/L		L0x/L		Lung.	
 				Ini		Fin		[°]				[cm]		[cm]						Libera	
1	1	1	0	0	1) R 30x30	0	0	1.225	1.225	1) Auto	
1	2	2	0	0	1) R 30x30	0	0	1.225	1.225	1) Auto	
1	3	3	0	0	1) R 30x30	0	0	1.225	1.225	1) Auto	
1	4	4	0	0	1) R 30x30	0	0	1.225	1.225	1) Auto	
2	1	1	1	0	9) R200×300×10	0	0	1	1	1) Auto	
2	2	2	1	0	9) R200×300×10	0	0	1	1	1) Auto	
2	3	3	1	0	9) R200×300×10	0	0	1	1	1) Auto	
2	4	4	1	0	9) R200×300×10	0	0	1	1	1) Auto	
2	5	5	1	0	6) R 20x20	0	0	1	1	1) Auto	
2	6	6	1	0	6) R 20x20	0	0	1	1	1) Auto	
2	7	7	1	0	6) R 20x20	0	0	1	1	1) Auto	
2	8	8	1	0	6) R 20x20	0	0	1	1	1) Auto	
Travi
 Piano		N		Filo		Filo		Piano		rotaz 		Sezione beam		Δxi		Δyi		Δzi		Δxf		Δyf		Δzf		Lung.	
 				Ini		Fin		Fin		[°]				[cm]		[cm]		[cm]		[cm]		[cm]		[cm]		Libera	
0	1	1	5	0	0	11) R 30x50w	0	0	0	0	0	0	1) Auto	
0	2	5	7	0	0	11) R 30x50w	0	0	0	0	0	0	1) Auto	
0	3	7	3	0	0	11) R 30x50w	0	0	0	0	0	0	1) Auto	
0	4	2	6	0	0	11) R 30x50w	0	0	0	0	0	0	1) Auto	
0	5	6	8	0	0	11) R 30x50w	0	0	0	0	0	0	1) Auto	
0	6	8	4	0	0	11) R 30x50w	0	0	0	0	0	0	1) Auto	
1	1	3	4	1	0	2) R 30x50	0	0	0	0	0	0	1) Auto	
1	2	1	2	1	0	2) R 30x50	0	0	0	0	0	0	1) Auto	
1	3	1	5	1	0	2) R 30x50	0	0	0	0	0	0	1) Auto	
1	4	2	6	1	0	2) R 30x50	0	0	0	0	0	0	1) Auto	
1	5	7	3	1	0	2) R 30x50	0	0	0	0	0	0	1) Auto	
1	6	8	4	1	0	2) R 30x50	0	0	0	0	0	0	1) Auto	
2	1	3	4	2	0	10) IPE 500	0	0	0	0	0	0	1) Auto	
2	2	1	2	2	0	10) IPE 500	0	0	0	0	0	0	1) Auto	
2	3	5	1	2	0	7) R 20x30	0	0	0	0	0	0	1) Auto	
2	4	3	7	2	0	7) R 20x30	0	0	0	0	0	0	1) Auto	
2	5	7	5	2	0	7) R 20x30	0	0	0	0	0	0	1) Auto	
2	6	4	8	2	0	7) R 20x30	0	0	0	0	0	0	1) Auto	
2	7	6	2	2	0	7) R 20x30	0	0	0	0	0	0	1) Auto	
2	8	8	6	2	0	7) R 20x30	0	0	0	0	0	0	1) Auto	
Svincoli elastici interni
 Piano		N		Beam		Beam		Nodi Beam		x [m]		Vincolo	
 				Tipo		n°							
2	1	Trave	1	3[2]  4[2]	0.500	6) unione Incastro	
2	2	Trave	1	3[2]  4[2]	Fin	7) cern_forata	
2	3	Trave	2	1[2]  2[2]	Fin	7) cern_forata	
2	4	Trave	2	1[2]  2[2]	Ini	7) cern_forata	
2	5	Trave	1	3[2]  4[2]	Ini	7) cern_forata	
2	6	Trave	2	1[2]  2[2]	0.500	6) unione Incastro	
Pareti
 Piano		N		Filo		Filo		Piano		Sezione		Δxi		Δyi		Δxf		Δyf		lw [m]		Angolo		Filo		Megaparete		Vincolo inf		Cern.Plas.		Cern.Plas.	
 				Ini		Fin		Inf				[cm]		[cm]		[cm]		[cm]				[°]		centr				Interno WCM		Centr WCM		Inf WCM	
1	1	5	7	0	1) s30	0	0	0	0	1.2	0		1	1) incastro	2) Default	2) Default	
1	2	6	8	0	3) s30 WCM	0	0	0	0	1.2	0	9		1) incastro	2) Default	2) Default	
Piastre
 Piano		N		Filo 1		Filo 2		Filo 3		Filo 4		Piani 		Megapiastra		Δz		Cern. int.		Cern. int.		Cern. int.		Cern. int.	
 												3 e 4				[cm]		1° lato		2° lato		3° lato		4° lato	
0	1	5	6	8	7	0	2	0	No	No	No	No	
1	1	5	6	8	7	1	1	0	No	No	No	No	
1	2	1	2	6	5	1	1	0	No	No	No	No	
1	3	7	8	4	3	1	1	0	No	No	No	No	
Plinti
 N		Piano		Filo		Delta		Δx 		Δy 		rotaz [°]		Tipologia 	
 						Loc.		[m]		[m]				Plinto	
1	0	1	No	0	0	0	2) 	
2	0	2	No	0	0	0	1) Plinto 2x2	
3	0	3	No	0	0	180	2) 	
4	0	4	No	0	0	0	1) Plinto 2x2	
Bielle Solai
 Piano		N		Filo		Filo		Piano		area [m²]		Ix [m4]		Iy [m4]		Densità 		E [N/mm²		C. Dil. Term. 	
 				Ini		Fin		Fin								[kg/m³]				[10-6/°C]	
2	1	1	3	2	1.375	1	1	0	31476	12	
2	2	1	4	2	0.37652	1	1	0	31476	12	
2	3	2	3	2	0.37652	1	1	0	31476	12	
2	4	2	4	2	1.375	1	1	0	31476	12	
Link pareti
 Piano		N		Filo		Filo		Piano		area [m²]		Ix [m4]		Iy [m4]		Densità 		E [N/mm²		C. Dil. Term. 	
 				Ini		Fin		Fin								[kg/m³]				[10-6/°C]	
0	7	6	9	0	0.48	4.32	0.27	0	31476	12	
0	8	8	9	0	0.48	4.32	0.27	0	31476	12	
1	7	6	9	1	0.48	4.32	0.27	0	31476	12	
1	8	8	9	1	0.48	4.32	0.27	0	31476	12	
Megapareti
 Megaparete		Origine Rif.Loc		Versore X Rif.Loc		Versore Y Rif.Loc		Versore Z Rif.Loc	
 N°		Sezione		piano sup		x [m]		y [m]		z [m]		x [m]		y [m]		z [m]		x [m]		y [m]		z [m]		x [m]		y [m]		z [m]	
1	1) s30	1	0.0000	0.0000	0.0000	0.0000	1.0000	0.0000	0.0000	0.0000	1.0000	1.0000	0.0000	0.0000	
Megapiastre
 Megapiastra		Origine Rif.Loc		Versore X Rif.Loc		Versore Y Rif.Loc		Versore Z Rif.Loc	
 N°		Sezione		piano sup		x [m]		y [m]		z [m]		x [m]		y [m]		z [m]		x [m]		y [m]		z [m]		x [m]		y [m]		z [m]	
1	1) s30	1	0.0000	0.0000	3.0500	1.0000	0.0000	-0.0000	-0.0000	1.0000	0.0000	0.0000	0.0000	1.0000	
2	4) w 50	0	0.0000	0.0000	-0.2500	1.0000	0.0000	-0.0000	-0.0000	1.0000	0.0000	0.0000	0.0000	1.0000	
Discretizzazione Lastre e Piastre
 Macroelemento		Elementi finiti		Dimensioni E.F.	
 Tipo		Piano		N°		Lati		Sup		Tipo		Num.		Nodi		Nodi		L.Min		L.Max		Angolo		Angolo		Angolo		Lung	
 								[m²]				Ele.		Perim		Interni		[m]		[m]		min [°]		med. [°]		max [°]		Lati	
Piastra	0	1	4	6.6	LSR+ACM	5	12	0	1.1	1.2	90.0	90	90.0	0.0%	
Parete	1	1	4	3.84	LSR+ACM	3	8	0	1.0667	1.2	90.0	90	90.0	0.0%	
Piastra	1	1	4	6.6	LSR+ACM	5	12	0	1.1	1.2	90.0	90	90.0	0.0%	
Piastra	1	2	4	6.6	LSR+ACM	5	12	0	1.1	1.2	90.0	90	90.0	0.0%	
Piastra	1	3	4	6.6	LSR+ACM	5	12	0	1.1	1.2	90.0	90	90.0	0.0%	
Travetti Solai
 Travetto solaio		Appoggio Sx		Appoggio Dx			
 Piano		N		Sezione solaio		Tipo pannello		Trave		x		y		z		Trave		x		y		z		Lung		incl.		Mensola		N.Solaio	
 										[m]		[m]		[m]				[m]		[m]		[m]		[m]		[°]				Continuo	
2	1	1) Sez_Sol 1	1) solaio	2	2.75	0	6.4	1	2.75	3.6	6.4	3.6	0	No	1	
Carichi
Solai
 Piano		N		Tipo Pannello		Trave Ini		Trave Fin		angolo		Area	
 						(Parete Ini)		(Parete Fin)		[°]		[m²]	
2	1	1) solaio	2	1	-90	19.8	
Carichi medi distribuiti su travi
 Trave		Azione [kN/m]		Famiglia cmb [kN/m]	
 Piano		N		Filo		Filo		Piano		Peso. 		Caric. 		Resid		Fond.		Rara.		Freq.		Quasi	
 				Ini		Fin		Fin		Prop.		Perm.										Perm.	
0	1	1	5	0	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
0	2	5	7	0	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
0	3	7	3	0	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
0	4	2	6	0	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
0	5	6	8	0	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
0	6	8	4	0	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
1	1	3	4	1	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
1	2	1	2	1	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
1	3	1	5	1	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
1	4	2	6	1	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
1	5	7	3	1	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
1	6	8	4	1	3.6775	0	0	4.7807	3.6775	3.6775	3.6775	
2	1	3	4	2	6.3155	4.5	3.6	20.36	14.416	12.616	11.896	
2	2	1	2	2	6.3155	4.5	3.6	20.36	14.416	12.616	11.896	
2	3	5	1	2	0.21771	0	0	0.28302	0.21771	0.21771	0.21771	
2	4	3	7	2	0.21771	0	0	0.28302	0.21771	0.21771	0.21771	
2	5	7	5	2	0.21771	0	0	0.28302	0.21771	0.21771	0.21771	
2	6	4	8	2	0.21771	0	0	0.28302	0.21771	0.21771	0.21771	
2	7	6	2	2	0.21771	0	0	0.28302	0.21771	0.21771	0.21771	
2	8	8	6	2	0.21771	0	0	0.28302	0.21771	0.21771	0.21771	
Dati riassuntivi per piano
 Piano		z min		z max		Travi		Travi		Pilastri		Eccentr.		Solai 		Solai		Balconi		Tompagni		Piastre		Pareti	
 		[m]		[m]		elevaz.		Winkler				Sismica		[m²]		bidir. [m²]		[m²]		[m²]		[m²]		[m²]	
0	0.00	0.00	0	6	0	No	0.00	0.00	0.00	0.00	6.60	0.00	
1	3.20	3.20	6	0	4	Sì	0.00	0.00	0.00	0.00	19.80	7.68	
2	6.40	6.40	8	0	8	Sì	19.80	0.00	0.00	0.00	0.00	0.00	
Parametri di Calcolo
Opzioni di Calcolo
- . 	Calcolo sismico::	Dinamica
- . 	Sisma verticale::	No
- . 	Somma azioni sismiche::	Inviluppo
- . 	Combinazione modi::	Quadratica completa (CQC)
- . 	Effetto P-Δ sisma: :	Automatico
- . 	Azione Vento::	Sì
- . 	Effetto P-Δ vento: :	Sì
Accelerazioni analisi sismica statica equivalente
- . 	Calcolo periodi principali::	Autovalori
- . 	Periodo principale X::	0.35859 s
- . 	Periodo principale Y::	0.33166 s
- . 	Orizzontamenti::	2
- . 	Acc X SLO [g]:	0.18991
- . 	Acc Y SLO [g]:	0.18991
- . 	Acc Z SLO [g]:	0.038363
- . 	Acc X SLD [g]:	0.15558
- . 	Acc Y SLD [g]:	0.15558
- . 	Acc Z SLD [g]:	0.034779
- . 	Acc X SLV [g]:	0.18369
- . 	Acc Y SLV [g]:	0.18369
- . 	Acc Z SLV [g]:	0.1094
Famiglie combinazioni di carico e verifiche
 N		descrizione		SLU		Deform.		Fessur.		Tens 		Spost.		Gerarch.		Rotaz.	
 										Eserc.		Sismici		Resist.		Ultima	
1	Fondamentale	Sì	-	-	-	-	-	-	
2	Rara.	-	-	-	Sì	-	-	-	
3	Frequente	-	-	Sì	-	-	-	-	
4	Quasi Perm.	-	Sì	Sì	Sì	-	Sì	-	
5	Permanente	-	-	-	-	-	Sì	-	
6	Sismica SLO	-	-	-	-	Sì	-	-	
7	Sismica SLD	Sì	-	-	-	No	-	-	
8	Sismica SLV	Sì	-	-	-	-	Sì	No	
9	Sismica SLC	-	-	-	-	-	-	No	
Combinazioni di carico
 		Comb.		Coefficienti Azioni			
 Fam.		N°		Peso. 		Caric. 		Resid		Vento		Vento		Sisma		Ecc.Y 		Sisma		Ecc.X 		Classe		Segno		Cmb.	
 comb.				Prop.		Perm.				X		Y		X		Sism.X		Y		Sism.Y		Durata		Ned Sism		Gemella	
1	1	1.3	1.5	0.45	0	0	0	0	0	0	Perm.			
1	2	1.3	1.5	1.5	0	0	0	0	0	0	Media			
1	3	1.3	1.5	1.5	0.9	0	0	0	0	0	Media			
1	4	1.3	1.5	1.5	0	0.9	0	0	0	0	Media			
1	5	1.3	1.5	1.5	0	-0.9	0	0	0	0	Media			
1	6	1.3	1.5	1.5	-0.9	0	0	0	0	0	Media			
1	7	1.3	1.5	1.05	1.5	0	0	0	0	0	Istant.			
1	8	1.3	1.5	1.05	0	1.5	0	0	0	0	Istant.			
1	9	1.3	1.5	1.05	0	-1.5	0	0	0	0	Istant.			
1	10	1.3	1.5	1.05	-1.5	0	0	0	0	0	Istant.			
2	1	1	1	1	0.6	0	0	0	0	0	Media			
2	2	1	1	1	0	0.6	0	0	0	0	Media			
2	3	1	1	1	0	-0.6	0	0	0	0	Media			
2	4	1	1	1	-0.6	0	0	0	0	0	Media			
2	5	1	1	0.7	1	0	0	0	0	0	Media			
2	6	1	1	0.7	0	1	0	0	0	0	Media			
2	7	1	1	0.7	0	-1	0	0	0	0	Media			
2	8	1	1	0.7	-1	0	0	0	0	0	Media			
3	1	1	1	0.5	0	0	0	0	0	0	Lunga			
3	2	1	1	0.3	0.2	0	0	0	0	0	Lunga			
3	3	1	1	0.3	0	0.2	0	0	0	0	Lunga			
3	4	1	1	0.3	0	-0.2	0	0	0	0	Lunga			
3	5	1	1	0.3	-0.2	0	0	0	0	0	Lunga			
4	1	1	1	0.3	0	0	0	0	0	0	Perm.			
5	1	1	1	0	0	0	0	0	0	0	Perm.			
6	1	1	1	0.3	0	0	1	1	0.3	0.3	Istant.	+	2	
6	2	1	1	0.3	0	0	1	1	0.3	0.3	Istant.	-	1	
6	3	1	1	0.3	0	0	-1	-1	-0.3	-0.3	Istant.	+	4	
6	4	1	1	0.3	0	0	-1	-1	-0.3	-0.3	Istant.	-	3	
6	5	1	1	0.3	0	0	0.3	0.3	1	1	Istant.	+	6	
6	6	1	1	0.3	0	0	0.3	0.3	1	1	Istant.	-	5	
6	7	1	1	0.3	0	0	-0.3	-0.3	-1	-1	Istant.	+	8	
6	8	1	1	0.3	0	0	-0.3	-0.3	-1	-1	Istant.	-	7	
7	1	1	1	0.3	0	0	1	1	0.3	0.3	Istant.	+	2	
7	2	1	1	0.3	0	0	1	1	0.3	0.3	Istant.	-	1	
7	3	1	1	0.3	0	0	-1	-1	-0.3	-0.3	Istant.	+	4	
7	4	1	1	0.3	0	0	-1	-1	-0.3	-0.3	Istant.	-	3	
7	5	1	1	0.3	0	0	0.3	0.3	1	1	Istant.	+	6	
7	6	1	1	0.3	0	0	0.3	0.3	1	1	Istant.	-	5	
7	7	1	1	0.3	0	0	-0.3	-0.3	-1	-1	Istant.	+	8	
7	8	1	1	0.3	0	0	-0.3	-0.3	-1	-1	Istant.	-	7	
8	1	1	1	0.3	0	0	1	1	0.3	0.3	Istant.	+	2	
8	2	1	1	0.3	0	0	1	1	0.3	0.3	Istant.	-	1	
8	3	1	1	0.3	0	0	-1	-1	-0.3	-0.3	Istant.	+	4	
8	4	1	1	0.3	0	0	-1	-1	-0.3	-0.3	Istant.	-	3	
8	5	1	1	0.3	0	0	0.3	0.3	1	1	Istant.	+	6	
8	6	1	1	0.3	0	0	0.3	0.3	1	1	Istant.	-	5	
8	7	1	1	0.3	0	0	-0.3	-0.3	-1	-1	Istant.	+	8	
8	8	1	1	0.3	0	0	-0.3	-0.3	-1	-1	Istant.	-	7	
Dettagli calcolo
Dati sismici SLV per piano
 Piano		Massa Cmb.		Massa 		Sup. balc., solai		xG		yG		zG		fx		fy		fx·ey		fy·ex	
 		 Q. Perm [kg]		 sism. [kg]		 e piaste[m²]		[m]		[m]		[m]		[N]		[N]		[Nm]		[Nm]	
1	26852	26852	19.80	2.75	1.80	2.92	35.0k	35.0k	6.30k	9.62k	
2	14075	14075	19.80	2.75	1.80	6.16	38.7k	38.7k	6.97k	10.7k	
Rigidezza per piano
 Piano		esteso		Dim X		Dim Y		x Fy Tot		y Fx Tot		x Rig		y Rig		Rig.X		Rig.Y		Rig Rot		r Min		ls		r²/ls²	
 				[m]		[m]		Sup. [m]		Sup. [m]		[m]		[m]		[N/m]		[N/m]		[Nm]		[m]		[m]			
1	Sì	5.8	3.9	2.75	1.80	2.26	1.80	31.6M	24.3M	721M	4.77	2.38	4.02	
2	Sì	5.7	3.9	2.75	1.80	2.65	1.80	5.27M	8.49M	138M	4.03	3.20	1.59	
Effetto P-Δ Sisma
 Sisma SLV		µd		θ		θ ≤ 0.2		k = 1/(1-θ)		k min		k calc	
X	3.3338	0.027745	Sì	1.0285	1	1	
Y	3.5233	0.018606	Sì	1.019	1	1	
Spostamenti di piano
 Piano		Spost.x		Spost.y		Spost.x		Spost.y		Spost.x		Spost.y		Spost.x		Spost.y	
 		SLO [m]		SLO [m]		SLD [m]		SLD [m]		SLV [m]		SLV [m]		SLC [m]		SLC [m]	
0	9.5929E-5	0.00018131	0.00013153	0.00024885	0.00031071	0.00061821	 	 	
1	0.0017325	0.0027083	0.0023756	0.0037172	0.0056044	0.009235	 	 	
2	0.0082854	0.0067802	0.01137	0.0093047	0.026718	0.023108	 	 	
Gli spostamenti di piano allo SLV sono stati calcolati come al §7.3.3.3 delle NTC18
Taglianti piano SLV
 Piano		Inf X [N]		Inf Y [N]		Sup X [N]		Sup Y [N]	
1	50.1k	56.2k	32.9k	32.7k	
2	32.9k	32.7k	0	0	
Modi Trovati 
 n		Descrizione		T [s]		sx [%]		sy [%]		sz [%]		rx [%]		ry [%]		rz [%]		Esatto		Scelto		Err.λ		Err.ψ	
1	0.359s x60% y0% z0%	0.35859	59.658	8.7423E-24	0.0022701	2.645E-24	17.804	3.5839E-24	Sì	Sì	0	2.1949E-10	
2	0.332s x0% y74% z0%	0.33166	7.1705E-24	74.331	9.4766E-26	23.925	1.4588E-24	0.48239	Sì	Sì	0	4.1578E-10	
3	0.224s x0% y0.2% z0%	0.22378	1.0368E-26	0.22715	4.8008E-30	0.071276	2.3955E-24	66.637	Sì	No	0	1.5891E-10	
4	0.14s x32% y0% z0%	0.13987	31.887	1.0128E-27	0.069055	2.5084E-26	1.6098	1.6651E-24	Sì	Sì	0	2.1519E-10	
5	0.097s x0% y0% z99%	0.096897	0.089816	1.38E-27	98.99	4.0223E-25	0.11885	6.8607E-26	Sì	No	0	2.2639E-10	
6	0.096s x0% y10% z0%	0.096097	9.9244E-26	10.225	1.8019E-28	12.412	3.5461E-27	0.00066248	Sì	Sì	0	3.9403E-7	
7	0.07s x7% y0% z0%	0.069537	6.9927	1.6924E-26	0.112	1.0018E-25	77.074	1.3952E-23	Sì	Sì	0	2.0682E-10	
8	0.068s x0% y0.1% z0%	0.068085	1.7769E-23	0.10913	1.0457E-24	0.14317	5.1949E-23	21.218	Sì	No	0	4.8051E-11	
9	0.032s x0% y11% z0%	0.032397	2.0034E-25	11.307	6.8464E-24	47.756	1.2959E-24	0.050907	Sì	Sì	0	4.8234E-11	
10	0.032s x0% y0% z0.8%	0.032263	0.016192	1.4296E-22	0.75265	6.0152E-22	0.028605	1.3364E-24	Sì	No	0	5.2907E-8	
11	0.028s x0% y0.1% z0%	0.028149	1.3928E-26	0.1255	2.0519E-25	0.41142	2.1535E-25	7.465	Sì	No	0	1.3109E-11	
12	0.027s x0% y0% z0%	0.026924	4.0559E-5	8.9226E-32	8.6267E-7	1.1818E-29	6.0792E-5	1.006E-29	Sì	No	0	7.4775E-6	
13	0.024s x0% y1.9% z0%	0.023886	2.7325E-28	1.8587	2.3856E-26	8.0047	2.2333E-26	0.026994	Sì	No	0	1.2641E-10	
14	0.021s x0% y0% z0%	0.02075	1.1047E-27	0.032283	5.6969E-26	0.10199	6.5644E-26	2.3009	Sì	No	0	9.5839E-9	
Legenda
• sx, sy, sz : Masse partecipanti in percentuale come indicato nella (4.6) 
• Err ψ = |Kψ-λMψ| / |Kψ| = errore numerico della soluzione della (4.2) 
Riassunto modi
 Descrizione		sx [%]		sy [%]		sz [%]		rx [%]		ry [%]		rz [%]		Err.λ		Err.ψ	
Modi scelti	98.538	95.863	0.18333	84.093	96.487	0.53396	0	3.9403E-7	
Modi trovati	98.644	98.216	99.926	92.826	96.635	98.182	0	7.4775E-6	
Masse analisi dinamica
 Piano		Dir X [Kg]		Dir Y [Kg]		Dir Z [Kg]	
0	0	0	0	
1	26852	26852	26852	
2	14075	14075	14075	
Totale	40926	40926	40926	
Coefficienti di amplificazione modali p come definiti al §4.1 nella (4.4)
 		direzione X		direzione Y		direzione Z	
 Modo n°		SLO		SLD		SLV		SLC		SLO		SLD		SLV		SLC		SLO		SLD		SLV		SLC	
1	0.94788	0.77654	0.91681	1.0919	3.6285E-13	2.9726E-13	3.5096E-13	4.18E-13	0.00049407	0.00044791	0.0014089	0.0019207	
2	2.8112E-13	2.303E-13	2.7191E-13	3.2384E-13	0.90511	0.7415	0.87544	1.0427	2.9525E-15	2.6766E-15	8.4195E-15	1.1478E-14	
4	0.10346	0.084165	0.10256	0.12228	5.8306E-16	4.7434E-16	5.7803E-16	6.8915E-16	0.00099107	0.00089847	0.0028262	0.0038529	
6	2.2176E-15	1.9462E-15	2.7376E-15	3.2633E-15	0.022509	0.019754	0.027787	0.033123	2.3898E-17	2.1665E-17	6.8148E-17	9.2904E-17	
7	0.0083949	0.0078331	0.01213	0.014458	4.13E-16	3.8536E-16	5.9676E-16	7.1127E-16	0.00031198	0.00028283	0.00088965	0.0012128	
9	2.3898E-16	2.5076E-16	4.5069E-16	5.371E-16	0.0017954	0.0018839	0.0033859	0.0040351	4.1722E-16	4.115E-16	1.2814E-15	1.7471E-15	
Accelerazione spettri di progetto [m/s²]
 		direzione X		direzione Y		direzione Z	
 T [s]		SLO		SLD		SLV		SLC		SLO		SLD		SLV		SLC		SLO		SLD		SLV		SLC	
0.35859	1.8624	1.5258	1.8014	2.1455	1.8624	1.5258	1.8014	2.1455	0.15737	0.14267	0.44877	0.61179	
0.33166	1.8624	1.5258	1.8014	2.1455	1.8624	1.5258	1.8014	2.1455	0.17015	0.15425	0.4852	0.66146	
0.13987	1.8276	1.4868	1.8118	2.1601	1.8276	1.4868	1.8118	2.1601	0.37621	0.34106	1.0728	1.4626	
0.096097	1.4876	1.3055	1.8364	2.189	1.4876	1.3055	1.8364	2.189	0.37621	0.34106	1.0728	1.4626	
0.069537	1.2812	1.1955	1.8513	2.2065	1.2812	1.1955	1.8513	2.2065	0.37621	0.34106	1.0728	1.4626	
0.032397	0.99271	1.0416	1.8721	2.2311	0.99271	1.0416	1.8721	2.2311	0.29647	0.2924	0.91053	1.2414	
Dati vento
 Faccia		area		Forza		xF		yF		zF	
 edificio		[m²]		[N]		[m]		[m]		[m]	
xz	8.41	7605	2.77	0.00	4.12	
yz	10.9	10027	0.00	1.81	3.10	
Dati vento per piano
 		Vento X		Vento Y	
 Piano		Area YZ		Forza		zF		yF		Area XZ		Forza		zF		xF	
 		[m²]		[N]		[m]		[m]		[m²]		[N]		[m]		[m]	
0	2.49	2251.9	0.00	1.81	0.92	810.58	0.00	2.83	
1	5.92	5456.5	2.97	1.81	4.24	3787.9	3.20	2.77	
2	2.47	2318.1	6.40	1.81	3.24	3006.6	6.40	2.75	
Dati forze imperfezioni globali per piano
 		Forze Piano		Forze Totali	
 Piano		fz Cmb [N]		fx [N]		fy [N]		fz Cmb [N]		fx [N]		fy [N]	
2	0	0	0	0	0	0	
1	0	0	0	0	0	0	
0	0	0	0	0	0	0	
Imperfezione Globale. Combinazione di base.
 Peso. 		Caric. 		Resid		Vento		Vento		Sisma		Ecc.Y 		Sisma		Ecc.X 	
 Prop.		Perm.				X		Y		X		Sism.X		Y		Sism.Y	
0.000	0.000	0.000	0.000	0.000	0.000	0.000	0.000	0.000	
Errore di verticalità
 		Direzione x		Direzione y	
 h [m]		Φ0		αh		m		αm		Φ		m		αm		Φ	
6.4	0.005	0.79057	2	0.86603	0.0034233	2	0.86603	0.0034233	
Effetto P-Δ vento
 Vento		µd		θ		θ ≤ 0.2		k = 1/(1-θ)		k min		k calc	
X	1	0.009857	Sì	1.01	1	1.01	
Y	1	0.0060154	Sì	1.0061	1	1.0061	
Effetto P-Δ vento. θ per piano
 		Dir X		Dir Y	
 Piano		µd		P [N]		dr [m]		V [N]		h [m]		θ		µd		P [N]		dr [m]		V [N]		h [m]		θ	
1	1	401349	0.00021297	7774.6	3.2	0.0034356	1	401349	0.00026362	6794.5	3.2	0.0048663	
2	1	138024	0.00052976	2318.1	3.2	0.009857	1	138024	0.00041931	3006.6	3.2	0.0060154	
Equilibrio per Piano. Azioni statiche
 		forze interna piano		forze da elementi superiori		forze da elementi inferiori		reazioni vincolari		reazioni elementi winkler		equilibrio	
 Azione		Piano		Fx		Fy		Fz		Fx		Fy		Fz		Fx		Fy		Fz		Fx		Fy		Fz		Fx		Fy		Fz		Fx		Fy		Fz	
 				[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]	
1	2	0	0	-76.6k	0	0	0	66.3n	-0.17n	76.6k	0	0	0	0	0	0	66.3n	-0.17n	1.05n	
1	1	0	0	-263k	-66.3n	0.17n	-76.6k	0.14µ	2.51n	340k	0	0	0	0	0	0	71.6n	2.67n	7.20µ	
1	0	0	0	-231k	-0.14µ	-1.58n	-340k	0	0	0	-1.30	1.58n	293k	1.30	0	277k	-0.82p	-0.41p	7.54µ	
2	2	0	0	-49.5k	0	0	0	6.10n	-18.1p	49.5k	0	0	0	0	0	0	6.10n	-18.1p	-0.12n	
2	1	0	0	0	-6.10n	18.1p	-49.5k	13.0n	-0.15n	49.5k	0	0	0	0	0	0	6.88n	-0.13n	0.65µ	
2	0	0	0	0	-12.7n	92.1p	-49.5k	0	0	0	-0.217	-92.1p	26.1k	0.217	0	23.4k	-0.19p	56.8f	0.66µ	
3	2	0	0	-39.6k	0	0	0	4.88n	-17.7p	39.6k	0	0	0	0	0	0	4.88n	-17.7p	14.6p	
3	1	0	0	0	-4.88n	17.7p	-39.6k	10.4n	-0.17n	39.6k	0	0	0	0	0	0	5.50n	-0.15n	0.52µ	
3	0	0	0	0	-10.2n	0.20n	-39.6k	0	0	0	-0.173	-0.20n	20.9k	0.173	0	18.7k	41.6f	0.31p	0.53µ	
11	2	2.32k	0	0	0	0	0	-2.32k	-0.23n	54.6p	0	0	0	0	0	0	0.13µ	-0.23n	54.6p	
11	1	5.46k	0	0	2.32k	0.23n	-54.6p	-7.77k	0.25n	0.23µ	0	0	0	0	0	0	90.7n	0.49n	0.23µ	
11	0	2.25k	0	0	7.77k	-0.29n	-0.24µ	0	0	0	-10.0k	0.29n	-328	0.524	0	328	0.59p	14.2f	0.19µ	
12	2	0	3.01k	0	0	0	0	-0.25n	-3.01k	-11.8p	0	0	0	0	0	0	-0.25n	13.7n	-11.8p	
12	1	0	3.79k	0	0.25n	3.01k	11.8p	0.72n	-6.79k	-41.5n	0	0	0	0	0	0	0.97n	0.16µ	-41.5n	
12	0	0	811	0	-0.72n	6.79k	41.5n	0	0	0	1.23n	-7.61k	12.5µ	-0.52n	0	-12.5µ	0	0	45.0n	
16	2	211k	0	0	0	0	0	-211k	-17.1n	2.10n	0	0	0	0	0	0	8.88µ	-17.1n	2.10n	
16	1	190k	0	0	211k	17.1n	-2.10n	-401k	9.53n	13.8µ	0	0	0	0	0	0	5.10µ	26.6n	13.8µ	
16	0	0	0	0	401k	-10.0n	-13.9µ	0	0	0	-401k	10.0n	-19.2k	26.8	-1.44f	19.2k	-50.9p	-2.28p	10.9µ	
17	2	-1.82p	0	0	0	0	0	-64.0p	-11.6n	-4.55p	0	0	0	0	0	0	-65.8p	-11.6n	-4.55p	
17	1	-8.81p	0	0	64.0p	11.6n	4.55p	12.4n	-13.6n	-41.4n	0	0	0	0	0	0	12.4n	-1.95n	-41.4n	
17	0	0	0	0	-12.4n	15.6n	41.4n	0	0	0	12.4n	-15.6n	0.80n	-0.86p	0	0.43n	-1.43p	-0.26p	42.7n	
18	2	0	211k	0	0	0	0	-15.0n	-211k	-3.14n	0	0	0	0	0	0	-15.0n	0.83µ	-3.14n	
18	1	0	190k	0	15.0n	211k	3.14n	42.9n	-401k	-2.46µ	0	0	0	0	0	0	57.8n	9.73µ	-2.45µ	
18	0	0	0	0	-42.9n	401k	2.46µ	0	0	0	42.9n	-401k	86.8n	-1.95p	0	0.11µ	-0.58p	0	2.65µ	
19	2	0	3.64p	0	0	0	0	-0.14n	-17.9n	18.2p	0	0	0	0	0	0	-0.14n	-17.9n	18.2p	
19	1	0	-13.3p	0	0.14n	17.9n	-18.2p	18.8n	-10.2n	-66.3n	0	0	0	0	0	0	19.0n	7.69n	-66.3n	
19	0	0	0	0	-18.8n	13.2n	66.3n	0	0	0	18.8n	-13.2n	1.33n	-1.58p	0	0.63n	1.15p	-1.31p	68.3n	
Legenda
• Forze interne piano: Forze applicate sulle travi completamente interne al piano e sui nodi del piano.
• Forze da beams superiori: Forze agenti sul piano esercitate da beams che hanno almeno un nodo appartenente ad un piano superiore. 
• Forze da beams inferiori : Forze agenti sul piano esercitate da beams che hanno almeno un nodo appartenente ad un piano inferiore. 
• Reazioni vincolari: Forze agenti sul piano esercitate dalle reazioni vincolari dei nodi appartenenti al piano. 
• Reazioni vincolari: Forze agenti sul piano esercitate dalle reazioni del terreno delle travi di winkler. 
• Equilibrio: Somma di tutte le forze precedenti.
Suffissi: f=10-15 ; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Le forze per le azioni sismiche (n°  16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g 
Ripartizione forze sismiche
 Azione		Piano		Sisma		tagliante 		pilastri		travi interpiano 		pareti 		piastre interpiano		reazioni  		reazioni	
 						 di piano [N]		inf. [%]		 inf. [%]		 inf.[%]		 inf.[%]		 vincolari [%]		beam wink [%]	
16	0	X	401k	0.0	0.0	0.0	0.0	100.0	-0.0	
18	0	Y	401k	0.0	0.0	0.0	0.0	100.0	0.0	
16	1	X	401k	30.2	0.0	69.8	0.0	0.0	0.0	
18	1	Y	401k	13.5	0.0	86.5	0.0	0.0	0.0	
16	2	X	211k	100.0	0.0	0.0	0.0	0.0	0.0	
18	2	Y	211k	100.0	0.0	0.0	0.0	0.0	0.0	
Le forze per le azioni sismiche sono calcolate per l'accelerazione orizzontale di 1g.
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Equilibrio per Piano. Azioni Modali
 		forze interna piano		forze da elementi superiori		forze da elementi inferiori		reazioni vincolari		reazioni elementi winkler		equilibrio	
 Modo		Piano		Fx		Fy		Fz		Fx		Fy		Fz		Fx		Fy		Fz		Fx		Fy		Fz		Fx		Fy		Fz		Fx		Fy		Fz	
 				[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]		[N]	
1	2	35.1k	13.0n	-144	0	0	0	-35.1k	-13.5n	144	0	0	0	0	0	0	1.37µ	-0.51n	92.1p	
1	1	12.9k	3.12n	-152	35.1k	13.5n	-144	-48.0k	-17.2n	296	0	0	0	0	0	0	1.06µ	-0.54n	0.91µ	
1	0	0	0	-1.13µ	48.0k	16.9n	-296	0	0	0	-48.0k	-16.9n	-2.59k	3.28	0	2.88k	1.44p	-1.82p	0.42µ	
2	2	9.75n	-36.5k	1.43n	0	0	0	-10.8n	36.5k	-1.31n	0	0	0	0	0	0	-1.01n	8.18n	0.12n	
2	1	23.1n	-26.1k	-47.0n	10.8n	-36.5k	1.31n	-28.8n	62.6k	0.43µ	0	0	0	0	0	0	5.08n	-1.78µ	0.39µ	
2	0	0	0	0.12µ	28.8n	-62.6k	-0.43µ	0	0	0	-28.8n	62.6k	-16.8n	1.82p	0	-18.9n	53.3f	0	-0.35µ	
4	2	64.5k	-2.65n	4.42k	0	0	0	-64.5k	3.15n	-4.42k	0	0	0	0	0	0	0.38µ	0.50n	0.19n	
4	1	-295k	13.6n	6.31k	64.5k	-3.15n	4.42k	231k	-19.8n	-10.7k	0	0	0	0	0	0	-3.28µ	-9.36n	-0.69µ	
4	0	0	0	7.01µ	-231k	19.8n	10.7k	0	0	0	231k	-19.8n	2.13k	-13.9	0	-12.9k	5.29p	1.82p	2.27µ	
6	2	1.72n	260k	-3.31n	0	0	0	-1.99n	-260k	3.64n	0	0	0	0	0	0	-0.27n	-27.8n	0.33n	
6	1	-7.10n	-537k	-2.06µ	1.99n	260k	-3.64n	8.84n	277k	0.73µ	0	0	0	0	0	0	3.72n	-2.88µ	-1.33µ	
6	0	0	0	79.4n	-8.84n	-277k	-0.73µ	0	0	0	8.84n	277k	-0.95n	-0.74p	0	-8.21n	-0.18p	0	-0.66µ	
7	2	17.9k	-13.3n	3.64k	0	0	0	-17.9k	13.4n	-3.64k	0	0	0	0	0	0	26.0n	0.15n	1.27n	
7	1	-455k	-15.9n	51.6k	17.9k	-13.4n	3.64k	437k	29.7n	-55.3k	0	0	0	0	0	0	-1.47µ	0.32n	-4.73µ	
7	0	0	0	-20.6µ	-437k	-28.3n	55.3k	0	0	0	437k	28.3n	-53.8k	-27.8	1.48f	-1.45k	-42.5p	10.0p	-8.50µ	
9	2	7.83n	-96.3k	8.50µ	0	0	0	-7.79n	96.3k	-8.50µ	0	0	0	0	0	0	42.3p	1.89n	-1.90n	
9	1	-0.36µ	-2.46M	-5.44µ	7.79n	-96.3k	8.50µ	0.36µ	2.56M	-2.31µ	0	0	0	0	0	0	0.22n	-1.46µ	0.76µ	
9	0	0	0	61.9n	-0.36µ	-2.56M	2.31µ	0	0	0	0.36µ	2.56M	-1.16µ	-38.8p	0	-1.19µ	1.25p	0	14.0n	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Errori Numerici Massimi
- . 	:	Modi presenti in memoria
- . 	Ortogonalizzazione autovettori::	 8.3371E-14
- . 	Normalizzazione autovettori::	 3.3307E-16
- . 	|Kψ-λMψ| / |Kψ|  ::	 3.9403E-7
- . 	soluzione sistema::	 2.7567E-5 [N o Nm]
- . 	equilibrio nodi::	 2.869E-5 [N o Nm]
- . 	diagrammi forze::	 7.4506E-9 [N]
- . 	diagrammi momenti::	 4.1962E-6 [Nm]
- . 	deformate::	 1.7199E-9 [m] e  3.4492E-9 [rad]
- . 	equilibro Mz shell::	 4.675E-8 [Nm]
- . 	equilibrio piani::	 1.4717E-5 [N]
- . 	:	memorizzo struttura calcolata
Legenda tabella Inviluppo Sollecitazioni  Beam
• N°: Numero trave o pilastro
• Fam Cmb: Numero famiglia di combinazione. GR = Sollecitazioni derivanti dalla gerarchia delle resistenza Taglio-Flessione.
• Min-Max: Min = sollecitazione minima; Max = sollecitazione massima.
• Sezione iniziale: Sollecitazioni nella sezione iniziale della trave o pilastro. Per i pilastri la sezione iniziale è quella superiore.
• Sezione centrale : Sollecitazioni nella sezione centrale della trave o pilastro.
• Sezione finale : Sollecitazioni nella sezione finale della trave o pilastro. Per i pilastri la sezione finale è quella inferiore. 
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Piano 0. Inviluppo Sollecitazioni Travi
 		Sezione iniziale		Sezione centrale		Sezione finale	
 N°		Fam				N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 		Cmb.				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	Min	0	-883	-8.10k	235	-1.03k	-1.55	0	-885	-763	238	-2.77k	268	0	-888	8.91k	244	-201	629	
1	1	Max	0	-599	-5.64k	303	1.76k	89.3	0	-600	1.45k	303	659	487	0	-602	11.5k	307	4.50k	1.02k	
1	2	Min	0	-648	-5.52k	176	-749	1.60	0	-649	-9.73	178	-1.82k	209	0	-651	7.27k	182	433	486	
1	2	Max	0	-461	-4.17k	221	1.10k	61.6	0	-461	1.46k	221	446	353	0	-463	8.96k	224	3.55k	744	
1	3	Min	0	-552	-4.27k	182	-155	22.7	0	-553	1.12k	184	-753	254	0	-555	8.30k	187	2.13k	564	
1	3	Max	0	-514	-3.79k	193	214	34.7	0	-515	1.54k	194	-299	283	0	-517	8.65k	197	2.75k	616	
1	4	Max	0	-533	-3.88k	187	29.4	28.7	0	-534	1.41k	188	-526	269	0	-536	8.48k	191	2.44k	590	
1	5	Max	0	-517	-3.30k	178	-78.9	26.5	0	-518	1.86k	179	-404	260	0	-520	8.75k	182	2.78k	571	
1	6	Min	0	-1.22k	-7.71k	8.94	-9.73k	-188	0	-1.22k	-4.18k	16.0	-11.3k	-245	0	-1.23k	598	25.3	-12.2k	-339	
1	6	Max	0	155	-50.3	365	9.79k	245	0	156	7.01k	360	10.3k	782	0	157	16.4k	357	17.1k	1.52k	
1	GR	Min	-2.34k	-533	-3.88k	187	29.4	28.7	-2.34k	-534	1.41k	188	-526	269	-2.34k	-536	8.48k	191	2.44k	590	
1	GR	Max	2.34k	-533	-3.88k	187	29.4	28.7	2.34k	-534	1.41k	188	-526	269	2.34k	-536	8.48k	191	2.44k	590	
2	1	Min	0	-26.5	-11.1k	-7.04	811	-661	0	-23.8	-1.31k	-2.00	-1.58k	-660	0	-21.2	8.28k	3.02	811	-662	
2	1	Max	0	21.2	-8.28k	-3.02	2.43k	-388	0	23.8	1.31k	2.00	-1.05k	-387	0	26.5	11.1k	7.04	2.43k	-387	
2	2	Min	0	-17.8	-8.24k	-5.11	755	-481	0	-15.8	-870	-1.33	-1.09k	-481	0	-13.8	6.35k	2.44	755	-482	
2	2	Max	0	13.8	-6.35k	-2.44	1.83k	-301	0	15.8	870	1.33	-737	-300	0	17.8	8.24k	5.11	1.83k	-300	
2	3	Min	0	-5.06	-7.25k	-3.91	1.24k	-393	0	-3.16	-174	-0.265	-832	-392	0	-1.26	6.88k	3.38	1.24k	-393	
2	3	Max	0	1.26	-6.88k	-3.38	1.46k	-357	0	3.16	174	0.265	-736	-356	0	5.06	7.25k	3.91	1.46k	-356	
2	4	Max	0	-1.90	-7.07k	-3.65	1.35k	-375	0	0	0	0	-768	-374	0	1.90	7.07k	3.65	1.35k	-375	
2	5	Max	0	-1.84	-6.89k	-3.55	1.40k	-362	0	0	0	0	-671	-361	0	1.84	6.89k	3.55	1.40k	-362	
2	6	Min	0	-237	-16.1k	-21.2	-3.94k	-1.08k	0	-234	-7.84k	-15.4	-1.79k	-989	0	-233	-1.94k	-13.9	-3.94k	-1.08k	
2	6	Max	0	233	1.94k	13.9	6.65k	331	0	234	7.84k	15.4	254	242	0	237	16.1k	21.2	6.65k	331	
2	7	Min	0	-195	-14.5k	-18.0	-3.00k	-953	0	-192	-6.44k	-12.6	-1.60k	-878	0	-191	-333	-10.7	-3.00k	-953	
2	7	Max	0	191	333	10.7	5.70k	203	0	192	6.44k	12.6	69.0	130	0	195	14.5k	18.0	5.70k	203	
2	8	Min	0	-230	-15.9k	-20.6	-3.83k	-1.06k	0	-227	-7.68k	-14.9	-1.77k	-974	0	-226	-1.74k	-13.4	-3.83k	-1.06k	
2	8	Max	0	226	1.74k	13.4	6.53k	313	0	227	7.68k	14.9	232	226	0	230	15.9k	20.6	6.53k	313	
3	1	Min	0	602	-11.5k	-307	-201	629	0	600	-1.45k	-304	-2.77k	268	0	599	5.64k	-304	-1.03k	-1.92	
3	1	Max	0	888	-8.91k	-243	4.50k	1.02k	0	885	761	-237	659	487	0	883	8.10k	-235	1.76k	89.7	
3	2	Min	0	463	-8.96k	-224	433	486	0	461	-1.45k	-222	-1.82k	209	0	461	4.17k	-221	-749	1.36	
3	2	Max	0	651	-7.27k	-182	3.55k	744	0	649	8.22	-178	446	354	0	648	5.52k	-176	1.10k	61.8	
3	3	Min	0	517	-8.65k	-197	2.13k	564	0	515	-1.54k	-194	-753	254	0	514	3.79k	-193	-155	22.7	
3	3	Max	0	555	-8.30k	-187	2.75k	616	0	553	-1.12k	-184	-299	283	0	552	4.27k	-182	214	34.7	
3	4	Max	0	536	-8.48k	-191	2.44k	590	0	534	-1.41k	-188	-526	269	0	533	3.88k	-187	29.4	28.7	
3	5	Max	0	520	-8.75k	-182	2.78k	571	0	518	-1.86k	-179	-404	260	0	517	3.30k	-178	-78.9	26.5	
3	6	Min	0	-157	-16.4k	-357	-12.2k	-339	0	-156	-7.01k	-360	-11.3k	-245	0	-155	50.3	-365	-9.73k	-188	
3	6	Max	0	1.23k	-598	-25.3	17.1k	1.52k	0	1.22k	4.18k	-16.0	10.3k	782	0	1.22k	7.71k	-8.94	9.79k	245	
3	GR	Min	-2.34k	536	-8.48k	-191	2.44k	590	-2.34k	534	-1.41k	-188	-526	269	-2.34k	533	3.88k	-187	29.4	28.7	
3	GR	Max	2.34k	536	-8.48k	-191	2.44k	590	2.34k	534	-1.41k	-188	-526	269	2.34k	533	3.88k	-187	29.4	28.7	
4	1	Min	0	50.1	-8.94k	-332	-13.0	28.1	0	50.1	-660	-335	-2.12k	5.53	0	50.1	10.2k	-342	740	-38.2	
4	1	Max	0	92.8	-6.60k	-133	229	59.1	0	92.7	2.22k	-140	-780	17.4	0	92.6	13.8k	-150	4.03k	-24.5	
4	2	Min	0	40.7	-6.29k	-234	-44.4	23.3	0	40.7	-47.1	-237	-1.43k	4.98	0	40.7	8.16k	-242	995	-28.5	
4	2	Max	0	68.9	-4.73k	-103	116	43.8	0	68.8	1.86k	-108	-546	12.8	0	68.8	10.5k	-116	3.17k	-19.4	
4	3	Min	0	51.8	-5.11k	-168	-48.9	31.5	0	51.7	1.11k	-172	-909	8.22	0	51.7	9.25k	-178	2.20k	-24.6	
4	3	Max	0	57.4	-4.67k	-142	-3.89	35.6	0	57.3	1.51k	-146	-732	9.78	0	57.3	9.72k	-153	2.64k	-22.8	
4	4	Max	0	54.6	-4.81k	-155	-34.6	33.6	0	54.5	1.32k	-159	-821	9.00	0	54.5	9.48k	-165	2.42k	-23.7	
4	5	Max	0	54.4	-4.35k	-145	-80.8	33.6	0	54.4	1.62k	-149	-695	9.08	0	54.4	9.59k	-155	2.67k	-23.5	
4	6	Min	0	-45.2	-10.3k	-642	-1.45k	-39.2	0	-45.2	-7.07k	-637	-4.94k	-18.8	0	-45.1	-1.68k	-635	-7.62k	-55.7	
4	6	Max	0	154	725	332	1.38k	106	0	154	9.70k	319	3.30k	36.8	0	154	20.6k	304	12.5k	8.24	
4	GR	Min	-2.15k	54.6	-4.81k	-155	-34.6	33.6	-2.15k	54.5	1.32k	-159	-821	9.00	-2.15k	54.5	9.48k	-165	2.42k	-23.7	
4	GR	Max	2.15k	54.6	-4.81k	-155	-34.6	33.6	2.15k	54.5	1.32k	-159	-821	9.00	2.15k	54.5	9.48k	-165	2.42k	-23.7	
5	1	Min	0	24.0	-5.82k	4.40	543	9.59	0	24.0	5.46k	-5.14	568	-10.1	0	-50.6	5.37k	-5.54	543	9.56	
5	1	Max	0	50.5	-5.37k	5.54	588	20.2	0	50.5	5.91k	-3.57	615	-4.80	0	-23.9	5.82k	-4.40	588	20.2	
5	2	Min	0	18.7	-4.35k	3.36	411	7.49	0	18.7	4.13k	-3.79	430	-7.24	0	-36.3	4.07k	-4.11	411	7.48	
5	2	Max	0	36.2	-4.07k	4.11	440	14.5	0	36.2	4.42k	-2.76	460	-3.75	0	-18.7	4.35k	-3.36	440	14.5	
5	3	Min	0	24.2	-4.12k	3.53	408	9.68	0	24.2	4.09k	-3.28	427	-5.54	0	-27.7	4.03k	-3.68	408	9.68	
5	3	Max	0	27.7	-4.03k	3.68	416	11.1	0	27.7	4.18k	-3.08	436	-4.84	0	-24.2	4.12k	-3.53	416	11.1	
5	4	Max	0	25.9	-4.05k	3.61	410	10.4	0	25.9	4.12k	-3.18	429	-5.19	0	-25.9	4.05k	-3.61	410	10.4	
5	5	Max	0	24.8	-3.96k	3.52	400	9.92	0	24.8	4.02k	-3.11	419	-4.96	0	-24.8	3.96k	-3.52	400	9.92	
5	6	Min	0	-43.2	-5.18k	0.505	292	-16.3	0	-43.2	3.06k	-7.22	309	-20.1	0	-95.1	2.93k	-6.71	292	-16.3	
5	6	Max	0	95.1	-2.93k	6.71	528	37.0	0	95.1	5.17k	0.859	549	9.67	0	43.2	5.18k	-0.505	528	37.0	
5	7	Min	0	-30.7	-4.98k	1.07	314	-11.4	0	-30.7	3.25k	-6.48	330	-17.4	0	-82.6	3.13k	-6.15	314	-11.4	
5	7	Max	0	82.6	-3.13k	6.15	506	32.2	0	82.6	4.98k	0.127	528	6.98	0	30.7	4.98k	-1.07	506	32.2	
5	8	Min	0	-41.4	-5.15k	0.593	296	-15.6	0	-41.4	3.09k	-7.10	312	-19.7	0	-93.3	2.96k	-6.62	296	-15.6	
5	8	Max	0	93.3	-2.96k	6.62	524	36.3	0	93.3	5.14k	0.740	546	9.28	0	41.4	5.15k	-0.593	524	36.3	
6	1	Min	0	-93.1	-13.8k	150	740	-38.4	0	-93.1	-2.22k	139	-2.12k	5.44	0	-93.2	6.60k	132	-12.4	27.8	
6	1	Max	0	-49.6	-10.2k	343	4.03k	-24.3	0	-49.6	660	336	-780	17.5	0	-49.7	8.94k	332	228	59.4	
6	2	Min	0	-69.1	-10.5k	115	995	-28.6	0	-69.1	-1.86k	108	-1.43k	4.92	0	-69.2	4.73k	103	-43.9	23.1	
6	2	Max	0	-40.4	-8.16k	243	3.17k	-19.3	0	-40.4	47.1	237	-546	12.9	0	-40.4	6.29k	235	115	44.0	
6	3	Min	0	-57.4	-9.72k	153	2.20k	-24.6	0	-57.4	-1.51k	146	-909	8.21	0	-57.5	4.67k	142	-48.8	31.5	
6	3	Max	0	-51.6	-9.25k	178	2.64k	-22.8	0	-51.7	-1.11k	172	-732	9.79	0	-51.7	5.11k	168	-3.89	35.6	
6	4	Max	0	-54.5	-9.48k	165	2.42k	-23.7	0	-54.5	-1.32k	159	-821	9.00	0	-54.6	4.81k	155	-34.6	33.6	
6	5	Max	0	-54.4	-9.59k	155	2.67k	-23.5	0	-54.4	-1.62k	149	-695	9.08	0	-54.4	4.35k	145	-80.8	33.6	
6	6	Min	0	-154	-20.6k	-304	-7.62k	-55.7	0	-154	-9.70k	-319	-4.94k	-18.8	0	-154	-725	-332	-1.45k	-39.2	
6	6	Max	0	45.1	1.68k	635	12.5k	8.24	0	45.2	7.07k	637	3.30k	36.8	0	45.2	10.3k	642	1.38k	106	
6	GR	Min	-2.15k	-54.5	-9.48k	165	2.42k	-23.7	-2.15k	-54.5	-1.32k	159	-821	9.00	-2.15k	-54.6	4.81k	155	-34.6	33.6	
6	GR	Max	2.15k	-54.5	-9.48k	165	2.42k	-23.7	2.15k	-54.5	-1.32k	159	-821	9.00	2.15k	-54.6	4.81k	155	-34.6	33.6	
Piano 0. Inviluppo Sollecitazioni Pali 
 		Sezione iniziale		Sezione centrale		Sezione finale	
 N°		Fam				N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 		Cmb.				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1-0	1	Min	-39.8k	819	35.4	-0.400	-503	-99.5	-24.8k	-348	-213	-0.171	-274	-1.02k	-12.3k	-357	-154	-27.0m	-4.25	-37.3	
1-0	1	Max	-33.9k	1.73k	560	-0.209	265	340	-21.2k	-0.106	208	-89.2m	467	-257	-10.6k	-107	74.4	-14.1m	14.4	-13.9	
1-0	2	Min	-29.8k	679	23.5	-0.290	-326	-56.3	-18.6k	-250	-144	-0.124	-177	-743	-9.22k	-262	-103	-19.5m	-2.74	-27.4	
1-0	2	Max	-25.9k	1.28k	371	-0.164	183	233	-16.2k	-20.6	135	-69.8m	314	-241	-8.11k	-96.4	48.1	-11.0m	9.63	-12.0	
1-0	3	Min	-27.6k	918	120	-0.229	-95.1	54.6	-17.2k	-160	-36.5	-97.7m	11.3	-545	-8.58k	-196	-38.6	-15.4m	1.59	-21.3	
1-0	3	Max	-26.8k	1.04k	190	-0.204	6.71	113	-16.7k	-115	19.3	-86.9m	110	-445	-8.36k	-163	-8.40	-13.7m	4.06	-18.2	
1-0	4	Max	-27.2k	978	155	-0.216	-44.2	83.6	-17.0k	-138	-8.62	-92.3m	60.5	-495	-8.47k	-180	-23.5	-14.6m	2.83	-19.7	
1-0	5	Max	-26.7k	978	123	-0.209	-24.0	79.9	-16.6k	-139	-11.6	-89.0m	54.6	-497	-8.33k	-180	-20.5	-14.1m	2.36	-19.8	
1-0	6	Min	-48.6k	-817	-854	-0.661	-2.76k	-1.17k	-30.0k	-991	-991	-0.282	-969	-2.23k	-14.6k	-738	-264	-44.5m	-2.97	-70.0	
1-0	6	Max	-5.74k	2.77k	1.16k	0.229	2.68k	1.34k	-3.89k	716	974	97.4m	1.09k	1.24k	-2.36k	378	217	15.4m	8.62	30.5	
1-0	7	Min	-44.8k	-491	-676	-0.581	-2.27k	-943	-27.7k	-836	-813	-0.248	-781	-1.91k	-13.5k	-636	-220	-39.1m	-1.84	-60.8	
1-0	7	Max	-9.62k	2.45k	987	0.148	2.18k	1.11k	-6.25k	561	796	63.1m	902	922	-3.47k	277	173	9.97m	7.49	21.4	
1-0	8	Min	-48.0k	-771	-843	-0.650	-2.68k	-1.13k	-29.6k	-967	-956	-0.277	-924	-2.18k	-14.4k	-723	-253	-43.8m	-2.33	-68.6	
1-0	8	Max	-6.41k	2.73k	1.15k	0.217	2.59k	1.30k	-4.30k	692	939	92.6m	1.05k	1.19k	-2.56k	363	205	14.6m	7.99	29.2	
1-1	1	Min	-35.9k	830	40.2	-0.400	-508	-92.6	-22.4k	-346	-211	-0.171	-275	-1.02k	-11.2k	-357	-154	-27.0m	-4.21	-37.3	
1-1	1	Max	-33.3k	1.73k	565	-0.209	260	353	-20.8k	3.60	210	-89.2m	466	-255	-10.4k	-107	74.4	-14.1m	14.5	-13.9	
1-1	2	Min	-26.8k	687	27.1	-0.290	-330	-51.0	-16.7k	-249	-143	-0.124	-178	-743	-8.37k	-262	-103	-19.5m	-2.71	-27.5	
1-1	2	Max	-25.3k	1.28k	375	-0.164	179	243	-15.8k	-17.9	136	-69.8m	313	-240	-7.94k	-96.4	48.1	-11.0m	9.66	-12.0	
1-1	3	Min	-25.5k	924	124	-0.229	-99.2	61.3	-15.9k	-159	-35.4	-97.7m	10.8	-544	-7.99k	-196	-38.6	-15.4m	1.62	-21.3	
1-1	3	Max	-25.0k	1.04k	193	-0.204	2.61	120	-15.6k	-112	20.4	-86.9m	109	-444	-7.85k	-163	-8.40	-13.7m	4.09	-18.2	
1-1	4	Max	-25.1k	984	159	-0.216	-48.3	90.7	-15.7k	-136	-7.47	-92.3m	59.9	-494	-7.88k	-180	-23.5	-14.6m	2.86	-19.8	
1-1	5	Max	-24.5k	983	127	-0.209	-28.0	86.7	-15.3k	-137	-10.5	-89.0m	54.1	-496	-7.71k	-180	-20.5	-14.1m	2.39	-19.8	
1-1	6	Min	-30.4k	-799	-853	-0.661	-2.77k	-1.18k	-18.9k	-993	-991	-0.282	-971	-2.23k	-9.37k	-738	-265	-44.5m	-2.94	-69.9	
1-1	6	Max	-19.9k	2.77k	1.17k	0.229	2.67k	1.36k	-12.5k	722	976	97.4m	1.09k	1.24k	-6.39k	378	218	15.4m	8.65	30.3	
1-1	7	Min	-29.4k	-475	-674	-0.581	-2.28k	-948	-18.3k	-837	-812	-0.248	-782	-1.91k	-9.10k	-636	-220	-39.1m	-1.80	-60.8	
1-1	7	Max	-20.8k	2.44k	991	0.148	2.18k	1.13k	-13.1k	566	798	63.1m	902	925	-6.66k	277	173	9.97m	7.51	21.2	
1-1	8	Min	-30.2k	-754	-842	-0.650	-2.68k	-1.14k	-18.8k	-969	-956	-0.277	-926	-2.18k	-9.34k	-723	-253	-43.8m	-2.30	-68.6	
1-1	8	Max	-20.0k	2.72k	1.16k	0.217	2.59k	1.32k	-12.6k	698	941	92.6m	1.05k	1.19k	-6.42k	363	206	14.6m	8.01	29.0	
1-2	1	Min	-32.7k	819	44.9	-0.400	-514	-99.5	-20.4k	-348	-209	-0.171	-276	-1.02k	-10.3k	-357	-154	-27.0m	-4.17	-37.3	
1-2	1	Max	-27.3k	1.73k	570	-0.209	254	340	-17.1k	-0.106	212	-89.2m	465	-257	-8.71k	-107	74.4	-14.1m	14.5	-13.9	
1-2	2	Min	-24.3k	679	30.6	-0.290	-334	-56.3	-15.2k	-250	-142	-0.124	-178	-743	-7.65k	-262	-103	-19.5m	-2.68	-27.4	
1-2	2	Max	-20.7k	1.28k	378	-0.164	175	233	-13.0k	-20.6	137	-69.8m	313	-241	-6.63k	-96.4	48.1	-11.0m	9.70	-12.0	
1-2	3	Min	-22.2k	918	127	-0.229	-103	54.6	-13.9k	-160	-34.2	-97.7m	10.3	-545	-7.05k	-196	-38.6	-15.4m	1.65	-21.3	
1-2	3	Max	-21.5k	1.04k	197	-0.204	-1.50	113	-13.5k	-115	21.6	-86.9m	108	-445	-6.84k	-163	-8.40	-13.7m	4.12	-18.2	
1-2	4	Max	-21.8k	978	162	-0.216	-52.4	83.6	-13.7k	-138	-6.31	-92.3m	59.4	-495	-6.94k	-180	-23.5	-14.6m	2.88	-19.7	
1-2	5	Max	-21.3k	978	130	-0.209	-31.9	79.9	-13.4k	-139	-9.39	-89.0m	53.6	-497	-6.79k	-180	-20.5	-14.1m	2.42	-19.8	
1-2	6	Min	-39.1k	-817	-851	-0.661	-2.78k	-1.17k	-24.2k	-991	-991	-0.282	-972	-2.23k	-11.9k	-738	-265	-44.5m	-2.90	-70.0	
1-2	6	Max	-4.56k	2.77k	1.17k	0.229	2.67k	1.34k	-3.17k	716	978	97.4m	1.09k	1.24k	-2.03k	378	218	15.4m	8.67	30.5	
1-2	7	Min	-36.0k	-491	-672	-0.581	-2.29k	-943	-22.3k	-836	-812	-0.248	-783	-1.91k	-11.0k	-636	-220	-39.1m	-1.77	-60.8	
1-2	7	Max	-7.67k	2.45k	996	0.148	2.18k	1.11k	-5.07k	561	799	63.1m	902	922	-2.91k	277	173	9.97m	7.54	21.4	
1-2	8	Min	-38.6k	-771	-840	-0.650	-2.69k	-1.13k	-23.9k	-967	-955	-0.277	-927	-2.18k	-11.7k	-723	-253	-43.8m	-2.27	-68.6	
1-2	8	Max	-5.07k	2.73k	1.16k	0.217	2.59k	1.30k	-3.48k	692	943	92.6m	1.05k	1.19k	-2.17k	363	206	14.6m	8.04	29.2	
3-0	1	Min	-32.7k	813	-570	0.209	-254	-98.8	-20.4k	-349	-212	89.1m	-465	-1.02k	-10.3k	-358	-74.4	14.1m	-14.5	-37.4	
3-0	1	Max	-27.3k	1.73k	-44.9	0.401	514	339	-17.1k	0.674	209	0.171	276	-254	-8.71k	-106	154	27.0m	4.17	-13.7	
3-0	2	Min	-24.3k	675	-378	0.163	-175	-55.9	-15.2k	-251	-137	69.7m	-313	-745	-7.65k	-262	-48.1	11.0m	-9.70	-27.5	
3-0	2	Max	-20.7k	1.28k	-30.6	0.290	334	233	-13.0k	-20.1	142	0.124	178	-239	-6.63k	-95.7	103	19.5m	2.68	-11.9	
3-0	3	Min	-22.2k	917	-197	0.204	1.50	54.7	-13.9k	-161	-21.6	86.9m	-108	-546	-7.05k	-196	8.40	13.7m	-4.12	-21.3	
3-0	3	Max	-21.5k	1.04k	-127	0.229	103	112	-13.5k	-114	34.2	97.7m	-10.3	-444	-6.84k	-163	38.6	15.4m	-1.65	-18.2	
3-0	4	Max	-21.8k	978	-162	0.216	52.4	83.6	-13.7k	-138	6.31	92.3m	-59.4	-495	-6.94k	-180	23.5	14.6m	-2.88	-19.7	
3-0	5	Max	-21.3k	978	-130	0.209	31.9	79.9	-13.4k	-139	9.39	89.0m	-53.6	-497	-6.79k	-180	20.5	14.1m	-2.42	-19.8	
3-0	6	Min	-39.1k	-817	-1.17k	-0.229	-2.67k	-1.17k	-24.2k	-991	-978	-97.4m	-1.09k	-2.23k	-11.9k	-738	-218	-15.4m	-8.67	-70.0	
3-0	6	Max	-4.56k	2.77k	851	0.661	2.78k	1.34k	-3.17k	716	991	0.282	972	1.24k	-2.03k	378	265	44.5m	2.90	30.5	
3-0	7	Min	-36.0k	-491	-996	-0.148	-2.18k	-943	-22.3k	-836	-799	-63.1m	-902	-1.91k	-11.0k	-636	-173	-9.97m	-7.54	-60.8	
3-0	7	Max	-7.67k	2.45k	672	0.581	2.29k	1.11k	-5.07k	561	812	0.248	783	922	-2.91k	277	220	39.1m	1.77	21.4	
3-0	8	Min	-38.6k	-771	-1.16k	-0.217	-2.59k	-1.13k	-23.9k	-967	-943	-92.6m	-1.05k	-2.18k	-11.7k	-723	-206	-14.6m	-8.04	-68.6	
3-0	8	Max	-5.07k	2.73k	840	0.650	2.69k	1.30k	-3.48k	692	955	0.277	927	1.19k	-2.17k	363	253	43.8m	2.27	29.2	
3-1	1	Min	-35.9k	824	-565	0.209	-260	-92.0	-22.4k	-347	-210	89.1m	-466	-1.02k	-11.2k	-358	-74.4	14.1m	-14.5	-37.5	
3-1	1	Max	-33.3k	1.74k	-40.2	0.401	508	352	-20.8k	4.39	211	0.171	275	-252	-10.4k	-106	154	27.0m	4.21	-13.8	
3-1	2	Min	-26.8k	683	-375	0.163	-179	-50.5	-16.7k	-249	-136	69.7m	-313	-745	-8.37k	-262	-48.1	11.0m	-9.66	-27.5	
3-1	2	Max	-25.3k	1.29k	-27.1	0.290	330	243	-15.8k	-17.4	143	0.124	178	-238	-7.94k	-95.7	103	19.5m	2.71	-12.0	
3-1	3	Min	-25.5k	923	-193	0.204	-2.61	61.4	-15.9k	-159	-20.4	86.9m	-109	-545	-7.99k	-196	8.40	13.7m	-4.09	-21.4	
3-1	3	Max	-25.0k	1.04k	-124	0.229	99.2	120	-15.6k	-112	35.4	97.7m	-10.8	-443	-7.85k	-163	38.6	15.4m	-1.62	-18.2	
3-1	4	Max	-25.1k	984	-159	0.216	48.3	90.7	-15.7k	-136	7.47	92.3m	-59.9	-494	-7.88k	-180	23.5	14.6m	-2.86	-19.8	
3-1	5	Max	-24.5k	983	-127	0.209	28.0	86.7	-15.3k	-137	10.5	89.0m	-54.1	-496	-7.71k	-180	20.5	14.1m	-2.39	-19.8	
3-1	6	Min	-30.4k	-799	-1.17k	-0.229	-2.67k	-1.18k	-18.9k	-993	-976	-97.4m	-1.09k	-2.23k	-9.37k	-738	-218	-15.4m	-8.65	-69.9	
3-1	6	Max	-19.9k	2.77k	853	0.661	2.77k	1.36k	-12.5k	722	991	0.282	971	1.24k	-6.39k	378	265	44.5m	2.94	30.3	
3-1	7	Min	-29.4k	-475	-991	-0.148	-2.18k	-948	-18.3k	-837	-798	-63.1m	-902	-1.91k	-9.10k	-636	-173	-9.97m	-7.51	-60.8	
3-1	7	Max	-20.8k	2.44k	674	0.581	2.28k	1.13k	-13.1k	566	812	0.248	782	925	-6.66k	277	220	39.1m	1.80	21.2	
3-1	8	Min	-30.2k	-754	-1.16k	-0.217	-2.59k	-1.14k	-18.8k	-969	-941	-92.6m	-1.05k	-2.18k	-9.34k	-723	-206	-14.6m	-8.01	-68.6	
3-1	8	Max	-20.0k	2.72k	842	0.650	2.68k	1.32k	-12.6k	698	956	0.277	926	1.19k	-6.42k	363	253	43.8m	2.30	29.0	
3-2	1	Min	-39.8k	813	-560	0.209	-265	-98.8	-24.8k	-349	-208	89.1m	-467	-1.02k	-12.3k	-358	-74.4	14.1m	-14.4	-37.4	
3-2	1	Max	-33.9k	1.73k	-35.4	0.401	503	339	-21.2k	0.674	213	0.171	274	-254	-10.6k	-106	154	27.0m	4.25	-13.7	
3-2	2	Min	-29.8k	675	-371	0.163	-183	-55.9	-18.6k	-251	-135	69.7m	-314	-745	-9.22k	-262	-48.1	11.0m	-9.63	-27.5	
3-2	2	Max	-25.9k	1.28k	-23.5	0.290	326	233	-16.2k	-20.1	144	0.124	177	-239	-8.11k	-95.7	103	19.5m	2.74	-11.9	
3-2	3	Min	-27.6k	917	-190	0.204	-6.71	54.7	-17.2k	-161	-19.3	86.9m	-110	-546	-8.58k	-196	8.40	13.7m	-4.06	-21.3	
3-2	3	Max	-26.8k	1.04k	-120	0.229	95.1	112	-16.7k	-114	36.5	97.7m	-11.3	-444	-8.36k	-163	38.6	15.4m	-1.59	-18.2	
3-2	4	Max	-27.2k	978	-155	0.216	44.2	83.6	-17.0k	-138	8.62	92.3m	-60.5	-495	-8.47k	-180	23.5	14.6m	-2.83	-19.7	
3-2	5	Max	-26.7k	978	-123	0.209	24.0	79.9	-16.6k	-139	11.6	89.0m	-54.6	-497	-8.33k	-180	20.5	14.1m	-2.36	-19.8	
3-2	6	Min	-48.6k	-817	-1.16k	-0.229	-2.68k	-1.17k	-30.0k	-991	-974	-97.4m	-1.09k	-2.23k	-14.6k	-738	-217	-15.4m	-8.62	-70.0	
3-2	6	Max	-5.74k	2.77k	854	0.661	2.76k	1.34k	-3.89k	716	991	0.282	969	1.24k	-2.36k	378	264	44.5m	2.97	30.5	
3-2	7	Min	-44.8k	-491	-987	-0.148	-2.18k	-943	-27.7k	-836	-796	-63.1m	-902	-1.91k	-13.5k	-636	-173	-9.97m	-7.49	-60.8	
3-2	7	Max	-9.62k	2.45k	676	0.581	2.27k	1.11k	-6.25k	561	813	0.248	781	922	-3.47k	277	220	39.1m	1.84	21.4	
3-2	8	Min	-48.0k	-771	-1.15k	-0.217	-2.59k	-1.13k	-29.6k	-967	-939	-92.6m	-1.05k	-2.18k	-14.4k	-723	-205	-14.6m	-7.99	-68.6	
3-2	8	Max	-6.41k	2.73k	843	0.650	2.68k	1.30k	-4.30k	692	956	0.277	924	1.19k	-2.56k	363	253	43.8m	2.33	29.2	
Piano 0. Inviluppo sollecitazioni su plinti
 		Min		Max	
 Plinto		Fam		Fx		Fy		Fz		Mx		My		Mz		Fx		Fy		Fz		Mx		My		Mz	
 		Cmb.		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-5.18k	121	-89.7k	-2.50k	-3.81k	7.43	-2.47k	1.69k	-78.4k	2.73k	343	14.2	
1	2	-3.84k	81.2	-66.8k	-1.70k	-2.72k	5.81	-2.04k	1.12k	-59.3k	1.77k	16.4	10.3	
1	3	-3.12k	371	-61.9k	-380	-1.66k	7.24	-2.76k	580	-60.0k	314	-1.11k	8.14	
1	4	-2.94k	476	-60.8k	-33.2	-1.38k	7.69	-2.94k	476	-60.8k	-33.2	-1.38k	7.69	
1	5	-2.94k	380	-59.1k	-85.3	-1.40k	7.41	-2.94k	380	-59.1k	-85.3	-1.40k	7.41	
1	6	-8.35k	-2.56k	-100k	-20.2k	-11.8k	-8.23	2.47k	3.51k	-21.1k	20.2k	9.01k	23.6	
1	7	-7.37k	-2.02k	-93.2k	-16.6k	-9.89k	-5.35	1.49k	2.97k	-28.3k	16.5k	7.13k	20.7	
1	8	-8.22k	-2.53k	-99.1k	-19.6k	-11.5k	-7.82	2.34k	3.48k	-22.4k	19.5k	8.72k	23.2	
2	1	2.12k	436	-82.3k	-560	778	0.583	3.89k	1.28k	-72.0k	609	1.92k	1.47	
2	2	1.73k	309	-61.2k	-375	654	0.501	2.90k	868	-54.4k	399	1.41k	1.09	
2	3	2.20k	437	-56.7k	-74.7	946	0.741	2.43k	549	-55.1k	80.1	1.10k	0.859	
2	4	2.32k	493	-55.7k	2.72	1.02k	0.800	2.32k	493	-55.7k	2.72	1.02k	0.800	
2	5	2.32k	421	-54.2k	-4.21	1.01k	0.804	2.32k	421	-54.2k	-4.21	1.01k	0.804	
2	6	-696	-791	-92.8k	-5.63k	-1.84k	-1.29	5.33k	1.78k	-18.6k	5.64k	3.88k	2.89	
2	7	-149	-577	-86.1k	-4.61k	-1.32k	-0.913	4.78k	1.56k	-25.3k	4.62k	3.36k	2.51	
2	8	-633	-838	-91.6k	-5.45k	-1.76k	-1.24	5.27k	1.82k	-19.8k	5.45k	3.80k	2.84	
3	1	2.45k	121	-89.7k	-2.50k	-350	-14.2	5.20k	1.69k	-78.4k	2.73k	3.82k	-7.42	
3	2	2.03k	81.2	-66.8k	-1.70k	-21.5	-10.3	3.85k	1.12k	-59.3k	1.77k	2.73k	-5.80	
3	3	2.76k	371	-61.9k	-380	1.11k	-8.14	3.12k	580	-60.0k	314	1.66k	-7.24	
3	4	2.94k	476	-60.8k	-33.2	1.38k	-7.69	2.94k	476	-60.8k	-33.2	1.38k	-7.69	
3	5	2.94k	380	-59.1k	-85.3	1.40k	-7.41	2.94k	380	-59.1k	-85.3	1.40k	-7.41	
3	6	-2.47k	-2.56k	-100k	-20.2k	-9.01k	-23.6	8.35k	3.51k	-21.1k	20.2k	11.8k	8.23	
3	7	-1.49k	-2.02k	-93.2k	-16.6k	-7.13k	-20.7	7.37k	2.97k	-28.3k	16.5k	9.89k	5.35	
3	8	-2.34k	-2.53k	-99.1k	-19.6k	-8.72k	-23.2	8.22k	3.48k	-22.4k	19.5k	11.5k	7.82	
4	1	2.10k	-1.28k	-82.3k	-609	776	-1.48	3.91k	-436	-72.0k	560	1.92k	-0.576	
4	2	1.72k	-868	-61.2k	-399	653	-1.09	2.91k	-309	-54.4k	375	1.41k	-0.496	
4	3	2.20k	-549	-56.7k	-80.1	946	-0.860	2.44k	-437	-55.1k	74.7	1.10k	-0.740	
4	4	2.32k	-493	-55.7k	-2.72	1.02k	-0.800	2.32k	-493	-55.7k	-2.72	1.02k	-0.800	
4	5	2.32k	-421	-54.2k	4.21	1.01k	-0.804	2.32k	-421	-54.2k	4.21	1.01k	-0.804	
4	6	-696	-1.78k	-92.8k	-5.64k	-1.84k	-2.89	5.33k	791	-18.6k	5.63k	3.88k	1.29	
4	7	-149	-1.56k	-86.1k	-4.62k	-1.32k	-2.51	4.78k	577	-25.3k	4.61k	3.36k	0.913	
4	8	-633	-1.82k	-91.6k	-5.45k	-1.76k	-2.84	5.27k	838	-19.8k	5.45k	3.80k	1.24	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Sollecitazioni combinazioni Shell piastre piano 0
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Fam.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 				Cmb.						[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	1	5	0	0	0	0	-54.7k	-1.46k	-3.97k	-54.5k	-4.48k	0	0	0	26.2k	5.50k	-1.41k	-22.9k	4.48k	
0	1	2	5	0	0	0	0	-40.7k	-1.04k	-2.82k	-40.5k	-2.97k	0	0	0	18.9k	4.10k	-1.08k	-17.4k	2.97k	
0	1	3	5	0	0	0	0	-37.9k	-747	-2.36k	-37.8k	-594	0	0	0	14.6k	2.88k	-1.03k	-18.1k	594	
0	1	4	5	0	0	0	0	-37.2k	-679	-2.24k	-37.0k	0	0	0	0	13.7k	2.53k	-1.04k	-18.4k	0	
0	1	7	5	0	0	0	0	-33.0k	-293	-2.94k	-37.3k	480	0	0	0	40.0k	15.6k	-1.44k	-8.63k	20.7k	
0	1	8	5	0	0	0	0	-32.3k	-222	-3.05k	-37.3k	572	0	0	0	45.0k	18.1k	-1.28k	-6.78k	24.7k	
0	1	1	6	0	0	0	0	-56.8k	-1.15k	676	21.7k	-549	0	0	0	25.4k	5.13k	3.90k	56.5k	549	
0	1	2	6	0	0	0	0	-42.3k	-851	572	16.5k	-364	0	0	0	18.3k	3.68k	2.86k	42.0k	364	
0	1	3	6	0	0	0	0	-39.4k	-782	930	17.1k	-72.8	0	0	0	14.0k	2.83k	2.38k	39.2k	72.8	
0	1	4	6	0	0	0	0	-38.7k	-766	1.03k	17.5k	0	0	0	0	13.1k	2.66k	2.28k	38.4k	0	
0	1	7	6	0	0	0	0	-34.7k	-583	925	20.6k	-16.4	0	0	0	36.4k	7.31k	5.48k	47.9k	4.65k	
0	1	8	6	0	0	0	0	-33.9k	-558	907	21.2k	-19.3	0	0	0	40.8k	8.19k	6.06k	49.7k	5.50k	
0	1	1	8	0	0	0	0	-56.8k	-1.15k	-3.90k	21.7k	-549	0	0	0	25.5k	5.14k	-676	56.5k	549	
0	1	2	8	0	0	0	0	-42.3k	-851	-2.86k	16.5k	-364	0	0	0	18.3k	3.69k	-572	42.0k	364	
0	1	3	8	0	0	0	0	-39.4k	-782	-2.38k	17.1k	-72.8	0	0	0	14.0k	2.84k	-930	39.2k	72.8	
0	1	4	8	0	0	0	0	-38.7k	-766	-2.28k	17.5k	0	0	0	0	13.1k	2.66k	-1.03k	38.4k	0	
0	1	7	8	0	0	0	0	-34.6k	-668	-2.09k	20.9k	-16.4	0	0	0	42.6k	8.56k	1.61k	57.0k	4.65k	
0	1	8	8	0	0	0	0	-33.8k	-649	-2.10k	21.6k	-19.3	0	0	0	48.2k	9.68k	2.08k	60.4k	5.50k	
0	1	1	7	0	0	0	0	-54.7k	-1.46k	1.41k	-54.5k	-4.48k	0	0	0	26.3k	5.50k	3.97k	-22.9k	4.48k	
0	1	2	7	0	0	0	0	-40.7k	-1.04k	1.06k	-40.5k	-2.97k	0	0	0	18.9k	4.10k	2.82k	-17.4k	2.97k	
0	1	3	7	0	0	0	0	-37.9k	-747	1.03k	-37.8k	-594	0	0	0	14.6k	2.88k	2.36k	-18.1k	594	
0	1	4	7	0	0	0	0	-37.2k	-679	1.04k	-37.0k	0	0	0	0	13.7k	2.53k	2.24k	-18.4k	0	
0	1	7	7	0	0	0	0	-33.1k	-312	17.7	-31.3k	480	0	0	0	35.8k	15.4k	3.04k	-8.45k	20.7k	
0	1	8	7	0	0	0	0	-32.3k	-246	-159	-30.2k	572	0	0	0	40.1k	17.9k	3.21k	-6.56k	24.7k	
0	1	1	-	-	0	0	0	-69.8k	-1.11k	-1.73k	-54.5k	-2.66k	0	0	0	17.1k	4.29k	1.73k	56.4k	2.66k	
0	1	2	-	-	0	0	0	-52.0k	-829	-1.25k	-40.5k	-1.76k	0	0	0	12.1k	3.08k	1.25k	41.9k	1.76k	
0	1	3	-	-	0	0	0	-49.2k	-782	-1.00k	-37.8k	-353	0	0	0	8.20k	2.34k	1.01k	39.2k	353	
0	1	4	-	-	0	0	0	-48.3k	-766	-969	-37.0k	0	0	0	0	7.36k	2.19k	969	38.4k	0	
0	1	7	-	-	0	0	0	-47.7k	-734	-1.75k	-35.6k	-16.4	0	0	0	29.9k	6.24k	2.93k	47.0k	12.4k	
0	1	8	-	-	0	0	0	-47.6k	-728	-1.93k	-35.3k	-19.3	0	0	0	34.2k	7.02k	3.43k	48.6k	14.8k	
Piano 1. Inviluppo Sollecitazioni Pilastri
 		Sezione iniziale		Sezione centrale		Sezione finale	
 N°		Fam				N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 		Cmb.				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	Min	-88.6k	1.90k	417	-2.22	-2.00k	6.14k	-91.8k	1.90k	417	-2.22	-574	4.05k	-96.3k	1.90k	417	-2.22	116	-2.03k	
1	1	Max	-77.2k	4.27k	1.40k	0.765	-1.01k	9.49k	-80.4k	4.27k	1.40k	0.765	-447	4.80k	-85.0k	4.27k	1.40k	0.765	1.78k	1.01k	
1	2	Min	-65.3k	1.61k	278	-1.57	-1.35k	4.92k	-67.7k	1.61k	278	-1.57	-406	3.15k	-71.2k	1.61k	278	-1.57	53.7	-1.42k	
1	2	Max	-57.7k	3.17k	928	0.403	-696	7.13k	-60.2k	3.17k	928	0.403	-327	3.65k	-63.7k	3.17k	928	0.403	1.16k	585	
1	3	Min	-59.6k	2.25k	411	-0.819	-933	5.83k	-62.0k	2.25k	411	-0.819	-340	3.35k	-65.6k	2.25k	411	-0.819	329	-648	
1	3	Max	-57.5k	2.56k	541	-0.424	-779	6.27k	-59.9k	2.56k	541	-0.424	-315	3.45k	-63.4k	2.56k	541	-0.424	550	-248	
1	4	Max	-58.1k	2.41k	476	-0.621	-844	6.05k	-60.6k	2.41k	476	-0.621	-321	3.40k	-64.1k	2.41k	476	-0.621	440	-448	
1	5	Max	-55.9k	2.42k	380	-0.648	-711	6.07k	-58.4k	2.42k	380	-0.648	-293	3.40k	-61.9k	2.42k	380	-0.648	315	-471	
1	6	Min	-95.6k	-3.66k	-2.56k	-24.4	-3.88k	-2.44k	-98.1k	-3.66k	-2.56k	-24.4	-813	1.38k	-102k	-3.66k	-2.56k	-24.4	-4.74k	-8.41k	
1	6	Max	-20.6k	8.47k	3.51k	23.2	2.19k	14.5k	-23.1k	8.47k	3.51k	23.2	171	5.43k	-26.6k	8.47k	3.51k	23.2	5.62k	7.51k	
1	GR	Min	-21.7k	-2.90k	-5.05k	0	-3.91k	1.47k	-24.2k	-2.90k	-5.05k	0	-839	1.93k	-27.7k	-2.90k	-5.05k	0	-4.64k	-3.68k	
1	GR	Max	-21.7k	7.71k	6.00k	0	2.22k	10.6k	-24.2k	7.71k	6.00k	0	483	4.87k	-27.7k	7.71k	6.00k	0	5.52k	2.78k	
2	1	Min	-81.5k	-3.48k	646	0.654	-1.68k	-9.00k	-84.7k	-3.48k	646	0.654	-542	-5.17k	-89.2k	-3.48k	646	0.654	505	-249	
2	1	Max	-72.2k	-2.38k	1.09k	3.54	-1.21k	-6.69k	-75.3k	-2.38k	1.09k	3.54	-418	-4.06k	-79.9k	-2.38k	1.09k	3.54	1.29k	397	
2	2	Min	-60.2k	-2.62k	448	0.612	-1.16k	-6.80k	-62.6k	-2.62k	448	0.612	-386	-3.92k	-66.1k	-2.62k	448	0.612	339	-153	
2	2	Max	-54.0k	-1.90k	744	2.52	-871	-5.27k	-56.4k	-1.90k	744	2.52	-304	-3.19k	-60.0k	-1.90k	744	2.52	861	274	
2	3	Min	-55.3k	-2.33k	465	1.32	-920	-6.19k	-57.8k	-2.33k	465	1.32	-325	-3.63k	-61.3k	-2.33k	465	1.32	426	23.3	
2	3	Max	-53.5k	-2.19k	541	1.70	-828	-5.89k	-55.9k	-2.19k	541	1.70	-303	-3.48k	-59.5k	-2.19k	541	1.70	539	109	
2	4	Max	-54.0k	-2.26k	493	1.51	-852	-6.04k	-56.5k	-2.26k	493	1.51	-310	-3.55k	-60.0k	-2.26k	493	1.51	479	65.9	
2	5	Max	-52.1k	-2.27k	421	1.46	-750	-6.05k	-54.5k	-2.27k	421	1.46	-287	-3.55k	-58.0k	-2.27k	421	1.46	387	69.8	
2	6	Min	-86.0k	-5.18k	-791	-21.3	-2.01k	-12.0k	-88.4k	-5.18k	-791	-21.3	-853	-6.34k	-92.0k	-5.18k	-791	-21.3	-1.95k	-1.91k	
2	6	Max	-22.0k	651	1.78k	24.3	304	-74.3	-24.5k	651	1.78k	24.3	234	-767	-28.0k	651	1.78k	24.3	2.91k	2.04k	
2	GR	Min	-33.7k	-7.51k	-1.96k	0	-2.16k	-11.9k	-36.1k	-7.51k	-1.96k	0	-862	-6.30k	-39.7k	-7.51k	-1.96k	0	-1.95k	-1.85k	
2	GR	Max	-23.0k	2.99k	2.94k	0	674	-674	-25.4k	2.99k	2.94k	0	509	-803	-29.0k	2.99k	2.94k	0	2.90k	1.98k	
3	1	Min	-88.6k	1.90k	-1.40k	-0.765	1.01k	6.13k	-91.8k	1.90k	-1.40k	-0.765	447	4.04k	-96.3k	1.90k	-1.40k	-0.765	-1.78k	-2.03k	
3	1	Max	-77.2k	4.27k	-417	2.22	2.00k	9.50k	-80.4k	4.27k	-417	2.22	574	4.80k	-85.0k	4.27k	-417	2.22	-116	1.01k	
3	2	Min	-65.3k	1.60k	-928	-0.403	696	4.91k	-67.7k	1.60k	-928	-0.403	327	3.15k	-71.2k	1.60k	-928	-0.403	-1.16k	-1.42k	
3	2	Max	-57.7k	3.17k	-278	1.57	1.35k	7.14k	-60.2k	3.17k	-278	1.57	406	3.65k	-63.7k	3.17k	-278	1.57	-53.7	587	
3	3	Min	-59.6k	2.25k	-541	0.424	779	5.83k	-62.0k	2.25k	-541	0.424	315	3.35k	-65.6k	2.25k	-541	0.424	-550	-649	
3	3	Max	-57.5k	2.56k	-411	0.819	933	6.27k	-59.9k	2.56k	-411	0.819	340	3.45k	-63.4k	2.56k	-411	0.819	-329	-247	
3	4	Max	-58.1k	2.41k	-476	0.621	844	6.05k	-60.6k	2.41k	-476	0.621	321	3.40k	-64.1k	2.41k	-476	0.621	-440	-448	
3	5	Max	-55.9k	2.42k	-380	0.648	711	6.07k	-58.4k	2.42k	-380	0.648	293	3.40k	-61.9k	2.42k	-380	0.648	-315	-471	
3	6	Min	-95.6k	-3.66k	-3.51k	-23.2	-2.19k	-2.44k	-98.1k	-3.66k	-3.51k	-23.2	-171	1.38k	-102k	-3.66k	-3.51k	-23.2	-5.62k	-8.41k	
3	6	Max	-20.6k	8.47k	2.56k	24.4	3.88k	14.5k	-23.1k	8.47k	2.56k	24.4	813	5.43k	-26.6k	8.47k	2.56k	24.4	4.74k	7.51k	
3	GR	Min	-21.7k	-2.90k	-6.00k	0	-2.22k	1.47k	-24.2k	-2.90k	-6.00k	0	-483	1.93k	-27.7k	-2.90k	-6.00k	0	-5.52k	-3.68k	
3	GR	Max	-21.7k	7.71k	5.05k	0	3.91k	10.6k	-24.2k	7.71k	5.05k	0	839	4.87k	-27.7k	7.71k	5.05k	0	4.64k	2.78k	
4	1	Min	-81.5k	-3.48k	-1.09k	-3.54	1.21k	-9.01k	-84.7k	-3.48k	-1.09k	-3.54	418	-5.18k	-89.2k	-3.48k	-1.09k	-3.54	-1.29k	-248	
4	1	Max	-72.2k	-2.38k	-646	-0.654	1.68k	-6.68k	-75.3k	-2.38k	-646	-0.654	542	-4.06k	-79.9k	-2.38k	-646	-0.654	-505	395	
4	2	Min	-60.2k	-2.62k	-744	-2.52	871	-6.81k	-62.6k	-2.62k	-744	-2.52	304	-3.92k	-66.1k	-2.62k	-744	-2.52	-861	-152	
4	2	Max	-54.0k	-1.90k	-448	-0.612	1.16k	-5.27k	-56.4k	-1.90k	-448	-0.612	386	-3.18k	-60.0k	-1.90k	-448	-0.612	-339	273	
4	3	Min	-55.3k	-2.33k	-541	-1.70	828	-6.20k	-57.8k	-2.33k	-541	-1.70	303	-3.63k	-61.3k	-2.33k	-541	-1.70	-539	23.5	
4	3	Max	-53.5k	-2.19k	-465	-1.32	920	-5.89k	-55.9k	-2.19k	-465	-1.32	325	-3.48k	-59.5k	-2.19k	-465	-1.32	-426	108	
4	4	Max	-54.0k	-2.26k	-493	-1.51	852	-6.04k	-56.5k	-2.26k	-493	-1.51	310	-3.55k	-60.0k	-2.26k	-493	-1.51	-479	65.9	
4	5	Max	-52.1k	-2.27k	-421	-1.46	750	-6.05k	-54.5k	-2.27k	-421	-1.46	287	-3.55k	-58.0k	-2.27k	-421	-1.46	-387	69.8	
4	6	Min	-86.0k	-5.18k	-1.78k	-24.3	-304	-12.0k	-88.4k	-5.18k	-1.78k	-24.3	-234	-6.34k	-92.0k	-5.18k	-1.78k	-24.3	-2.91k	-1.91k	
4	6	Max	-22.0k	651	791	21.3	2.01k	-74.3	-24.5k	651	791	21.3	853	-767	-28.0k	651	791	21.3	1.95k	2.04k	
4	GR	Min	-33.7k	-7.51k	-2.94k	0	-674	-11.9k	-36.1k	-7.51k	-2.94k	0	-509	-6.30k	-39.7k	-7.51k	-2.94k	0	-2.90k	-1.85k	
4	GR	Max	-23.0k	2.99k	1.96k	0	2.16k	-674	-25.4k	2.99k	1.96k	0	862	-803	-29.0k	2.99k	1.96k	0	1.95k	1.98k	
Piano 1. Inviluppo Sollecitazioni Pareti
 		Sezione iniziale		Sezione centrale		Sezione finale	
 N°		Fam				N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 		Cmb.				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
2	1	Min	-98.4k	-1.65k	-4.58k	-9.53	-7.89k	-20.4k	-117k	-1.65k	-4.58k	-9.53	-562	-18.5k	-135k	-1.65k	-4.58k	-9.53	-6.77k	-27.9k	
2	1	Max	-90.3k	6.00k	4.58k	9.53	7.89k	-8.70k	-109k	6.00k	4.58k	9.53	562	-17.6k	-127k	6.00k	4.58k	9.53	6.77k	-15.2k	
2	2	Min	-73.3k	-1.10k	-3.03k	-6.32	-5.23k	-15.3k	-87.4k	-1.10k	-3.03k	-6.32	-372	-14.0k	-101k	-1.10k	-3.03k	-6.32	-4.48k	-20.1k	
2	2	Max	-69.5k	3.94k	3.03k	6.32	5.23k	-7.53k	-83.6k	3.94k	3.03k	6.32	372	-13.5k	-97.7k	3.94k	3.03k	6.32	4.48k	-11.7k	
2	3	Min	-69.2k	575	-607	-1.26	-1.05k	-12.4k	-83.4k	575	-607	-1.26	-74.5	-13.5k	-97.5k	575	-607	-1.26	-897	-16.0k	
2	3	Max	-67.7k	1.58k	607	1.26	1.05k	-10.9k	-81.8k	1.58k	607	1.26	74.5	-13.4k	-95.9k	1.58k	607	1.26	897	-14.3k	
2	4	Max	-67.9k	1.08k	0	0	0	-11.7k	-82.0k	1.08k	0	0	0	-13.4k	-96.1k	1.08k	0	0	0	-15.1k	
2	5	Max	-65.9k	825	0	0	0	-11.9k	-80.0k	825	0	0	0	-13.2k	-94.1k	825	0	0	0	-14.5k	
2	6	Min	-78.9k	-16.5k	-30.4k	-150	-50.9k	-38.7k	-93.0k	-16.5k	-30.4k	-150	-2.96k	-14.8k	-107k	-16.5k	-30.4k	-150	-46.4k	-44.5k	
2	6	Max	-56.9k	18.7k	30.4k	150	50.9k	15.3k	-71.0k	18.7k	30.4k	150	2.96k	-12.0k	-85.2k	18.7k	30.4k	150	46.4k	14.3k	
2	Agg	Min	-78.7k	-16.1k	-81.8k	-145	-47.6k	-38.0k	-92.8k	-16.1k	-81.8k	-145	-45.4k	-14.7k	-107k	-16.1k	-81.8k	-145	-45.2k	-43.8k	
2	Agg	Max	-57.1k	18.3k	81.8k	145	47.6k	14.7k	-71.2k	18.3k	81.8k	145	45.4k	-12.1k	-85.3k	18.3k	81.8k	145	45.2k	13.6k	
Piano 1. Inviluppo Sollecitazioni Travi
 		Sezione iniziale		Sezione centrale		Sezione finale	
 N°		Fam				N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 		Cmb.				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	Min	3.08k	-754	20.4k	-29.4	-12.5k	-687	66.5k	-31.0	-1.14k	-7.03	21.2k	-3.54	3.07k	329	-21.9k	4.93	-12.0k	-504	
1	1	Max	13.8k	-463	22.2k	-8.06	-6.82k	-489	67.2k	-3.30	1.14k	1.85	21.3k	11.4	12.1k	464	-20.5k	36.8	-7.08k	-399	
1	2	Min	2.91k	-551	15.8k	-20.4	-9.31k	-505	51.1k	-22.9	-757	-4.63	16.3k	-5.21	2.90k	253	-16.8k	4.35	-8.95k	-372	
1	2	Max	9.96k	-359	17.0k	-6.24	-5.53k	-374	51.6k	-4.56	748	1.25	16.4k	4.69	8.87k	343	-15.9k	25.5	-5.69k	-302	
1	3	Min	5.68k	-456	16.2k	-13.3	-7.77k	-436	51.2k	-16.2	-155	-1.88	16.3k	-6.09	5.34k	280	-16.4k	11.3	-7.62k	-330	
1	3	Max	7.09k	-418	16.5k	-10.4	-7.01k	-410	51.3k	-12.6	146	-0.699	16.3k	-3.13	6.54k	298	-16.2k	15.5	-6.96k	-316	
1	4	Max	6.38k	-437	16.4k	-11.8	-7.39k	-423	51.3k	-14.4	-4.95	-1.29	16.3k	-5.25	5.94k	289	-16.3k	13.4	-7.29k	-323	
1	5	Max	6.34k	-423	16.3k	-10.7	-7.37k	-411	51.2k	-14.9	-5.52	-0.986	16.3k	-8.43	5.98k	282	-16.3k	12.2	-7.27k	-313	
1	6	Min	-28.0k	-851	8.40k	-97.4	-27.2k	-866	48.0k	-87.2	-6.84k	-66.2	15.6k	-44.6	-24.7k	-386	-23.5k	-122	-25.6k	-1.04k	
1	6	Max	40.8k	-22.7	24.3k	73.7	12.4k	19.4	54.6k	58.4	6.83k	63.7	17.0k	34.1	36.6k	963	-9.02k	149	11.0k	398	
1	GR	Min	6.34k	0	2.06k	0	-7.39k	-423	51.2k	0	-12.2k	0	16.3k	-8.43	5.94k	0	-29.3k	0	-7.29k	-323	
1	GR	Max	6.38k	0	30.7k	0	-7.37k	-411	51.3k	0	12.2k	0	16.3k	-5.25	5.98k	0	-3.24k	0	-7.27k	-313	
2	1	Min	3.09k	461	20.4k	8.06	-12.5k	487	66.5k	3.06	-1.14k	-1.85	21.2k	-11.4	3.08k	-464	-21.9k	-36.8	-12.0k	399	
2	1	Max	13.7k	756	22.2k	29.4	-6.83k	689	67.2k	31.3	1.13k	7.03	21.3k	3.54	12.1k	-329	-20.6k	-4.93	-7.09k	504	
2	2	Min	2.92k	357	15.8k	6.24	-9.30k	373	51.1k	4.40	-754	-1.25	16.3k	-4.69	2.90k	-343	-16.8k	-25.5	-8.94k	302	
2	2	Max	9.95k	552	17.0k	20.4	-5.54k	506	51.6k	23.0	746	4.63	16.4k	5.21	8.87k	-253	-15.9k	-4.35	-5.70k	372	
2	3	Min	5.68k	417	16.2k	10.4	-7.76k	410	51.2k	12.5	-155	0.699	16.3k	3.13	5.34k	-298	-16.4k	-15.5	-7.61k	316	
2	3	Max	7.08k	456	16.5k	13.3	-7.01k	436	51.3k	16.3	145	1.88	16.3k	6.09	6.53k	-280	-16.2k	-11.3	-6.97k	330	
2	4	Max	6.38k	437	16.4k	11.8	-7.39k	423	51.3k	14.4	-4.95	1.29	16.3k	5.25	5.94k	-289	-16.3k	-13.4	-7.29k	323	
2	5	Max	6.34k	423	16.3k	10.7	-7.37k	411	51.2k	14.9	-5.52	0.986	16.3k	8.43	5.98k	-282	-16.3k	-12.2	-7.27k	313	
2	6	Min	-28.0k	22.7	8.40k	-73.7	-27.2k	-19.4	48.0k	-58.4	-6.84k	-63.7	15.6k	-34.1	-24.7k	-963	-23.5k	-149	-25.6k	-398	
2	6	Max	40.8k	851	24.3k	97.4	12.4k	866	54.6k	87.2	6.83k	66.2	17.0k	44.6	36.6k	386	-9.02k	122	11.0k	1.04k	
2	GR	Min	6.34k	0	2.06k	0	-7.39k	411	51.2k	0	-12.2k	0	16.3k	5.25	5.94k	0	-29.3k	0	-7.29k	313	
2	GR	Max	6.38k	0	30.7k	0	-7.37k	423	51.3k	0	12.2k	0	16.3k	8.43	5.98k	0	-3.24k	0	-7.27k	323	
3	1	Min	3.94k	-1.64k	-5.12k	-90.4	78.3	-793	3.94k	-1.64k	-7.99k	-90.4	-1.04k	142	3.94k	-1.64k	-10.9k	-90.4	-5.26k	1.08k	
3	1	Max	5.30k	-1.56k	-428	-74.1	4.41k	-600	5.30k	-1.56k	-3.30k	-74.1	481	382	5.30k	-1.56k	-6.16k	-74.1	-3.88k	1.36k	
3	2	Min	3.07k	-1.24k	-3.35k	-65.0	110	-586	3.07k	-1.24k	-5.55k	-65.0	-695	127	3.07k	-1.24k	-7.76k	-65.0	-3.74k	840	
3	2	Max	3.97k	-1.19k	-238	-54.7	2.98k	-459	3.97k	-1.19k	-2.44k	-54.7	313	285	3.97k	-1.19k	-4.65k	-54.7	-2.82k	1.03k	
3	3	Min	3.37k	-1.21k	-1.65k	-56.6	1.02k	-518	3.37k	-1.21k	-3.85k	-56.6	-261	197	3.37k	-1.21k	-6.06k	-56.6	-3.10k	911	
3	3	Max	3.55k	-1.19k	-1.03k	-53.3	1.59k	-492	3.55k	-1.19k	-3.23k	-53.3	-59.3	228	3.55k	-1.19k	-5.44k	-53.3	-2.86k	949	
3	4	Max	3.46k	-1.20k	-1.34k	-54.2	1.30k	-505	3.46k	-1.20k	-3.54k	-54.2	-160	212	3.46k	-1.20k	-5.75k	-54.2	-2.95k	930	
3	5	Max	3.42k	-1.18k	-995	-50.6	1.12k	-492	3.42k	-1.18k	-3.20k	-50.6	-137	217	3.42k	-1.18k	-5.41k	-50.6	-2.72k	926	
3	6	Min	-4.73k	-2.15k	-16.6k	-139	-12.9k	-905	-4.73k	-2.15k	-18.8k	-139	-5.44k	-148	-4.73k	-2.15k	-21.0k	-139	-7.30k	86.0	
3	6	Max	11.7k	-246	13.9k	30.9	15.5k	-105	11.7k	-246	11.7k	30.9	5.12k	573	11.7k	-246	9.48k	30.9	1.40k	1.77k	
3	GR	Min	3.42k	0	-28.5k	0	1.12k	-505	3.42k	0	-30.7k	0	-160	212	3.42k	0	-33.0k	0	-2.95k	926	
3	GR	Max	3.46k	0	25.9k	0	1.30k	-492	3.46k	0	23.7k	0	-137	217	3.46k	0	21.5k	0	-2.72k	930	
4	1	Min	-2.45k	936	-9.75k	62.4	656	364	-2.45k	936	-12.6k	62.4	-3.39k	-230	-2.45k	936	-15.5k	62.4	-11.2k	-1.21k	
4	1	Max	-897	1.64k	-5.23k	80.3	4.43k	757	-897	1.64k	-8.10k	80.3	-2.29k	-198	-897	1.64k	-11.0k	80.3	-8.86k	-759	
4	2	Min	-1.42k	732	-6.69k	46.1	532	290	-1.42k	732	-8.89k	46.1	-2.37k	-170	-1.42k	732	-11.1k	46.1	-7.94k	-889	
4	2	Max	-647	1.20k	-3.69k	57.9	3.03k	550	-647	1.20k	-5.89k	57.9	-1.64k	-149	-647	1.20k	-8.10k	57.9	-6.54k	-588	
4	3	Min	-642	884	-4.80k	46.8	1.30k	379	-642	884	-7.01k	46.8	-1.88k	-156	-642	884	-9.22k	46.8	-6.75k	-742	
4	3	Max	-340	977	-4.12k	49.8	1.80k	431	-340	977	-6.33k	49.8	-1.69k	-151	-340	977	-8.53k	49.8	-6.29k	-681	
4	4	Max	-389	931	-4.42k	47.9	1.55k	405	-389	931	-6.63k	47.9	-1.76k	-153	-389	931	-8.83k	47.9	-6.40k	-711	
4	5	Max	-10.9	904	-3.85k	45.1	1.38k	394	-10.9	904	-6.05k	45.1	-1.59k	-148	-10.9	904	-8.26k	45.1	-5.88k	-691	
4	6	Min	-5.65k	-209	-20.2k	-33.9	-12.1k	-179	-5.65k	-209	-22.4k	-33.9	-6.34k	-472	-5.65k	-209	-24.6k	-33.9	-11.9k	-1.66k	
4	6	Max	4.87k	2.07k	11.4k	130	15.2k	990	4.87k	2.07k	9.15k	130	2.82k	165	4.87k	2.07k	6.94k	130	-861	233	
4	GR	Min	-389	0	-32.6k	0	1.38k	394	-389	0	-34.8k	0	-1.76k	-153	-389	0	-37.0k	0	-6.40k	-711	
4	GR	Max	-10.9	0	23.8k	0	1.55k	405	-10.9	0	21.6k	0	-1.59k	-148	-10.9	0	19.4k	0	-5.88k	-691	
5	1	Min	3.94k	1.56k	6.16k	74.1	-5.26k	1.08k	3.94k	1.56k	3.30k	74.1	-1.04k	142	3.94k	1.56k	428	74.1	78.3	-793	
5	1	Max	5.30k	1.64k	10.9k	90.4	-3.88k	1.36k	5.30k	1.64k	7.99k	90.4	481	382	5.30k	1.64k	5.12k	90.4	4.41k	-599	
5	2	Min	3.07k	1.19k	4.65k	54.7	-3.74k	841	3.07k	1.19k	2.44k	54.7	-695	127	3.07k	1.19k	238	54.7	110	-586	
5	2	Max	3.97k	1.24k	7.76k	65.0	-2.82k	1.03k	3.97k	1.24k	5.55k	65.0	313	285	3.97k	1.24k	3.35k	65.0	2.98k	-459	
5	3	Min	3.37k	1.19k	5.44k	53.3	-3.10k	911	3.37k	1.19k	3.23k	53.3	-261	197	3.37k	1.19k	1.03k	53.3	1.02k	-518	
5	3	Max	3.55k	1.21k	6.06k	56.6	-2.86k	949	3.55k	1.21k	3.85k	56.6	-59.3	228	3.55k	1.21k	1.65k	56.6	1.59k	-492	
5	4	Max	3.46k	1.20k	5.75k	54.2	-2.95k	930	3.46k	1.20k	3.54k	54.2	-160	212	3.46k	1.20k	1.34k	54.2	1.30k	-505	
5	5	Max	3.42k	1.18k	5.41k	50.6	-2.72k	926	3.42k	1.18k	3.20k	50.6	-137	217	3.42k	1.18k	995	50.6	1.12k	-492	
5	6	Min	-4.73k	246	-9.48k	-30.9	-7.30k	86.0	-4.73k	246	-11.7k	-30.9	-5.44k	-148	-4.73k	246	-13.9k	-30.9	-12.9k	-905	
5	6	Max	11.7k	2.15k	21.0k	139	1.40k	1.77k	11.7k	2.15k	18.8k	139	5.12k	573	11.7k	2.15k	16.6k	139	15.5k	-105	
5	GR	Min	3.42k	0	-21.5k	0	-2.95k	926	3.42k	0	-23.7k	0	-160	212	3.42k	0	-25.9k	0	1.12k	-505	
5	GR	Max	3.46k	0	33.0k	0	-2.72k	930	3.46k	0	30.7k	0	-137	217	3.46k	0	28.5k	0	1.30k	-492	
6	1	Min	-2.45k	-1.65k	11.0k	-80.4	-11.2k	-1.22k	-2.45k	-1.65k	8.10k	-80.4	-3.39k	-230	-2.45k	-1.65k	5.23k	-80.4	656	363	
6	1	Max	-897	-934	15.5k	-62.3	-8.86k	-758	-897	-934	12.6k	-62.3	-2.29k	-197	-897	-934	9.75k	-62.3	4.43k	758	
6	2	Min	-1.42k	-1.20k	8.10k	-58.0	-7.94k	-890	-1.42k	-1.20k	5.89k	-58.0	-2.37k	-170	-1.42k	-1.20k	3.69k	-58.0	532	290	
6	2	Max	-644	-731	11.1k	-46.0	-6.54k	-587	-644	-731	8.89k	-46.0	-1.64k	-149	-644	-731	6.69k	-46.0	3.03k	550	
6	3	Min	-642	-977	8.53k	-49.8	-6.75k	-742	-642	-977	6.33k	-49.8	-1.88k	-156	-642	-977	4.12k	-49.8	1.30k	379	
6	3	Max	-339	-884	9.22k	-46.8	-6.29k	-681	-339	-884	7.01k	-46.8	-1.69k	-151	-339	-884	4.80k	-46.8	1.80k	431	
6	4	Max	-389	-931	8.83k	-47.9	-6.40k	-711	-389	-931	6.63k	-47.9	-1.76k	-153	-389	-931	4.42k	-47.9	1.55k	405	
6	5	Max	-10.9	-904	8.26k	-45.1	-5.88k	-691	-10.9	-904	6.05k	-45.1	-1.59k	-148	-10.9	-904	3.85k	-45.1	1.38k	394	
6	6	Min	-5.65k	-2.07k	-6.94k	-130	-11.9k	-1.66k	-5.65k	-2.07k	-9.15k	-130	-6.34k	-472	-5.65k	-2.07k	-11.4k	-130	-12.1k	-179	
6	6	Max	4.87k	209	24.6k	33.9	-861	233	4.87k	209	22.4k	33.9	2.82k	165	4.87k	209	20.2k	33.9	15.2k	990	
6	GR	Min	-389	0	-19.4k	0	-6.40k	-711	-389	0	-21.6k	0	-1.76k	-153	-389	0	-23.8k	0	1.38k	394	
6	GR	Max	-10.9	0	37.0k	0	-5.88k	-691	-10.9	0	34.8k	0	-1.59k	-148	-10.9	0	32.6k	0	1.55k	405	
Sollecitazioni combinazioni Shell pareti piano 1
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Fam.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 				Cmb.						[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	1	5	1	-43.3m	-0.313	-86.3m	-3.47	7.24k	-1.30k	-25.0	-5.06k	0.225	-0.161	-17.1m	2.56k	16.4k	-503	25.0	932	
1	1	2	5	1	-30.9m	-0.232	-60.2m	-0.159	6.20k	-971	-16.5	-3.37k	0.160	-0.127	-12.3m	1.93k	12.2k	-390	16.5	582	
1	1	3	5	1	-25.1m	-0.206	-39.0m	11.8	8.79k	-886	-3.31	-1.53k	0.138	-0.155	-12.4m	1.69k	10.8k	-467	3.31	-744	
1	1	4	5	1	-24.0m	-0.201	-34.6m	14.7	9.40k	-870	0	-1.14k	0.131	-0.163	-12.9m	1.63k	10.6k	-492	0	-1.14k	
1	1	7	5	1	-62.6m	-0.484	-0.170	58.5	12.5k	-884	-58.8	1.93k	0.207	0.145	0.101	3.76k	26.3k	-61.4	98.6	10.2k	
1	1	8	5	1	-69.8m	-0.541	-0.195	75.5	12.9k	-884	-51.9	2.81k	0.222	0.202	0.126	4.18k	29.6k	116	226	12.4k	
1	1	1	7	1	-43.3m	-0.313	17.1m	-3.42	7.21k	494	-25.0	-5.07k	0.225	-0.161	86.3m	2.56k	16.4k	1.30k	25.0	946	
1	1	2	7	1	-30.9m	-0.232	12.3m	-0.131	6.18k	384	-16.5	-3.38k	0.160	-0.127	60.2m	1.93k	12.3k	971	16.5	591	
1	1	3	7	1	-25.1m	-0.206	12.4m	11.8	8.79k	465	-3.31	-1.54k	0.138	-0.155	39.0m	1.69k	10.8k	886	3.31	-742	
1	1	4	7	1	-24.0m	-0.201	12.9m	14.7	9.40k	492	0	-1.14k	0.131	-0.163	34.6m	1.63k	10.6k	870	0	-1.14k	
1	1	7	7	1	-58.8m	-0.434	-0.101	47.6	12.2k	829	-58.8	4.14k	0.198	94.4m	0.170	3.62k	28.7k	1.57k	98.6	12.4k	
1	1	8	7	1	-65.3m	-0.482	-0.126	62.6	12.5k	857	-51.9	5.28k	0.210	0.143	0.195	4.02k	32.4k	1.86k	226	15.0k	
1	1	1	7	0	-60.9m	-0.353	-14.0m	12.9	12.6k	-1.13k	-101	-5.81k	16.1m	-0.277	35.1m	3.52k	24.2k	-266	101	1.69k	
1	1	2	7	0	-50.0m	-0.264	-6.68m	10.5	9.85k	-840	-67.1	-3.87k	12.7m	-0.212	25.8m	2.54k	17.5k	-223	67.1	1.08k	
1	1	3	7	0	-45.3m	-0.241	0.79m	15.3	11.6k	-764	-13.4	-1.63k	11.7m	-0.212	14.7m	1.98k	13.8k	-300	13.4	-644	
1	1	4	7	0	-42.3m	-0.236	1.33m	16.8	11.8k	-750	0	-1.14k	11.2m	-0.213	11.5m	1.86k	13.0k	-319	0	-1.14k	
1	1	7	7	0	-0.140	-0.426	-75.9m	103	14.4k	-705	-399	4.03k	55.7m	-43.5m	98.9m	4.78k	32.9k	5.22	156	12.9k	
1	1	8	7	0	-0.159	-0.465	-93.9m	119	14.8k	-696	-470	5.00k	74.5m	-4.69m	0.117	5.34k	36.7k	65.6	187	15.5k	
1	1	1	5	0	-61.1m	-0.353	-35.1m	13.7	12.6k	275	-101	-5.79k	16.0m	-0.277	14.0m	3.52k	24.2k	1.13k	101	1.67k	
1	1	2	5	0	-50.1m	-0.264	-25.8m	11.0	9.86k	228	-67.1	-3.86k	12.6m	-0.212	6.68m	2.54k	17.5k	840	67.1	1.07k	
1	1	3	5	0	-45.4m	-0.241	-14.7m	15.5	11.6k	301	-13.4	-1.63k	11.7m	-0.212	-0.79m	1.98k	13.8k	764	13.4	-647	
1	1	4	5	0	-42.3m	-0.236	-11.5m	16.8	11.8k	319	0	-1.14k	11.2m	-0.213	-1.33m	1.86k	13.0k	750	0	-1.14k	
1	1	7	5	0	-0.128	-0.349	-98.9m	-26.4	14.1k	540	-399	1.91k	43.2m	-0.120	75.9m	5.35k	35.3k	1.31k	156	10.5k	
1	1	8	5	0	-0.144	-0.375	-0.117	-32.8	14.5k	586	-470	2.51k	59.7m	-95.2m	93.9m	6.01k	39.5k	1.41k	187	12.7k	
1	1	1	-	-	-61.0m	-0.327	-33.4m	-3.45	7.22k	-519	-101	-5.80k	0.225	-0.215	33.4m	3.52k	24.2k	528	101	1.68k	
1	1	2	-	-	-50.0m	-0.247	-22.1m	-0.145	6.19k	-346	-67.1	-3.86k	0.160	-0.164	22.1m	2.54k	17.5k	352	67.1	1.07k	
1	1	3	-	-	-45.4m	-0.238	-7.54m	11.8	8.79k	-154	-13.4	-1.63k	0.138	-0.162	7.54m	1.98k	13.8k	156	13.4	-645	
1	1	4	-	-	-42.3m	-0.236	-7.10m	14.7	9.40k	-113	0	-1.14k	0.131	-0.163	7.10m	1.86k	13.0k	113	0	-1.14k	
1	1	7	-	-	-0.125	-0.292	-0.131	3.32	11.6k	-279	-399	2.37k	0.185	-0.123	0.131	5.02k	33.8k	1.01k	156	11.2k	
1	1	8	-	-	-0.141	-0.308	-0.156	7.57	11.7k	-329	-470	3.03k	0.196	-0.107	0.156	5.62k	37.8k	1.19k	226	13.5k	
Sollecitazioni combinazioni Shell piastre piano 1
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Fam.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 				Cmb.						[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	1	5	1	-53.9m	-29.4m	-52.9m	-7.14k	-6.67k	-1.56k	4.99k	-3.58k	-28.3m	26.8m	0.27m	14.5k	2.75k	-393	15.0k	3.47k	
1	1	2	5	1	-41.3m	-18.2m	-39.1m	-5.27k	-4.66k	-1.10k	3.93k	-2.38k	-22.7m	19.2m	0.84m	11.0k	2.17k	-289	11.4k	2.30k	
1	1	3	5	1	-40.2m	-16.2m	-33.9m	-4.09k	-3.20k	-910	4.33k	-739	-25.5m	13.6m	1.38m	10.5k	2.19k	-309	10.9k	1.00k	
1	1	4	5	1	-39.9m	-15.7m	-32.9m	-3.78k	-2.92k	-879	4.43k	-671	-26.5m	12.3m	1.11m	10.4k	2.17k	-322	10.8k	994	
1	1	7	5	1	-77.0m	-39.2m	-50.3m	941	586	-751	6.19k	-233	24.1m	48.2m	25.8m	14.6k	7.51k	622	14.5k	13.3k	
1	1	8	5	1	-86.2m	-47.2m	-53.6m	1.85k	922	-719	6.52k	-73.4	33.3m	56.2m	30.6m	15.4k	9.68k	890	15.4k	16.2k	
1	1	1	6	1	-49.6m	-21.5m	-4.80m	-6.93k	-2.52k	-645	-15.6k	-2.74k	-24.6m	48.5m	53.4m	14.4k	3.08k	588	-4.91k	1.61k	
1	1	2	6	1	-38.4m	-16.3m	-3.62m	-5.14k	-1.75k	-441	-11.9k	-1.91k	-19.8m	34.7m	39.9m	11.0k	2.39k	440	-3.88k	1.23k	
1	1	3	6	1	-38.5m	-14.8m	-2.89m	-3.91k	-1.38k	-317	-11.2k	-1.47k	-22.6m	28.2m	35.8m	10.5k	2.33k	385	-4.31k	1.16k	
1	1	4	6	1	-38.4m	-14.3m	-2.68m	-3.57k	-1.28k	-291	-11.1k	-1.38k	-23.3m	27.1m	34.9m	10.4k	2.30k	367	-4.41k	1.15k	
1	1	7	6	1	-60.8m	-32.7m	-16.4m	-71.0	-92.0	-225	-8.85k	-657	14.2m	42.9m	51.5m	13.9k	3.04k	712	-1.24k	2.70k	
1	1	8	6	1	-67.6m	-36.0m	-19.2m	773	117	-181	-8.37k	-523	21.1m	46.0m	54.6m	14.6k	3.20k	843	-649	3.03k	
1	1	1	8	1	-49.6m	-21.5m	-53.4m	-6.94k	-2.53k	-588	-15.6k	-1.61k	-24.6m	48.5m	5.13m	14.4k	3.08k	645	-4.91k	2.74k	
1	1	2	8	1	-38.4m	-16.3m	-40.0m	-5.14k	-1.75k	-440	-11.9k	-1.23k	-19.7m	34.7m	3.87m	11.0k	2.39k	441	-3.88k	1.91k	
1	1	3	8	1	-38.5m	-14.8m	-35.8m	-3.91k	-1.38k	-385	-11.2k	-1.16k	-22.6m	28.2m	3.10m	10.5k	2.33k	317	-4.31k	1.47k	
1	1	4	8	1	-38.4m	-14.3m	-34.9m	-3.57k	-1.28k	-367	-11.1k	-1.15k	-23.3m	27.1m	2.87m	10.4k	2.30k	291	-4.41k	1.38k	
1	1	7	8	1	-62.4m	-32.4m	-51.5m	1.15k	165	-401	-8.25k	-536	15.8m	53.6m	16.8m	14.0k	3.11k	728	-1.24k	3.62k	
1	1	8	8	1	-69.5m	-35.7m	-54.6m	2.05k	346	-385	-7.66k	-415	22.9m	58.7m	19.7m	14.7k	3.28k	902	-650	4.04k	
1	1	1	7	1	-53.9m	-29.3m	-0.27m	-7.15k	-6.67k	393	4.99k	-3.45k	-28.2m	26.8m	53.0m	14.5k	2.75k	1.56k	15.0k	3.58k	
1	1	2	7	1	-41.3m	-18.2m	-0.84m	-5.28k	-4.66k	289	3.93k	-2.28k	-22.7m	19.2m	39.2m	11.0k	2.17k	1.10k	11.4k	2.38k	
1	1	3	7	1	-40.2m	-16.2m	-1.29m	-4.09k	-3.20k	309	4.33k	-1.00k	-25.5m	13.6m	33.9m	10.5k	2.19k	910	10.9k	739	
1	1	4	7	1	-39.9m	-15.7m	-1.04m	-3.78k	-2.92k	322	4.43k	-994	-26.5m	12.3m	32.9m	10.4k	2.17k	879	10.8k	671	
1	1	7	7	1	-69.6m	-36.0m	-25.3m	118	235	367	6.10k	-764	15.9m	44.9m	50.3m	14.5k	5.76k	2.11k	15.1k	13.3k	
1	1	8	7	1	-77.3m	-43.4m	-30.0m	941	586	385	6.41k	-705	23.7m	52.4m	53.6m	15.3k	7.61k	2.38k	16.0k	16.1k	
1	1	1	-	-	-61.2m	-34.5m	-12.8m	-6.12k	-4.10k	-529	-14.7k	-2.99k	-26.5m	22.9m	12.8m	17.5k	4.05k	529	14.9k	2.99k	
1	1	2	-	-	-47.0m	-26.3m	-9.61m	-4.53k	-2.88k	-380	-11.2k	-1.98k	-21.1m	17.4m	9.62m	13.4k	3.13k	380	11.4k	1.98k	
1	1	3	-	-	-46.4m	-25.3m	-8.73m	-3.33k	-2.39k	-297	-10.6k	-1.32k	-23.8m	16.1m	8.73m	13.2k	3.16k	297	10.9k	1.32k	
1	1	4	-	-	-46.3m	-25.0m	-8.52m	-3.00k	-2.24k	-281	-10.5k	-1.32k	-24.4m	15.7m	8.52m	13.2k	3.15k	281	10.7k	1.32k	
1	1	7	-	-	-70.3m	-50.5m	-21.1m	-264	-1.82k	-307	-9.18k	-1.26k	14.0m	38.4m	21.1m	15.3k	3.49k	856	14.4k	11.5k	
1	1	8	-	-	-78.0m	-58.5m	-24.5m	253	-1.75k	-305	-8.92k	-1.24k	21.7m	46.0m	24.5m	15.7k	3.57k	1.14k	15.1k	14.0k	
1	2	1	1	1	-0.159	-34.1m	-62.0m	-12.6k	-1.82k	-2.45k	10.7k	-7.99k	58.6m	74.4m	-22.4m	12.3k	2.87k	30.1	22.5k	2.60k	
1	2	2	1	1	-0.121	-25.4m	-47.5m	-9.47k	-1.36k	-1.76k	8.32k	-5.50k	40.5m	53.9m	-18.4m	9.35k	1.83k	21.0	17.2k	2.02k	
1	2	3	1	1	-0.111	-22.2m	-46.5m	-8.25k	-739	-1.57k	8.98k	-3.60k	21.7m	41.4m	-25.0m	8.89k	621	-114	16.7k	2.01k	
1	2	4	1	1	-0.109	-21.6m	-46.2m	-7.93k	-548	-1.51k	9.14k	-3.25k	17.2m	38.7m	-26.7m	8.78k	448	-155	16.5k	1.99k	
1	2	7	1	1	-0.225	-63.1m	-96.3m	-1.26k	182	-1.07k	11.0k	1.01k	0.216	0.139	40.8m	13.3k	9.08k	945	24.3k	10.9k	
1	2	8	1	1	-0.263	-82.0m	-0.109	-96.6	238	-1.07k	11.5k	1.45k	0.253	0.158	53.2m	14.6k	10.7k	1.38k	25.7k	13.5k	
1	2	1	2	1	-0.163	-33.8m	14.0m	-12.2k	-1.74k	-124	-21.9k	-13.3k	56.9m	0.110	57.1m	12.1k	3.67k	2.52k	-10.8k	3.21k	
1	2	2	2	1	-0.124	-25.3m	12.6m	-9.16k	-1.30k	-75.6	-16.7k	-9.30k	39.7m	79.8m	44.0m	9.26k	2.44k	1.81k	-8.45k	2.45k	
1	2	3	2	1	-0.114	-22.6m	19.0m	-8.08k	-777	127	-16.3k	-7.19k	22.4m	66.8m	43.2m	8.86k	1.31k	1.55k	-9.07k	2.33k	
1	2	4	2	1	-0.112	-22.0m	20.3m	-7.80k	-621	139	-16.2k	-6.77k	18.3m	64.6m	42.9m	8.76k	1.10k	1.48k	-9.24k	2.30k	
1	2	7	2	1	-0.231	-58.1m	-42.6m	-4.01k	-11.4	443	-12.8k	-3.10k	0.217	0.142	87.2m	12.4k	10.8k	3.62k	-3.19k	5.00k	
1	2	8	2	1	-0.269	-66.3m	-54.2m	-3.28k	39.8	531	-12.2k	-2.40k	0.254	0.157	99.0m	13.5k	12.5k	4.15k	-2.06k	7.16k	
1	2	1	6	1	-49.6m	-21.5m	21.2m	-10.6k	-10.6k	-645	-17.5k	-13.3k	-5.09m	0.104	70.2m	14.4k	3.08k	1.71k	-4.91k	1.61k	
1	2	2	6	1	-38.4m	-16.3m	16.3m	-7.85k	-7.58k	-441	-13.4k	-9.30k	-5.06m	74.9m	52.1m	11.0k	2.39k	1.24k	-3.88k	1.23k	
1	2	3	6	1	-38.5m	-14.8m	16.6m	-6.53k	-6.49k	-317	-12.8k	-7.19k	-7.59m	61.6m	44.7m	10.5k	2.33k	1.06k	-4.31k	1.16k	
1	2	4	6	1	-38.4m	-14.3m	16.8m	-6.20k	-6.20k	-291	-12.6k	-6.77k	-8.15m	59.3m	43.0m	10.4k	2.30k	1.02k	-4.41k	1.15k	
1	2	7	6	1	-84.8m	-32.7m	-36.2m	-2.14k	-3.80k	-225	-10.5k	-3.10k	51.1m	0.146	0.121	13.9k	3.04k	2.65k	-1.24k	5.00k	
1	2	8	6	1	-96.1m	-46.3m	-50.4m	-1.22k	-3.34k	-181	-9.86k	-2.40k	61.9m	0.163	0.135	14.6k	3.20k	3.05k	-649	7.16k	
1	2	1	5	1	-53.9m	-24.4m	-70.1m	-9.51k	-5.70k	-2.94k	4.99k	-7.99k	-10.6m	66.6m	-20.9m	14.5k	2.75k	-393	17.0k	1.30k	
1	2	2	5	1	-41.3m	-18.2m	-51.4m	-7.09k	-4.06k	-2.11k	3.93k	-5.50k	-9.16m	47.9m	-16.0m	11.0k	2.17k	-289	13.0k	1.01k	
1	2	3	5	1	-40.2m	-16.2m	-41.9m	-5.87k	-3.36k	-1.80k	4.33k	-3.60k	-12.0m	35.5m	-16.2m	10.5k	2.19k	-309	12.5k	1.00k	
1	2	4	5	1	-39.9m	-15.7m	-39.9m	-5.56k	-3.23k	-1.73k	4.43k	-3.25k	-12.5m	32.8m	-16.3m	10.4k	2.17k	-322	12.4k	994	
1	2	7	5	1	-91.4m	-79.3m	-0.119	-1.30k	-547	-751	6.19k	-233	54.7m	0.143	40.0m	14.6k	3.20k	644	16.6k	10.9k	
1	2	8	5	1	-0.103	-0.100	-0.134	-478	-69.6	-719	6.52k	-73.4	66.9m	0.164	54.6m	15.4k	4.08k	946	17.4k	13.5k	
1	2	1	-	-	-0.216	-42.1m	-60.6m	-11.3k	-5.52k	-3.38k	-20.0k	-13.3k	22.8m	0.107	55.0m	17.5k	4.05k	3.30k	19.9k	3.38k	
1	2	2	-	-	-0.165	-32.1m	-44.5m	-8.45k	-4.01k	-2.43k	-15.2k	-9.30k	15.1m	77.2m	41.1m	13.4k	3.13k	2.38k	15.2k	2.59k	
1	2	3	-	-	-0.161	-30.8m	-37.3m	-7.24k	-3.58k	-2.08k	-14.7k	-7.19k	6.00m	63.9m	36.9m	13.2k	3.16k	2.05k	14.6k	2.64k	
1	2	4	-	-	-0.159	-30.5m	-36.1m	-6.93k	-3.46k	-1.99k	-14.6k	-6.77k	3.99m	61.7m	35.9m	13.2k	3.15k	1.97k	14.5k	2.63k	
1	2	7	-	-	-0.205	-70.9m	-0.105	-3.67k	-1.04k	-1.24k	-12.4k	-3.10k	0.101	0.143	0.102	15.3k	3.47k	3.78k	20.1k	10.9k	
1	2	8	-	-	-0.215	-90.7m	-0.118	-2.91k	-648	-1.20k	-11.8k	-2.40k	0.124	0.160	0.115	15.7k	3.55k	4.23k	21.2k	13.5k	
1	3	1	7	1	-53.9m	-24.5m	20.9m	-9.51k	-5.70k	393	4.99k	-1.30k	-10.6m	66.6m	70.2m	14.5k	2.75k	2.94k	17.0k	7.99k	
1	3	2	7	1	-41.3m	-18.2m	16.0m	-7.09k	-4.06k	289	3.93k	-1.01k	-9.16m	47.9m	51.5m	11.0k	2.17k	2.11k	13.0k	5.50k	
1	3	3	7	1	-40.2m	-16.2m	16.2m	-5.87k	-3.36k	309	4.33k	-1.00k	-12.0m	35.5m	41.9m	10.5k	2.19k	1.80k	12.5k	3.60k	
1	3	4	7	1	-39.9m	-15.7m	16.3m	-5.56k	-3.23k	322	4.43k	-994	-12.5m	32.8m	39.9m	10.4k	2.17k	1.73k	12.4k	3.25k	
1	3	7	7	1	-89.9m	-51.3m	-40.0m	-2.11k	-1.16k	367	6.10k	-764	48.2m	0.115	0.119	14.5k	2.71k	3.88k	17.1k	17.4k	
1	3	8	7	1	-0.102	-67.1m	-54.6m	-1.43k	-791	385	6.41k	-705	59.3m	0.131	0.134	15.3k	3.20k	4.33k	18.0k	20.0k	
1	3	1	8	1	-49.6m	-21.5m	-70.3m	-10.6k	-10.6k	-1.71k	-17.5k	-1.61k	-5.09m	0.104	-21.2m	14.4k	3.08k	645	-4.91k	13.3k	
1	3	2	8	1	-38.4m	-16.3m	-52.2m	-7.85k	-7.58k	-1.24k	-13.4k	-1.23k	-5.06m	74.9m	-16.3m	11.0k	2.39k	441	-3.88k	9.30k	
1	3	3	8	1	-38.5m	-14.8m	-44.7m	-6.53k	-6.49k	-1.06k	-12.8k	-1.16k	-7.59m	61.6m	-16.6m	10.5k	2.33k	317	-4.31k	7.19k	
1	3	4	8	1	-38.4m	-14.3m	-43.0m	-6.20k	-6.20k	-1.02k	-12.6k	-1.15k	-8.15m	59.3m	-16.8m	10.4k	2.30k	291	-4.41k	6.77k	
1	3	7	8	1	-82.2m	-51.4m	-0.121	-677	-2.92k	-401	-9.39k	-536	51.7m	0.168	36.2m	14.0k	3.11k	934	-1.24k	18.5k	
1	3	8	8	1	-93.0m	-72.6m	-0.135	506	-2.31k	-385	-8.53k	-415	62.6m	0.189	50.4m	14.7k	3.28k	1.25k	-650	20.7k	
1	3	1	4	1	-0.163	-33.8m	-57.1m	-12.2k	-1.74k	-2.52k	-21.9k	-3.21k	57.1m	0.110	-13.9m	12.1k	3.67k	124	-10.8k	13.3k	
1	3	2	4	1	-0.124	-25.3m	-44.0m	-9.17k	-1.30k	-1.81k	-16.7k	-2.45k	39.8m	79.8m	-12.6m	9.26k	2.44k	75.6	-8.45k	9.30k	
1	3	3	4	1	-0.114	-22.6m	-43.2m	-8.08k	-777	-1.55k	-16.3k	-2.33k	22.4m	66.8m	-19.0m	8.86k	1.31k	-126	-9.07k	7.19k	
1	3	4	4	1	-0.112	-22.0m	-42.9m	-7.80k	-621	-1.48k	-16.2k	-2.30k	18.3m	64.6m	-20.3m	8.76k	1.10k	-139	-9.24k	6.77k	
1	3	7	4	1	-0.215	-53.1m	-87.2m	-2.91k	61.5	-709	-12.3k	-1.30k	0.200	0.161	42.6m	13.0k	9.17k	2.17k	-2.60k	18.5k	
1	3	8	4	1	-0.250	-60.4m	-99.0m	-1.97k	126	-669	-11.6k	-1.10k	0.234	0.179	54.2m	14.1k	10.7k	2.65k	-1.36k	20.7k	
1	3	1	3	1	-0.159	-34.1m	22.3m	-12.6k	-1.82k	-30.1	10.7k	-2.60k	58.8m	74.4m	62.0m	12.3k	2.87k	2.45k	22.6k	7.99k	
1	3	2	3	1	-0.121	-25.4m	18.4m	-9.47k	-1.36k	-21.0	8.32k	-2.02k	40.7m	53.9m	47.5m	9.35k	1.83k	1.77k	17.2k	5.50k	
1	3	3	3	1	-0.111	-22.2m	25.0m	-8.25k	-739	114	8.97k	-2.01k	21.7m	41.4m	46.5m	8.89k	621	1.57k	16.7k	3.60k	
1	3	4	3	1	-0.109	-21.6m	26.7m	-7.93k	-548	155	9.14k	-1.99k	17.2m	38.7m	46.2m	8.78k	448	1.51k	16.5k	3.25k	
1	3	7	3	1	-0.242	-56.6m	-40.8m	-2.42k	117	630	11.8k	-1.35k	0.234	0.116	96.3m	12.9k	10.6k	3.76k	25.0k	17.4k	
1	3	8	3	1	-0.283	-64.6m	-53.2m	-1.47k	162	627	12.4k	-1.20k	0.274	0.131	0.109	14.0k	12.5k	4.24k	26.5k	20.0k	
1	3	1	-	-	-0.216	-42.1m	-55.1m	-11.3k	-5.52k	-3.31k	-20.0k	-3.38k	22.9m	0.107	60.7m	17.5k	4.05k	3.38k	19.9k	13.3k	
1	3	2	-	-	-0.165	-32.1m	-41.2m	-8.46k	-4.01k	-2.38k	-15.2k	-2.59k	15.1m	77.2m	44.6m	13.4k	3.13k	2.43k	15.2k	9.30k	
1	3	3	-	-	-0.161	-30.8m	-36.9m	-7.24k	-3.58k	-2.05k	-14.7k	-2.64k	6.01m	63.9m	37.3m	13.2k	3.16k	2.08k	14.6k	7.19k	
1	3	4	-	-	-0.159	-30.5m	-35.9m	-6.93k	-3.46k	-1.97k	-14.6k	-2.63k	3.99m	61.7m	36.1m	13.2k	3.15k	1.99k	14.5k	6.77k	
1	3	7	-	-	-0.207	-45.9m	-0.102	-2.74k	-1.00k	-1.51k	-11.6k	-2.53k	0.109	0.164	0.105	15.2k	3.49k	4.32k	20.7k	18.5k	
1	3	8	-	-	-0.218	-61.8m	-0.115	-2.01k	-537	-1.52k	-10.8k	-2.51k	0.133	0.184	0.118	15.6k	3.57k	4.80k	21.9k	20.7k	
Piano 2. Inviluppo Sollecitazioni Pilastri
 		Sezione iniziale		Sezione centrale		Sezione finale	
 N°		Fam				N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 		Cmb.				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	Min	-54.8k	2.06k	-178	-90.1	-2.26k	3.30k	-56.3k	2.06k	-178	-90.1	-381	-2.29k	-57.8k	2.06k	-178	-90.1	-666	-8.07k	
1	1	Max	-44.1k	3.61k	1.85k	306	-95.9	3.60k	-45.7k	3.61k	1.85k	306	702	131	-47.2k	3.61k	1.85k	306	3.67k	-3.16k	
1	2	Min	-38.8k	1.63k	-81.4	-48.4	-1.55k	2.56k	-39.9k	1.63k	-81.4	-48.4	-245	-1.65k	-41.1k	1.63k	-81.4	-48.4	-376	-5.91k	
1	2	Max	-34.8k	2.66k	1.27k	213	-115	2.67k	-36.0k	2.66k	1.27k	213	472	-54.1	-37.1k	2.66k	1.27k	213	2.50k	-2.67k	
1	3	Min	-33.6k	2.00k	387	55.2	-879	2.47k	-34.8k	2.00k	387	55.2	27.9	-1.04k	-35.9k	2.00k	387	55.2	647	-4.56k	
1	3	Max	-31.5k	2.20k	656	107	-591	2.53k	-32.7k	2.20k	656	107	171	-723	-33.9k	2.20k	656	107	1.22k	-3.91k	
1	4	Max	-31.7k	2.10k	522	81.3	-735	2.47k	-32.9k	2.10k	522	81.3	99.7	-882	-34.0k	2.10k	522	81.3	934	-4.24k	
1	5	Max	-28.8k	2.06k	469	80.7	-661	2.39k	-30.0k	2.06k	469	80.7	89.5	-905	-31.2k	2.06k	469	80.7	840	-4.20k	
1	6	Min	-48.3k	-12.6k	-14.3k	-1.20k	-17.8k	-1.48k	-49.4k	-12.6k	-14.3k	-1.20k	-6.56k	-20.4k	-50.6k	-12.6k	-14.3k	-1.20k	-29.4k	-47.2k	
1	6	Max	-15.1k	16.8k	15.3k	1.37k	16.3k	6.42k	-16.3k	16.8k	15.3k	1.37k	6.75k	18.7k	-17.4k	16.8k	15.3k	1.37k	31.3k	38.8k	
1	7	Min	-45.4k	-9.91k	-11.6k	-973	-14.7k	-776	-46.5k	-9.91k	-11.6k	-973	-5.36k	-16.9k	-47.7k	-9.91k	-11.6k	-973	-24.0k	-39.5k	
1	7	Max	-18.0k	14.1k	12.7k	1.14k	13.3k	5.72k	-19.2k	14.1k	12.7k	1.14k	5.56k	15.1k	-20.3k	14.1k	12.7k	1.14k	25.9k	31.0k	
1	8	Min	-48.3k	-12.1k	-13.9k	-1.17k	-17.4k	-1.41k	-49.5k	-12.1k	-13.9k	-1.17k	-6.39k	-19.8k	-50.6k	-12.1k	-13.9k	-1.17k	-28.7k	-45.9k	
1	8	Max	-15.1k	16.3k	15.0k	1.33k	15.9k	6.36k	-16.2k	16.3k	15.0k	1.33k	6.59k	18.1k	-17.4k	16.3k	15.0k	1.33k	30.6k	37.4k	
2	1	Min	-54.9k	-3.66k	-183	-305	-2.16k	-3.62k	-56.4k	-3.66k	-183	-305	-364	-152	-57.9k	-3.66k	-183	-305	-657	3.09k	
2	1	Max	-44.2k	-2.02k	1.79k	91.4	-71.3	-3.30k	-45.8k	-2.02k	1.79k	91.4	698	2.32k	-47.3k	-2.02k	1.79k	91.4	3.56k	8.17k	
2	2	Min	-38.8k	-2.69k	-81.3	-212	-1.49k	-2.69k	-40.0k	-2.69k	-81.3	-212	-232	40.3	-41.2k	-2.69k	-81.3	-212	-362	2.61k	
2	2	Max	-34.9k	-1.61k	1.22k	49.4	-101	-2.53k	-36.1k	-1.61k	1.22k	49.4	472	1.67k	-37.3k	-1.61k	1.22k	49.4	2.43k	5.97k	
2	3	Min	-33.7k	-2.21k	380	-107	-846	-2.53k	-34.8k	-2.21k	380	-107	39.3	722	-36.0k	-2.21k	380	-107	647	3.91k	
2	3	Max	-31.6k	-1.99k	641	-54.3	-569	-2.46k	-32.8k	-1.99k	641	-54.3	180	1.05k	-34.0k	-1.99k	641	-54.3	1.21k	4.58k	
2	4	Max	-31.8k	-2.10k	511	-80.5	-707	-2.47k	-32.9k	-2.10k	511	-80.5	110	885	-34.1k	-2.10k	511	-80.5	927	4.24k	
2	5	Max	-28.9k	-2.06k	465	-79.7	-642	-2.39k	-30.0k	-2.06k	465	-79.7	102	907	-31.2k	-2.06k	465	-79.7	846	4.21k	
2	6	Min	-49.4k	-17.0k	-15.5k	-1.13k	-19.1k	-6.70k	-50.5k	-17.0k	-15.5k	-1.13k	-7.12k	-18.9k	-51.7k	-17.0k	-15.5k	-1.13k	-31.9k	-39.3k	
2	6	Max	-14.1k	12.8k	16.5k	966	17.6k	1.75k	-15.3k	12.8k	16.5k	966	7.34k	20.7k	-16.5k	12.8k	16.5k	966	33.7k	47.8k	
2	7	Min	-46.3k	-14.3k	-12.6k	-938	-15.8k	-5.94k	-47.4k	-14.3k	-12.6k	-938	-5.83k	-15.3k	-48.6k	-14.3k	-12.6k	-938	-26.0k	-31.4k	
2	7	Max	-17.3k	10.1k	13.6k	777	14.4k	993	-18.4k	10.1k	13.6k	777	6.05k	17.1k	-19.6k	10.1k	13.6k	777	27.9k	39.9k	
2	8	Min	-49.2k	-16.5k	-15.1k	-1.10k	-18.6k	-6.60k	-50.3k	-16.5k	-15.1k	-1.10k	-6.95k	-18.3k	-51.5k	-16.5k	-15.1k	-1.10k	-31.1k	-38.0k	
2	8	Max	-14.3k	12.3k	16.1k	935	17.2k	1.65k	-15.5k	12.3k	16.1k	935	7.16k	20.0k	-16.7k	12.3k	16.1k	935	32.9k	46.4k	
3	1	Min	-54.8k	2.06k	-1.85k	-304	95.9	3.30k	-56.3k	2.06k	-1.85k	-304	-702	-2.29k	-57.8k	2.06k	-1.85k	-304	-3.67k	-8.08k	
3	1	Max	-44.1k	3.62k	178	88.4	2.26k	3.60k	-45.7k	3.62k	178	88.4	381	134	-47.2k	3.62k	178	88.4	666	-3.16k	
3	2	Min	-38.8k	1.63k	-1.27k	-212	115	2.56k	-39.9k	1.63k	-1.27k	-212	-472	-1.65k	-41.1k	1.63k	-1.27k	-212	-2.50k	-5.91k	
3	2	Max	-34.8k	2.66k	81.4	47.3	1.55k	2.67k	-36.0k	2.66k	81.4	47.3	245	-51.7	-37.1k	2.66k	81.4	47.3	376	-2.66k	
3	3	Min	-33.6k	1.99k	-656	-107	591	2.47k	-34.8k	1.99k	-656	-107	-171	-1.04k	-35.9k	1.99k	-656	-107	-1.22k	-4.56k	
3	3	Max	-31.5k	2.20k	-387	-55.4	879	2.53k	-32.7k	2.20k	-387	-55.4	-27.9	-722	-33.9k	2.20k	-387	-55.4	-647	-3.91k	
3	4	Max	-31.7k	2.10k	-522	-81.3	735	2.47k	-32.9k	2.10k	-522	-81.3	-99.7	-882	-34.0k	2.10k	-522	-81.3	-934	-4.24k	
3	5	Max	-28.8k	2.06k	-469	-80.7	661	2.39k	-30.0k	2.06k	-469	-80.7	-89.5	-905	-31.2k	2.06k	-469	-80.7	-840	-4.20k	
3	6	Min	-48.3k	-12.6k	-15.3k	-1.37k	-16.3k	-1.48k	-49.4k	-12.6k	-15.3k	-1.37k	-6.75k	-20.4k	-50.6k	-12.6k	-15.3k	-1.37k	-31.3k	-47.2k	
3	6	Max	-15.1k	16.8k	14.3k	1.20k	17.8k	6.42k	-16.3k	16.8k	14.3k	1.20k	6.56k	18.7k	-17.4k	16.8k	14.3k	1.20k	29.4k	38.8k	
3	7	Min	-45.4k	-9.91k	-12.7k	-1.14k	-13.3k	-776	-46.5k	-9.91k	-12.7k	-1.14k	-5.56k	-16.9k	-47.7k	-9.91k	-12.7k	-1.14k	-25.9k	-39.5k	
3	7	Max	-18.0k	14.1k	11.6k	973	14.7k	5.72k	-19.2k	14.1k	11.6k	973	5.36k	15.1k	-20.3k	14.1k	11.6k	973	24.0k	31.0k	
3	8	Min	-48.3k	-12.1k	-15.0k	-1.33k	-15.9k	-1.41k	-49.5k	-12.1k	-15.0k	-1.33k	-6.59k	-19.8k	-50.6k	-12.1k	-15.0k	-1.33k	-30.6k	-45.9k	
3	8	Max	-15.1k	16.3k	13.9k	1.17k	17.4k	6.36k	-16.2k	16.3k	13.9k	1.17k	6.39k	18.1k	-17.4k	16.3k	13.9k	1.17k	28.7k	37.4k	
4	1	Min	-54.9k	-3.66k	-1.79k	-89.8	71.3	-3.62k	-56.4k	-3.66k	-1.79k	-89.8	-698	-155	-57.9k	-3.66k	-1.79k	-89.8	-3.56k	3.08k	
4	1	Max	-44.2k	-2.02k	183	303	2.16k	-3.30k	-45.8k	-2.02k	183	303	364	2.32k	-47.3k	-2.02k	183	303	657	8.18k	
4	2	Min	-38.8k	-2.69k	-1.22k	-48.3	101	-2.69k	-40.0k	-2.69k	-1.22k	-48.3	-472	37.9	-41.2k	-2.69k	-1.22k	-48.3	-2.43k	2.61k	
4	2	Max	-34.9k	-1.61k	81.3	211	1.49k	-2.53k	-36.1k	-1.61k	81.3	211	232	1.67k	-37.3k	-1.61k	81.3	211	362	5.98k	
4	3	Min	-33.7k	-2.21k	-641	54.5	569	-2.53k	-34.8k	-2.21k	-641	54.5	-180	722	-36.0k	-2.21k	-641	54.5	-1.21k	3.91k	
4	3	Max	-31.6k	-1.99k	-380	106	846	-2.46k	-32.8k	-1.99k	-380	106	-39.3	1.05k	-34.0k	-1.99k	-380	106	-647	4.58k	
4	4	Max	-31.8k	-2.10k	-511	80.5	707	-2.47k	-32.9k	-2.10k	-511	80.5	-110	885	-34.1k	-2.10k	-511	80.5	-927	4.24k	
4	5	Max	-28.9k	-2.06k	-465	79.7	642	-2.39k	-30.0k	-2.06k	-465	79.7	-102	907	-31.2k	-2.06k	-465	79.7	-846	4.21k	
4	6	Min	-49.4k	-17.0k	-16.5k	-966	-17.6k	-6.70k	-50.5k	-17.0k	-16.5k	-966	-7.34k	-18.9k	-51.7k	-17.0k	-16.5k	-966	-33.7k	-39.3k	
4	6	Max	-14.1k	12.8k	15.5k	1.13k	19.1k	1.75k	-15.3k	12.8k	15.5k	1.13k	7.12k	20.7k	-16.5k	12.8k	15.5k	1.13k	31.9k	47.8k	
4	7	Min	-46.3k	-14.3k	-13.6k	-777	-14.4k	-5.94k	-47.4k	-14.3k	-13.6k	-777	-6.05k	-15.3k	-48.6k	-14.3k	-13.6k	-777	-27.9k	-31.4k	
4	7	Max	-17.3k	10.1k	12.6k	938	15.8k	993	-18.4k	10.1k	12.6k	938	5.83k	17.1k	-19.6k	10.1k	12.6k	938	26.0k	39.9k	
4	8	Min	-49.2k	-16.5k	-16.1k	-935	-17.2k	-6.60k	-50.3k	-16.5k	-16.1k	-935	-7.16k	-18.3k	-51.5k	-16.5k	-16.1k	-935	-32.9k	-38.0k	
4	8	Max	-14.3k	12.3k	15.1k	1.10k	18.6k	1.65k	-15.5k	12.3k	15.1k	1.10k	6.95k	20.0k	-16.7k	12.3k	15.1k	1.10k	31.1k	46.4k	
5	1	Min	-3.13k	105	-55.7	-85.2m	-363	-21.3	-3.43k	105	-55.7	-85.2m	-16.8	-444	-3.73k	105	-55.7	-85.2m	-104	-866	
5	1	Max	-1.25k	264	217	0.199	74.0	84.6	-1.55k	264	217	0.199	-13.8	-84.1	-1.85k	264	217	0.199	332	-253	
5	2	Min	-2.19k	88.5	-33.5	-50.9m	-247	-10.9	-2.43k	88.5	-33.5	-50.9m	-12.0	-320	-2.66k	88.5	-33.5	-50.9m	-64.4	-629	
5	2	Max	-948	193	147	0.137	42.7	59.0	-1.18k	193	147	0.137	-10.9	-82.6	-1.41k	193	147	0.137	224	-224	
5	3	Min	-1.55k	129	32.0	23.0m	-119	16.6	-1.78k	129	32.0	23.0m	-10.5	-223	-2.01k	129	32.0	23.0m	41.3	-462	
5	3	Max	-1.30k	150	68.2	60.5m	-61.1	30.6	-1.53k	150	68.2	60.5m	-9.93	-175	-1.76k	150	68.2	60.5m	99.0	-381	
5	4	Max	-1.42k	139	50.1	41.7m	-90.1	23.6	-1.65k	139	50.1	41.7m	-9.97	-199	-1.88k	139	50.1	41.7m	70.1	-422	
5	5	Max	-1.31k	138	44.9	40.9m	-81.0	23.3	-1.54k	138	44.9	40.9m	-9.15	-197	-1.77k	138	44.9	40.9m	62.7	-418	
5	6	Min	-12.6k	-1.43k	-1.77k	-0.892	-3.00k	-194	-12.8k	-1.43k	-1.77k	-0.892	-17.5	-2.49k	-13.0k	-1.43k	-1.77k	-0.892	-2.83k	-5.23k	
5	6	Max	9.71k	1.71k	1.87k	0.976	2.82k	241	9.48k	1.71k	1.87k	0.976	-2.43	2.09k	9.25k	1.71k	1.87k	0.976	2.97k	4.38k	
5	7	Min	-10.6k	-1.15k	-1.44k	-0.723	-2.48k	-155	-10.8k	-1.15k	-1.44k	-0.723	-16.4	-2.08k	-11.0k	-1.15k	-1.44k	-0.723	-2.31k	-4.36k	
5	7	Max	7.72k	1.42k	1.54k	0.807	2.30k	202	7.49k	1.42k	1.54k	0.807	-3.51	1.68k	7.25k	1.42k	1.54k	0.807	2.45k	3.51k	
5	8	Min	-12.3k	-1.38k	-1.73k	-0.862	-2.94k	-188	-12.5k	-1.38k	-1.73k	-0.862	-18.6	-2.42k	-12.7k	-1.38k	-1.73k	-0.862	-2.77k	-5.08k	
5	8	Max	9.43k	1.66k	1.83k	0.946	2.76k	235	9.19k	1.66k	1.83k	0.946	-1.34	2.02k	8.96k	1.66k	1.83k	0.946	2.91k	4.23k	
6	1	Min	-2.89k	-262	-83.6	-0.193	-318	-83.9	-3.19k	-262	-83.6	-0.193	-33.5	78.3	-3.49k	-262	-83.6	-0.193	-161	240	
6	1	Max	-1.22k	-101	179	70.0m	106	21.7	-1.52k	-101	179	70.0m	-26.2	440	-1.82k	-101	179	70.0m	255	859	
6	2	Min	-2.03k	-191	-53.0	-0.134	-216	-58.5	-2.27k	-191	-53.0	-0.134	-23.7	78.6	-2.50k	-191	-53.0	-0.134	-105	216	
6	2	Max	-929	-85.7	121	39.8m	65.2	11.2	-1.16k	-85.7	121	39.8m	-19.7	318	-1.39k	-85.7	121	39.8m	171	624	
6	3	Min	-1.46k	-148	13.0	-64.0m	-95.5	-30.3	-1.69k	-148	13.0	-64.0m	-20.0	172	-1.93k	-148	13.0	-64.0m	2.20	375	
6	3	Max	-1.24k	-127	47.8	-29.3m	-39.3	-16.3	-1.47k	-127	47.8	-29.3m	-18.5	220	-1.71k	-127	47.8	-29.3m	57.3	457	
6	4	Max	-1.35k	-137	30.4	-46.6m	-67.4	-23.3	-1.58k	-137	30.4	-46.6m	-18.8	196	-1.82k	-137	30.4	-46.6m	29.8	416	
6	5	Max	-1.25k	-136	27.6	-46.3m	-61.3	-23.0	-1.49k	-136	27.6	-46.3m	-17.1	195	-1.72k	-136	27.6	-46.3m	27.1	413	
6	6	Min	-12.4k	-1.72k	-1.92k	-1.31	-3.22k	-244	-12.6k	-1.72k	-1.92k	-1.31	-43.3	-2.12k	-12.9k	-1.72k	-1.92k	-1.31	-3.07k	-4.44k	
6	6	Max	9.71k	1.45k	1.98k	1.22	3.08k	197	9.48k	1.45k	1.98k	1.22	5.66	2.51k	9.25k	1.45k	1.98k	1.22	3.13k	5.27k	
6	7	Min	-10.4k	-1.44k	-1.57k	-1.08	-2.65k	-204	-10.7k	-1.44k	-1.57k	-1.08	-38.9	-1.70k	-10.9k	-1.44k	-1.57k	-1.08	-2.52k	-3.56k	
6	7	Max	7.73k	1.16k	1.63k	0.990	2.52k	157	7.50k	1.16k	1.63k	0.990	1.29	2.10k	7.27k	1.16k	1.63k	0.990	2.58k	4.39k	
6	8	Min	-12.1k	-1.67k	-1.88k	-1.27	-3.14k	-237	-12.4k	-1.67k	-1.88k	-1.27	-42.8	-2.05k	-12.6k	-1.67k	-1.88k	-1.27	-3.00k	-4.29k	
6	8	Max	9.45k	1.40k	1.94k	1.18	3.01k	190	9.21k	1.40k	1.94k	1.18	5.13	2.44k	8.98k	1.40k	1.94k	1.18	3.06k	5.12k	
7	1	Min	-3.13k	105	-217	-0.196	-74.0	-21.3	-3.43k	105	-217	-0.196	13.8	-444	-3.73k	105	-217	-0.196	-332	-866	
7	1	Max	-1.25k	264	55.7	82.7m	363	84.6	-1.55k	264	55.7	82.7m	16.8	-83.9	-1.85k	264	55.7	82.7m	104	-252	
7	2	Min	-2.19k	88.4	-147	-0.135	-42.7	-10.9	-2.43k	88.4	-147	-0.135	10.9	-320	-2.66k	88.4	-147	-0.135	-224	-629	
7	2	Max	-948	193	33.5	49.3m	247	59.0	-1.18k	193	33.5	49.3m	12.0	-82.5	-1.41k	193	33.5	49.3m	64.4	-224	
7	3	Min	-1.55k	129	-68.2	-60.1m	61.1	16.6	-1.78k	129	-68.2	-60.1m	9.93	-223	-2.01k	129	-68.2	-60.1m	-99.0	-462	
7	3	Max	-1.30k	150	-32.0	-23.3m	119	30.6	-1.53k	150	-32.0	-23.3m	10.5	-175	-1.76k	150	-32.0	-23.3m	-41.3	-381	
7	4	Max	-1.42k	139	-50.1	-41.7m	90.1	23.6	-1.65k	139	-50.1	-41.7m	9.97	-199	-1.88k	139	-50.1	-41.7m	-70.1	-422	
7	5	Max	-1.31k	138	-44.9	-40.9m	81.0	23.3	-1.54k	138	-44.9	-40.9m	9.15	-197	-1.77k	138	-44.9	-40.9m	-62.7	-418	
7	6	Min	-12.6k	-1.43k	-1.87k	-0.976	-2.82k	-194	-12.8k	-1.43k	-1.87k	-0.976	2.43	-2.49k	-13.0k	-1.43k	-1.87k	-0.976	-2.97k	-5.23k	
7	6	Max	9.71k	1.71k	1.77k	0.892	3.00k	241	9.48k	1.71k	1.77k	0.892	17.5	2.09k	9.25k	1.71k	1.77k	0.892	2.83k	4.38k	
7	7	Min	-10.6k	-1.15k	-1.54k	-0.807	-2.30k	-155	-10.8k	-1.15k	-1.54k	-0.807	3.51	-2.08k	-11.0k	-1.15k	-1.54k	-0.807	-2.45k	-4.36k	
7	7	Max	7.72k	1.42k	1.44k	0.723	2.48k	202	7.49k	1.42k	1.44k	0.723	16.4	1.68k	7.25k	1.42k	1.44k	0.723	2.31k	3.51k	
7	8	Min	-12.3k	-1.38k	-1.83k	-0.946	-2.76k	-188	-12.5k	-1.38k	-1.83k	-0.946	1.34	-2.42k	-12.7k	-1.38k	-1.83k	-0.946	-2.91k	-5.08k	
7	8	Max	9.43k	1.66k	1.73k	0.862	2.94k	235	9.19k	1.66k	1.73k	0.862	18.6	2.02k	8.96k	1.66k	1.73k	0.862	2.77k	4.23k	
8	1	Min	-2.89k	-262	-179	-67.5m	-106	-83.9	-3.19k	-262	-179	-67.5m	26.2	78.1	-3.49k	-262	-179	-67.5m	-255	240	
8	1	Max	-1.22k	-101	83.6	0.190	318	21.7	-1.52k	-101	83.6	0.190	33.5	440	-1.82k	-101	83.6	0.190	161	859	
8	2	Min	-2.03k	-192	-121	-38.1m	-65.2	-58.5	-2.27k	-192	-121	-38.1m	19.7	78.5	-2.50k	-192	-121	-38.1m	-171	216	
8	2	Max	-929	-85.6	53.0	0.132	216	11.2	-1.16k	-85.6	53.0	0.132	23.7	318	-1.39k	-85.6	53.0	0.132	105	624	
8	3	Min	-1.46k	-148	-47.8	29.6m	39.3	-30.3	-1.69k	-148	-47.8	29.6m	18.5	172	-1.93k	-148	-47.8	29.6m	-57.3	375	
8	3	Max	-1.24k	-127	-13.0	63.6m	95.5	-16.3	-1.47k	-127	-13.0	63.6m	20.0	220	-1.71k	-127	-13.0	63.6m	-2.20	457	
8	4	Max	-1.35k	-137	-30.4	46.6m	67.4	-23.3	-1.58k	-137	-30.4	46.6m	18.8	196	-1.82k	-137	-30.4	46.6m	-29.8	416	
8	5	Max	-1.25k	-136	-27.6	46.3m	61.3	-23.0	-1.49k	-136	-27.6	46.3m	17.1	195	-1.72k	-136	-27.6	46.3m	-27.1	413	
8	6	Min	-12.4k	-1.72k	-1.98k	-1.22	-3.08k	-244	-12.6k	-1.72k	-1.98k	-1.22	-5.66	-2.12k	-12.9k	-1.72k	-1.98k	-1.22	-3.13k	-4.44k	
8	6	Max	9.71k	1.45k	1.92k	1.31	3.22k	197	9.48k	1.45k	1.92k	1.31	43.3	2.51k	9.25k	1.45k	1.92k	1.31	3.07k	5.27k	
8	7	Min	-10.4k	-1.44k	-1.63k	-0.990	-2.52k	-204	-10.7k	-1.44k	-1.63k	-0.990	-1.29	-1.70k	-10.9k	-1.44k	-1.63k	-0.990	-2.58k	-3.56k	
8	7	Max	7.73k	1.16k	1.57k	1.08	2.65k	157	7.50k	1.16k	1.57k	1.08	38.9	2.10k	7.27k	1.16k	1.57k	1.08	2.52k	4.39k	
8	8	Min	-12.1k	-1.67k	-1.94k	-1.18	-3.01k	-237	-12.4k	-1.67k	-1.94k	-1.18	-5.13	-2.05k	-12.6k	-1.67k	-1.94k	-1.18	-3.06k	-4.29k	
8	8	Max	9.45k	1.40k	1.88k	1.27	3.14k	190	9.21k	1.40k	1.88k	1.27	42.8	2.44k	8.98k	1.40k	1.88k	1.27	3.00k	5.12k	
Piano 2. Inviluppo Sollecitazioni Travi
 		Sezione iniziale		Sezione centrale		Sezione finale	
 N°		Fam				N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 		Cmb.				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	Min	4.92k	0	43.9k	-0.171	0	0	4.92k	0	0	-0.171	58.2k	0	4.92k	0	-54.0k	-0.171	0	0	
1	1	Max	7.99k	0	54.0k	0.105	0	0	7.99k	0	0	0.105	71.5k	0	7.99k	0	-43.9k	0.105	0	0	
1	2	Min	4.20k	0	35.3k	-0.114	0	0	4.20k	0	0	-0.114	46.8k	0	4.20k	0	-38.2k	-0.114	0	0	
1	2	Max	5.14k	0	38.2k	68.5m	0	0	5.14k	0	0	68.5m	50.6k	0	5.14k	0	-35.3k	68.5m	0	0	
1	3	Min	3.09k	0	31.5k	-38.0m	0	0	3.09k	0	0	-38.0m	41.8k	0	3.09k	0	-33.4k	-38.0m	0	0	
1	3	Max	3.67k	0	33.4k	-1.43m	0	0	3.67k	0	0	-1.43m	44.3k	0	3.67k	0	-31.5k	-1.43m	0	0	
1	4	Max	3.09k	0	31.5k	-19.7m	0	0	3.09k	0	0	-19.7m	41.8k	0	3.09k	0	-31.5k	-19.7m	0	0	
1	5	Max	2.23k	0	28.7k	-17.3m	0	0	2.23k	0	0	-17.3m	38.0k	0	2.23k	0	-28.7k	-17.3m	0	0	
1	6	Min	2.24k	0	31.5k	-7.46	0	0	2.24k	0	0	-7.46	41.8k	0	2.24k	0	-31.5k	-7.46	0	0	
1	6	Max	3.95k	0	31.5k	7.42	0	0	3.95k	0	0	7.42	41.8k	0	3.95k	0	-31.5k	7.42	0	0	
1	7	Min	2.39k	0	31.5k	-6.11	0	0	2.39k	0	0	-6.11	41.8k	0	2.39k	0	-31.5k	-6.11	0	0	
1	7	Max	3.80k	0	31.5k	6.07	0	0	3.80k	0	0	6.07	41.8k	0	3.80k	0	-31.5k	6.07	0	0	
1	8	Min	2.24k	0	31.5k	-7.21	0	0	2.24k	0	0	-7.21	41.8k	0	2.24k	0	-31.5k	-7.21	0	0	
1	8	Max	3.95k	0	31.5k	7.17	0	0	3.95k	0	0	7.17	41.8k	0	3.95k	0	-31.5k	7.17	0	0	
2	1	Min	4.92k	0	43.9k	-0.105	0	0	4.92k	0	0	-0.105	58.2k	0	4.92k	0	-54.0k	-0.105	0	0	
2	1	Max	7.99k	0	54.0k	0.171	0	0	7.99k	0	0	0.171	71.5k	0	7.99k	0	-43.9k	0.171	0	0	
2	2	Min	4.20k	0	35.3k	-68.5m	0	0	4.20k	0	0	-68.5m	46.8k	0	4.20k	0	-38.2k	-68.5m	0	0	
2	2	Max	5.14k	0	38.2k	0.114	0	0	5.14k	0	0	0.114	50.6k	0	5.14k	0	-35.3k	0.114	0	0	
2	3	Min	3.09k	0	31.5k	1.43m	0	0	3.09k	0	0	1.43m	41.8k	0	3.09k	0	-33.4k	1.43m	0	0	
2	3	Max	3.67k	0	33.4k	38.0m	0	0	3.67k	0	0	38.0m	44.3k	0	3.67k	0	-31.5k	38.0m	0	0	
2	4	Max	3.09k	0	31.5k	19.7m	0	0	3.09k	0	0	19.7m	41.8k	0	3.09k	0	-31.5k	19.7m	0	0	
2	5	Max	2.23k	0	28.7k	17.3m	0	0	2.23k	0	0	17.3m	38.0k	0	2.23k	0	-28.7k	17.3m	0	0	
2	6	Min	2.24k	0	31.5k	-7.42	0	0	2.24k	0	0	-7.42	41.8k	0	2.24k	0	-31.5k	-7.42	0	0	
2	6	Max	3.95k	0	31.5k	7.46	0	0	3.95k	0	0	7.46	41.8k	0	3.95k	0	-31.5k	7.46	0	0	
2	7	Min	2.39k	0	31.5k	-6.07	0	0	2.39k	0	0	-6.07	41.8k	0	2.39k	0	-31.5k	-6.07	0	0	
2	7	Max	3.80k	0	31.5k	6.11	0	0	3.80k	0	0	6.11	41.8k	0	3.80k	0	-31.5k	6.11	0	0	
2	8	Min	2.24k	0	31.5k	-7.17	0	0	2.24k	0	0	-7.17	41.8k	0	2.24k	0	-31.5k	-7.17	0	0	
2	8	Max	3.95k	0	31.5k	7.21	0	0	3.95k	0	0	7.21	41.8k	0	3.95k	0	-31.5k	7.21	0	0	
3	1	Min	-1.39k	-178	954	2.62	-737	-105	-1.39k	-178	813	2.62	-162	-16.5	-1.39k	-178	685	2.62	175	-224	
3	1	Max	-1.08k	547	3.03k	5.27	-573	296	-1.08k	547	2.89k	5.27	781	22.5	-1.08k	547	2.76k	5.27	2.05k	63.4	
3	2	Min	-976	-98.4	731	2.04	-520	-59.8	-976	-98.4	623	2.04	-92.1	-10.7	-976	-98.4	525	2.04	166	-156	
3	2	Max	-831	380	2.11k	3.79	-431	205	-831	380	2.00k	3.79	533	15.1	-831	380	1.90k	3.79	1.41k	33.6	
3	3	Min	-821	91.3	1.13k	2.59	-436	45.2	-821	91.3	1.02k	2.59	134	-0.422	-821	91.3	924	2.59	572	-79.4	
3	3	Max	-760	187	1.41k	2.94	-404	98.2	-760	187	1.30k	2.94	259	4.74	-760	187	1.20k	2.94	820	-41.5	
3	4	Max	-769	139	1.27k	2.76	-410	71.7	-769	139	1.16k	2.76	196	2.16	-769	139	1.06k	2.76	696	-60.5	
3	5	Max	-691	138	1.15k	2.65	-372	71.1	-691	138	1.05k	2.65	179	2.09	-691	138	948	2.65	627	-60.0	
3	6	Min	-2.42k	-1.45k	-11.4k	-1.09	-970	-855	-2.42k	-1.45k	-11.5k	-1.09	-5.58k	-715	-2.42k	-1.45k	-11.6k	-1.09	-10.8k	-1.17k	
3	6	Max	878	1.73k	13.9k	6.62	149	999	878	1.73k	13.8k	6.62	5.97k	719	878	1.73k	13.7k	6.62	12.2k	1.05k	
3	7	Min	-2.12k	-1.16k	-9.09k	-0.413	-871	-688	-2.12k	-1.16k	-9.20k	-0.413	-4.55k	-586	-2.12k	-1.16k	-9.30k	-0.413	-8.71k	-968	
3	7	Max	583	1.44k	11.6k	5.94	50.3	831	583	1.44k	11.5k	5.94	4.94k	591	583	1.44k	11.4k	5.94	10.1k	847	
3	8	Min	-2.38k	-1.40k	-11.0k	-1.05	-965	-827	-2.38k	-1.40k	-11.2k	-1.05	-5.45k	-698	-2.38k	-1.40k	-11.3k	-1.05	-10.5k	-1.14k	
3	8	Max	841	1.68k	13.6k	6.57	144	971	841	1.68k	13.5k	6.57	5.84k	703	841	1.68k	13.4k	6.57	11.9k	1.02k	
4	1	Min	-1.39k	-546	-2.76k	-5.26	175	-222	-1.39k	-546	-2.89k	-5.26	-162	-17.6	-1.39k	-546	-3.03k	-5.26	-737	-106	
4	1	Max	-1.08k	177	-685	-2.63	2.05k	61.9	-1.08k	177	-813	-2.63	781	23.6	-1.08k	177	-954	-2.63	-573	297	
4	2	Min	-976	-379	-1.90k	-3.78	166	-155	-976	-379	-2.00k	-3.78	-92.1	-11.4	-976	-379	-2.11k	-3.78	-520	-60.2	
4	2	Max	-831	97.7	-525	-2.05	1.41k	32.6	-831	97.7	-623	-2.05	533	15.8	-831	97.7	-731	-2.05	-431	206	
4	3	Min	-821	-187	-1.20k	-2.94	572	-79.2	-821	-187	-1.30k	-2.94	134	-0.564	-821	-187	-1.41k	-2.94	-436	45.2	
4	3	Max	-760	-91.5	-924	-2.59	820	-41.7	-760	-91.5	-1.02k	-2.59	259	4.88	-760	-91.5	-1.13k	-2.59	-404	98.3	
4	4	Max	-769	-139	-1.06k	-2.76	696	-60.5	-769	-139	-1.16k	-2.76	196	2.16	-769	-139	-1.27k	-2.76	-410	71.7	
4	5	Max	-691	-138	-948	-2.65	627	-60.0	-691	-138	-1.05k	-2.65	179	2.09	-691	-138	-1.15k	-2.65	-372	71.1	
4	6	Min	-2.42k	-1.73k	-13.7k	-6.62	-10.8k	-1.17k	-2.42k	-1.73k	-13.8k	-6.62	-5.58k	-715	-2.42k	-1.73k	-13.9k	-6.62	-970	-855	
4	6	Max	878	1.45k	11.6k	1.09	12.2k	1.05k	878	1.45k	11.5k	1.09	5.97k	719	878	1.45k	11.4k	1.09	149	999	
4	7	Min	-2.12k	-1.44k	-11.4k	-5.94	-8.71k	-968	-2.12k	-1.44k	-11.5k	-5.94	-4.55k	-586	-2.12k	-1.44k	-11.6k	-5.94	-871	-688	
4	7	Max	583	1.16k	9.30k	0.413	10.1k	847	583	1.16k	9.20k	0.413	4.94k	591	583	1.16k	9.09k	0.413	50.3	831	
4	8	Min	-2.38k	-1.68k	-13.4k	-6.57	-10.5k	-1.14k	-2.38k	-1.68k	-13.5k	-6.57	-5.45k	-698	-2.38k	-1.68k	-13.6k	-6.57	-965	-827	
4	8	Max	841	1.40k	11.3k	1.05	11.9k	1.02k	841	1.40k	11.2k	1.05	5.84k	703	841	1.40k	11.0k	1.05	144	971	
5	1	Min	-1.27k	-5.67	45.0	-39.6m	-795	-124	-1.27k	-5.67	-96.5	-39.6m	-740	-123	-1.27k	-5.67	-238	-39.6m	-795	-123	
5	1	Max	-1.01k	5.67	238	39.6m	-620	351	-1.01k	5.67	96.5	39.6m	-585	351	-1.01k	5.67	-45.0	39.6m	-620	351	
5	2	Min	-895	-3.76	44.9	-26.2m	-560	-69.9	-895	-3.76	-64.0	-26.2m	-520	-69.8	-895	-3.76	-173	-26.2m	-560	-69.6	
5	2	Max	-805	3.76	173	26.2m	-467	243	-805	3.76	64.0	26.2m	-462	243	-805	3.76	-44.9	26.2m	-467	243	
5	3	Min	-767	-0.752	96.1	-5.25m	-472	54.3	-767	-0.752	-12.8	-5.25m	-444	54.3	-767	-0.752	-122	-5.25m	-472	54.3	
5	3	Max	-717	0.752	122	5.25m	-437	117	-717	0.752	12.8	5.25m	-414	117	-717	0.752	-96.1	5.25m	-437	117	
5	4	Max	-719	0	109	0	-444	85.6	-719	0	0	0	-416	85.6	-719	0	-109	0	-444	85.6	
5	5	Max	-646	0	109	0	-402	84.8	-646	0	0	0	-375	84.8	-646	0	-109	0	-402	84.8	
5	6	Min	-973	-566	-1.41k	-3.04	-1.23k	-920	-973	-566	-1.51k	-3.04	-521	-789	-973	-566	-1.62k	-3.04	-1.23k	-920	
5	6	Max	-465	566	1.62k	3.04	345	1.09k	-465	566	1.51k	3.04	-312	960	-465	566	1.41k	3.04	345	1.09k	
5	7	Min	-929	-465	-1.15k	-2.49	-1.10k	-738	-929	-465	-1.25k	-2.49	-504	-631	-929	-465	-1.36k	-2.49	-1.10k	-738	
5	7	Max	-509	465	1.36k	2.49	209	909	-509	465	1.25k	2.49	-329	802	-509	465	1.15k	2.49	209	909	
5	8	Min	-973	-554	-1.42k	-2.96	-1.24k	-889	-973	-554	-1.53k	-2.96	-526	-762	-973	-554	-1.64k	-2.96	-1.24k	-889	
5	8	Max	-465	554	1.64k	2.96	354	1.06k	-465	554	1.53k	2.96	-307	933	-465	554	1.42k	2.96	354	1.06k	
6	1	Min	-1.18k	-179	-2.56k	2.57	135	-62.9	-1.18k	-179	-2.69k	2.57	-168	-21.7	-1.18k	-179	-2.83k	2.57	-654	-293	
6	1	Max	-922	542	-610	5.19	1.95k	222	-922	542	-737	5.19	767	17.6	-922	542	-879	5.19	-527	107	
6	2	Min	-833	-99.4	-1.77k	2.01	141	-33.4	-833	-99.4	-1.87k	2.01	-95.4	-14.7	-833	-99.4	-1.98k	2.01	-464	-203	
6	2	Max	-705	377	-476	3.74	1.34k	155	-705	377	-574	3.74	524	11.3	-705	377	-683	3.74	-409	61.0	
6	3	Min	-701	89.6	-1.12k	2.55	542	41.1	-701	89.6	-1.22k	2.55	131	-4.46	-701	89.6	-1.33k	2.55	-401	-96.9	
6	3	Max	-650	185	-863	2.90	782	78.7	-650	185	-961	2.90	255	0.744	-650	185	-1.07k	2.90	-377	-44.1	
6	4	Max	-658	137	-993	2.72	662	59.9	-658	137	-1.09k	2.72	193	-1.86	-658	137	-1.20k	2.72	-379	-70.5	
6	5	Max	-594	136	-895	2.61	602	59.3	-594	136	-993	2.61	177	-1.98	-594	136	-1.10k	2.61	-346	-70.1	
6	6	Min	-2.42k	-1.57k	-14.2k	-0.735	-11.6k	-1.63k	-2.42k	-1.57k	-14.3k	-0.735	-6.14k	-1.14k	-2.42k	-1.57k	-14.4k	-0.735	-664	-1.08k	
6	6	Max	1.10k	1.85k	12.2k	6.18	13.0k	1.75k	1.10k	1.85k	12.1k	6.18	6.53k	1.14k	1.10k	1.85k	12.0k	6.18	-94.8	941	
6	7	Min	-2.10k	-1.26k	-11.9k	-0.121	-9.43k	-1.33k	-2.10k	-1.26k	-12.0k	-0.121	-5.01k	-937	-2.10k	-1.26k	-12.1k	-0.121	-613	-899	
6	7	Max	788	1.54k	9.87k	5.56	10.8k	1.45k	788	1.54k	9.77k	5.56	5.40k	934	788	1.54k	9.66k	5.56	-145	758	
6	8	Min	-2.38k	-1.52k	-13.9k	-0.671	-11.3k	-1.58k	-2.38k	-1.52k	-14.0k	-0.671	-5.99k	-1.11k	-2.38k	-1.52k	-14.1k	-0.671	-660	-1.05k	
6	8	Max	1.06k	1.80k	11.9k	6.11	12.7k	1.70k	1.06k	1.80k	11.8k	6.11	6.38k	1.11k	1.06k	1.80k	11.7k	6.11	-98.4	910	
7	1	Min	-1.18k	-543	879	-5.20	-654	-292	-1.18k	-543	737	-5.20	-168	-20.7	-1.18k	-543	610	-5.20	135	-64.4	
7	1	Max	-922	180	2.83k	-2.56	-527	107	-922	180	2.69k	-2.56	767	16.6	-922	180	2.56k	-2.56	1.95k	224	
7	2	Min	-833	-377	683	-3.74	-464	-203	-833	-377	574	-3.74	-95.4	-14.0	-833	-377	476	-3.74	141	-34.4	
7	2	Max	-705	100	1.98k	-2.00	-409	60.6	-705	100	1.87k	-2.00	524	10.6	-705	100	1.77k	-2.00	1.34k	156	
7	3	Min	-701	-185	1.07k	-2.90	-401	-96.8	-701	-185	961	-2.90	131	-4.31	-701	-185	863	-2.90	542	40.9	
7	3	Max	-650	-89.5	1.33k	-2.55	-377	-44.1	-650	-89.5	1.22k	-2.55	255	0.602	-650	-89.5	1.12k	-2.55	782	78.9	
7	4	Max	-658	-137	1.20k	-2.72	-379	-70.5	-658	-137	1.09k	-2.72	193	-1.86	-658	-137	993	-2.72	662	59.9	
7	5	Max	-594	-136	1.10k	-2.61	-346	-70.1	-594	-136	993	-2.61	177	-1.98	-594	-136	895	-2.61	602	59.3	
7	6	Min	-2.42k	-1.85k	-12.0k	-6.18	-664	-1.08k	-2.42k	-1.85k	-12.1k	-6.18	-6.14k	-1.14k	-2.42k	-1.85k	-12.2k	-6.18	-11.6k	-1.63k	
7	6	Max	1.10k	1.57k	14.4k	0.735	-94.8	941	1.10k	1.57k	14.3k	0.735	6.53k	1.14k	1.10k	1.57k	14.2k	0.735	13.0k	1.75k	
7	7	Min	-2.10k	-1.54k	-9.66k	-5.56	-613	-899	-2.10k	-1.54k	-9.77k	-5.56	-5.01k	-937	-2.10k	-1.54k	-9.87k	-5.56	-9.43k	-1.33k	
7	7	Max	788	1.26k	12.1k	0.121	-145	758	788	1.26k	12.0k	0.121	5.40k	934	788	1.26k	11.9k	0.121	10.8k	1.45k	
7	8	Min	-2.38k	-1.80k	-11.7k	-6.11	-660	-1.05k	-2.38k	-1.80k	-11.8k	-6.11	-5.99k	-1.11k	-2.38k	-1.80k	-11.9k	-6.11	-11.3k	-1.58k	
7	8	Max	1.06k	1.52k	14.1k	0.671	-98.4	910	1.06k	1.52k	14.0k	0.671	6.38k	1.11k	1.06k	1.52k	13.9k	0.671	12.7k	1.70k	
8	1	Min	-1.11k	-5.37	-0.449	-62.8m	-763	-347	-1.11k	-5.37	-142	-62.8m	-691	-346	-1.11k	-5.37	-283	-62.8m	-763	-346	
8	1	Max	-880	5.37	283	62.8m	-591	125	-880	5.37	142	62.8m	-556	125	-880	5.37	0.449	62.8m	-591	125	
8	2	Min	-780	-3.56	14.8	-41.6m	-540	-240	-780	-3.56	-94.1	-41.6m	-489	-240	-780	-3.56	-203	-41.6m	-540	-240	
8	2	Max	-698	3.56	203	41.6m	-428	70.9	-698	3.56	94.1	41.6m	-440	70.7	-698	3.56	-14.8	41.6m	-428	70.6	
8	3	Min	-669	-0.712	90.0	-8.32m	-450	-115	-669	-0.712	-18.8	-8.32m	-423	-115	-669	-0.712	-128	-8.32m	-450	-115	
8	3	Max	-625	0.712	128	8.32m	-416	-53.0	-625	0.712	18.8	8.32m	-397	-53.0	-625	0.712	-90.0	8.32m	-416	-53.1	
8	4	Max	-628	0	109	0	-425	-84.1	-628	0	0	0	-398	-84.1	-628	0	-109	0	-425	-84.1	
8	5	Max	-566	0	109	0	-389	-83.6	-566	0	0	0	-361	-83.6	-566	0	-109	0	-389	-83.6	
8	6	Min	-871	-908	-2.05k	-4.64	-1.52k	-1.15k	-871	-908	-2.16k	-4.64	-460	-972	-871	-908	-2.27k	-4.64	-1.52k	-1.15k	
8	6	Max	-384	908	2.27k	4.64	671	986	-384	908	2.16k	4.64	-336	804	-384	908	2.05k	4.64	671	986	
8	7	Min	-828	-745	-1.66k	-3.80	-1.33k	-961	-828	-745	-1.77k	-3.80	-451	-811	-828	-745	-1.88k	-3.80	-1.33k	-961	
8	7	Max	-427	745	1.88k	3.80	477	793	-427	745	1.77k	3.80	-345	643	-427	745	1.66k	3.80	477	793	
8	8	Min	-870	-883	-2.01k	-4.49	-1.51k	-1.12k	-870	-883	-2.12k	-4.49	-469	-944	-870	-883	-2.23k	-4.49	-1.51k	-1.12k	
8	8	Max	-385	883	2.23k	4.49	654	953	-385	883	2.12k	4.49	-328	776	-385	883	2.01k	4.49	654	953	
Piano 2. Inviluppo Sollecitazioni Bielle solai. Sforzo Normale [N]
 		Fondamentale		Rara.		Frequente		Quasi Perm.		Permanente	
 N°		Min [N]		Max [N]		Min [N]		Max [N]		Min [N]		Max [N]		Min [N]		Max [N]		Min [N]		Max [N]	
1	6.96k	9.49k	5.74k	6.47k	4.78k	5.26k	4.78k	4.78k	4.06k	4.06k	
2	-13.2k	-9.40k	-8.92k	-7.77k	-7.09k	-6.36k	-6.37k	-6.37k	-5.29k	-5.29k	
3	-13.2k	-9.40k	-8.91k	-7.77k	-7.09k	-6.36k	-6.37k	-6.37k	-5.29k	-5.29k	
4	6.78k	9.26k	5.56k	6.31k	4.65k	5.13k	4.66k	4.66k	3.96k	3.96k	
Sollecitazioni pilastri Sisma X SLD
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	10.3k	4.45k	499	0.765	628	6.00k	10.3k	4.45k	499	0.765	86.3	1.27k	10.3k	4.45k	499	0.765	720	6.08k	
1	2	9.66k	2.09k	382	2.13	470	4.19k	9.66k	2.09k	382	2.13	56.9	1.91k	9.66k	2.09k	382	2.13	563	1.52k	
1	3	10.3k	4.45k	499	0.765	628	6.00k	10.3k	4.45k	499	0.765	86.3	1.27k	10.3k	4.45k	499	0.765	720	6.08k	
1	4	9.66k	2.09k	382	2.13	470	4.19k	9.66k	2.09k	382	2.13	56.9	1.91k	9.66k	2.09k	382	2.13	563	1.52k	
2	1	1.83k	6.19k	141	312	140	1.50k	1.83k	6.19k	141	312	86.7	8.41k	1.83k	6.19k	141	312	313	18.3k	
2	2	1.93k	6.33k	97.6	314	93.4	1.65k	1.93k	6.33k	97.6	314	63.9	8.50k	1.93k	6.33k	97.6	314	220	18.6k	
2	3	1.83k	6.19k	141	312	140	1.50k	1.83k	6.19k	141	312	86.7	8.41k	1.83k	6.19k	141	312	313	18.3k	
2	4	1.93k	6.33k	97.6	314	93.4	1.65k	1.93k	6.33k	97.6	314	63.9	8.50k	1.93k	6.33k	97.6	314	220	18.6k	
2	5	149	689	7.30	0.191	11.8	95.5	149	689	7.30	0.191	1.43	1.01k	149	689	7.30	0.191	11.8	2.11k	
2	6	93.3	696	2.20	0.218	4.86	96.5	93.3	696	2.20	0.218	1.33	1.02k	93.3	696	2.20	0.218	2.19	2.13k	
2	7	149	689	7.30	0.191	11.8	95.5	149	689	7.30	0.191	1.43	1.01k	149	689	7.30	0.191	11.8	2.11k	
2	8	93.3	696	2.20	0.218	4.86	96.5	93.3	696	2.20	0.218	1.33	1.02k	93.3	696	2.20	0.218	2.19	2.13k	
Sollecitazioni pareti Sisma X SLD
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	9.01k	14.4k	0	0	0	22.1k	9.01k	14.4k	0	0	0	1.12k	9.01k	14.4k	0	0	0	24.1k	
Sollecitazioni travi Sisma X SLD
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	538	2.54k	107	831	159	0	539	3.54k	102	538	401	0	542	4.92k	97.3	3.07k	726	
0	2	0	2.56	1.44k	5.64	1.26k	505	0	0	0	0	837	504	0	2.56	1.44k	5.64	1.26k	505	
0	3	0	542	4.92k	97.3	3.07k	726	0	539	3.54k	102	538	401	0	538	2.54k	107	831	159	
0	4	0	63.8	2.13k	346	388	47.1	0	63.7	3.27k	339	829	18.5	0	63.6	4.84k	332	3.25k	19.8	
0	5	0	47.4	793	2.48	83.4	19.0	0	47.4	798	3.25	85.0	9.48	0	47.4	793	2.48	83.4	19.0	
0	6	0	63.6	4.84k	332	3.25k	19.8	0	63.7	3.27k	339	829	18.5	0	63.8	2.13k	346	388	47.1	
1	1	26.3k	198	5.86k	21.8	15.1k	80.0	1.67k	43.8	5.31k	21.8	398	8.09	23.4k	309	5.48k	19.7	13.9k	401	
1	2	26.3k	198	5.86k	21.8	15.1k	80.0	1.67k	43.8	5.31k	21.8	398	8.09	23.4k	309	5.48k	19.7	13.9k	401	
1	3	3.00k	693	944	56.5	521	277	3.00k	693	944	56.5	608	255	3.00k	693	944	56.5	1.06k	633	
1	4	3.18k	687	1.07k	55.4	527	279	3.18k	687	1.07k	55.4	568	231	3.18k	687	1.07k	55.4	1.09k	606	
1	5	3.00k	693	944	56.5	1.06k	633	3.00k	693	944	56.5	608	255	3.00k	693	944	56.5	521	277	
1	6	3.18k	687	1.07k	55.4	1.09k	606	3.18k	687	1.07k	55.4	568	231	3.18k	687	1.07k	55.4	527	279	
2	1	324	0	0	40.5m	0	0	324	0	0	40.5m	0	0	324	0	0	40.5m	0	0	
2	2	324	0	0	40.5m	0	0	324	0	0	40.5m	0	0	324	0	0	40.5m	0	0	
2	3	110	587	154	0.419	42.5	331	110	587	154	0.419	35.1	39.4	110	587	154	0.419	104	227	
2	4	110	587	154	0.419	104	227	110	587	154	0.419	35.1	39.4	110	587	154	0.419	42.5	331	
2	5	114	0	0	0	47.3	389	114	0	0	0	47.3	389	114	0	0	0	47.3	389	
2	6	108	593	93.6	0.374	65.3	227	108	593	93.6	0.374	23.4	41.0	108	593	93.6	0.374	24.0	336	
2	7	108	593	93.6	0.374	24.0	336	108	593	93.6	0.374	23.4	41.0	108	593	93.6	0.374	65.3	227	
2	8	109	0	0	0	28.8	395	109	0	0	0	28.8	395	109	0	0	0	28.8	395	
Sollecitazioni pilastri Sisma X SLV
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	12.3k	5.30k	597	0.923	752	7.18k	12.3k	5.30k	597	0.923	104	1.55k	12.3k	5.30k	597	0.923	860	7.21k	
1	2	11.5k	2.50k	457	2.52	562	5.03k	11.5k	2.50k	457	2.52	69.0	2.30k	11.5k	2.50k	457	2.52	671	1.80k	
1	3	12.3k	5.30k	597	0.923	752	7.18k	12.3k	5.30k	597	0.923	104	1.55k	12.3k	5.30k	597	0.923	860	7.21k	
1	4	11.5k	2.50k	457	2.52	562	5.03k	11.5k	2.50k	457	2.52	69.0	2.30k	11.5k	2.50k	457	2.52	671	1.80k	
2	1	2.51k	7.31k	171	369	171	1.78k	2.51k	7.31k	171	369	103	9.94k	2.51k	7.31k	171	369	375	21.6k	
2	2	2.61k	7.48k	118	371	115	1.95k	2.61k	7.48k	118	371	76.2	10.1k	2.61k	7.48k	118	371	265	22.0k	
2	3	2.51k	7.31k	171	369	171	1.78k	2.51k	7.31k	171	369	103	9.94k	2.51k	7.31k	171	369	375	21.6k	
2	4	2.61k	7.48k	118	371	115	1.95k	2.61k	7.48k	118	371	76.2	10.1k	2.61k	7.48k	118	371	265	22.0k	
2	5	190	815	9.13	0.226	14.8	113	190	815	9.13	0.226	1.75	1.19k	190	815	9.13	0.226	14.6	2.50k	
2	6	127	823	2.91	0.258	6.42	114	127	823	2.91	0.258	1.77	1.20k	127	823	2.91	0.258	2.88	2.52k	
2	7	190	815	9.13	0.226	14.8	113	190	815	9.13	0.226	1.75	1.19k	190	815	9.13	0.226	14.6	2.50k	
2	8	127	823	2.91	0.258	6.42	114	127	823	2.91	0.258	1.77	1.20k	127	823	2.91	0.258	2.88	2.52k	
Sollecitazioni pareti Sisma X SLV
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	10.8k	17.2k	0	0	0	26.4k	10.8k	17.2k	0	0	0	1.33k	10.8k	17.2k	0	0	0	28.7k	
Sollecitazioni travi Sisma X SLV
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	640	3.04k	132	991	189	0	642	4.21k	127	645	478	0	645	5.85k	121	3.65k	864	
0	2	0	3.05	1.70k	6.68	1.49k	601	0	0	0	0	999	600	0	3.05	1.70k	6.68	1.49k	601	
0	3	0	645	5.85k	121	3.65k	864	0	642	4.21k	127	645	478	0	640	3.04k	132	991	189	
0	4	0	76.0	2.55k	413	462	56.2	0	75.9	3.89k	405	990	22.0	0	75.8	5.74k	397	3.87k	23.5	
0	5	0	56.5	941	2.95	99.0	22.6	0	56.5	948	3.85	101	11.3	0	56.5	941	2.95	99.0	22.6	
0	6	0	75.8	5.74k	397	3.87k	23.5	0	75.9	3.89k	405	990	22.0	0	76.0	2.55k	413	462	56.2	
1	1	31.1k	237	6.93k	26.0	17.8k	98.2	1.99k	51.7	6.28k	25.8	473	9.70	27.6k	376	6.48k	23.8	16.4k	479	
1	2	31.1k	237	6.93k	26.0	17.8k	98.2	1.99k	51.7	6.28k	25.8	473	9.70	27.6k	376	6.48k	23.8	16.4k	479	
1	3	3.54k	820	1.16k	68.6	634	330	3.54k	820	1.16k	68.6	718	308	3.54k	820	1.16k	68.6	1.26k	753	
1	4	3.76k	832	1.34k	67.7	639	343	3.76k	832	1.34k	67.7	682	273	3.76k	832	1.34k	67.7	1.35k	728	
1	5	3.54k	820	1.16k	68.6	1.26k	753	3.54k	820	1.16k	68.6	718	308	3.54k	820	1.16k	68.6	634	330	
1	6	3.76k	832	1.34k	67.7	1.35k	728	3.76k	832	1.34k	67.7	682	273	3.76k	832	1.34k	67.7	639	343	
2	1	384	0	0	49.3m	0	0	384	0	0	49.3m	0	0	384	0	0	49.3m	0	0	
2	2	384	0	0	49.3m	0	0	384	0	0	49.3m	0	0	384	0	0	49.3m	0	0	
2	3	134	694	192	0.539	53.8	391	134	694	192	0.539	42.8	46.6	134	694	192	0.539	129	268	
2	4	134	694	192	0.539	129	268	134	694	192	0.539	42.8	46.6	134	694	192	0.539	53.8	391	
2	5	138	0	0	0	59.7	461	138	0	0	0	59.7	461	138	0	0	0	59.7	461	
2	6	130	702	120	0.489	82.8	269	130	702	120	0.489	28.9	48.5	130	702	120	0.489	32.3	398	
2	7	130	702	120	0.489	32.3	398	130	702	120	0.489	28.9	48.5	130	702	120	0.489	82.8	269	
2	8	132	0	0	0	38.2	467	132	0	0	0	38.2	467	132	0	0	0	38.2	467	
Sollecitazioni pilastri Sisma Y SLD
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	26.8k	704	2.29k	11.5	2.29k	1.34k	26.8k	704	2.29k	11.5	355	570	26.8k	704	2.29k	11.5	3.92k	557	
1	2	22.3k	346	932	10.1	838	826	22.3k	346	932	10.1	401	445	22.3k	346	932	10.1	1.76k	110	
1	3	26.8k	704	2.29k	11.5	2.29k	1.34k	26.8k	704	2.29k	11.5	355	570	26.8k	704	2.29k	11.5	3.92k	557	
1	4	22.3k	346	932	10.1	838	826	22.3k	346	932	10.1	401	445	22.3k	346	932	10.1	1.76k	110	
2	1	6.31k	320	5.87k	358	6.75k	230	6.31k	320	5.87k	358	2.63k	322	6.31k	320	5.87k	358	12.0k	823	
2	2	6.73k	159	6.40k	140	7.34k	147	6.73k	159	6.40k	140	2.89k	325	6.73k	159	6.40k	140	13.1k	565	
2	3	6.31k	320	5.87k	358	6.75k	230	6.31k	320	5.87k	358	2.63k	322	6.31k	320	5.87k	358	12.0k	823	
2	4	6.73k	159	6.40k	140	7.34k	147	6.73k	159	6.40k	140	2.89k	325	6.73k	159	6.40k	140	13.1k	565	
2	5	4.41k	3.09	723	0.121	1.16k	0.498	4.41k	3.09	723	0.121	2.84	4.83	4.41k	3.09	723	0.121	1.15k	9.75	
2	6	4.43k	11.5	785	0.261	1.27k	2.07	4.43k	11.5	785	0.261	9.48	16.3	4.43k	11.5	785	0.261	1.25k	34.6	
2	7	4.41k	3.09	723	0.121	1.16k	0.498	4.41k	3.09	723	0.121	2.84	4.83	4.41k	3.09	723	0.121	1.15k	9.75	
2	8	4.43k	11.5	785	0.261	1.27k	2.07	4.43k	11.5	785	0.261	9.48	16.3	4.43k	11.5	785	0.261	1.25k	34.6	
Sollecitazioni pareti Sisma Y SLD
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	0	0	22.0k	70.6	37.2k	0	0	0	22.0k	70.6	2.25k	0	0	0	22.0k	70.6	33.1k	0	
Sollecitazioni travi Sisma Y SLD
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	45.9	2.18k	46.2	7.54k	18.0	0	45.9	3.51k	45.8	8.48k	3.23	0	46.0	4.95k	45.5	10.9k	30.4	
0	2	0	61.8	6.76k	8.10	3.84k	37.1	0	61.8	6.22k	8.07	0	0	0	61.8	6.76k	8.10	3.84k	37.1	
0	3	0	46.0	4.95k	45.5	10.9k	30.4	0	45.9	3.51k	45.8	8.48k	3.23	0	45.9	2.18k	46.2	7.54k	18.0	
0	4	0	19.7	3.93k	61.7	1.05k	13.9	0	19.7	5.90k	61.2	3.13k	5.01	0	19.6	7.63k	61.0	7.22k	6.78	
0	5	0	14.8	399	92.6m	40.2	4.54	0	14.8	193	92.2m	37.5	4.36	0	14.8	399	92.6m	40.2	4.54	
0	6	0	19.6	7.63k	61.0	7.22k	6.78	0	19.7	5.90k	61.2	3.13k	5.01	0	19.7	3.93k	61.7	1.05k	13.9	
1	1	2.21k	121	910	47.0	1.15k	212	2.17k	8.64	336	29.8	535	29.0	2.17k	311	557	87.6	1.27k	222	
1	2	2.21k	121	910	47.0	1.15k	212	2.17k	8.64	336	29.8	535	29.0	2.17k	311	557	87.6	1.27k	222	
1	3	5.64k	158	11.1k	34.7	10.3k	156	5.64k	158	11.1k	34.7	3.71k	70.1	5.64k	158	11.1k	34.7	3.03k	58.9	
1	4	3.39k	574	11.4k	17.0	10.0k	363	3.39k	574	11.4k	17.0	3.26k	19.5	3.39k	574	11.4k	17.0	3.85k	326	
1	5	5.64k	158	11.1k	34.7	3.03k	58.9	5.64k	158	11.1k	34.7	3.71k	70.1	5.64k	158	11.1k	34.7	10.3k	156	
1	6	3.39k	574	11.4k	17.0	3.85k	326	3.39k	574	11.4k	17.0	3.26k	19.5	3.39k	574	11.4k	17.0	10.0k	363	
2	1	189	0	0	1.54	0	0	189	0	0	1.54	0	0	189	0	0	1.54	0	0	
2	2	189	0	0	1.54	0	0	189	0	0	1.54	0	0	189	0	0	1.54	0	0	
2	3	629	145	5.00k	0.866	216	103	629	145	5.00k	0.866	2.30k	176	629	145	5.00k	0.866	4.54k	241	
2	4	629	145	5.00k	0.866	4.54k	241	629	145	5.00k	0.866	2.30k	176	629	145	5.00k	0.866	216	103	
2	5	0	147	605	0.365	303	73.5	0	147	605	0.365	0	0	0	147	605	0.365	303	73.5	
2	6	681	308	5.30k	0.667	4.93k	502	681	308	5.30k	0.667	2.54k	363	681	308	5.30k	0.667	107	210	
2	7	681	308	5.30k	0.667	107	210	681	308	5.30k	0.667	2.54k	363	681	308	5.30k	0.667	4.93k	502	
2	8	0	298	870	1.12	435	149	0	298	870	1.12	0	0	0	298	870	1.12	435	149	
Sollecitazioni pilastri Sisma Y SLV
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	31.7k	838	2.76k	13.6	2.80k	1.61k	31.7k	838	2.76k	13.6	450	684	31.7k	838	2.76k	13.6	4.68k	660	
1	2	26.4k	418	1.17k	12.0	1.13k	1.00k	26.4k	418	1.17k	12.0	492	543	26.4k	418	1.17k	12.0	2.14k	130	
1	3	31.7k	838	2.76k	13.6	2.80k	1.61k	31.7k	838	2.76k	13.6	450	684	31.7k	838	2.76k	13.6	4.68k	660	
1	4	26.4k	418	1.17k	12.0	1.13k	1.00k	26.4k	418	1.17k	12.0	492	543	26.4k	418	1.17k	12.0	2.14k	130	
2	1	7.58k	398	6.98k	424	8.03k	339	7.58k	398	6.98k	424	3.13k	380	7.58k	398	6.98k	424	14.3k	992	
2	2	8.00k	207	7.61k	169	8.73k	208	8.00k	207	7.61k	169	3.44k	386	8.00k	207	7.61k	169	15.6k	688	
2	3	7.58k	398	6.98k	424	8.03k	339	7.58k	398	6.98k	424	3.13k	380	7.58k	398	6.98k	424	14.3k	992	
2	4	8.00k	207	7.61k	169	8.73k	208	8.00k	207	7.61k	169	3.44k	386	8.00k	207	7.61k	169	15.6k	688	
2	5	5.24k	4.49	860	0.143	1.38k	0.855	5.24k	4.49	860	0.143	3.87	6.73	5.24k	4.49	860	0.143	1.37k	13.9	
2	6	5.26k	13.5	935	0.308	1.51k	2.45	5.26k	13.5	935	0.308	11.2	19.2	5.26k	13.5	935	0.308	1.48k	40.9	
2	7	5.24k	4.49	860	0.143	1.38k	0.855	5.24k	4.49	860	0.143	3.87	6.73	5.24k	4.49	860	0.143	1.37k	13.9	
2	8	5.26k	13.5	935	0.308	1.51k	2.45	5.26k	13.5	935	0.308	11.2	19.2	5.26k	13.5	935	0.308	1.48k	40.9	
Sollecitazioni pareti Sisma Y SLV
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	0	0	26.1k	83.4	44.3k	0	0	0	26.1k	83.4	2.81k	0	0	0	26.1k	83.4	39.4k	0	
Sollecitazioni travi Sisma Y SLV
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	54.3	3.32k	54.8	8.91k	21.3	0	54.3	4.66k	54.4	10.0k	4.20	0	54.4	6.23k	54.1	13.0k	36.0	
0	2	0	73.6	8.05k	9.57	4.58k	44.1	0	73.6	7.42k	9.54	0	0	0	73.6	8.05k	9.57	4.58k	44.1	
0	3	0	54.4	6.23k	54.1	13.0k	36.0	0	54.3	4.66k	54.4	10.0k	4.20	0	54.3	3.32k	54.8	8.91k	21.3	
0	4	0	23.3	4.91k	73.4	1.28k	16.4	0	23.3	7.16k	72.8	3.72k	5.92	0	23.2	9.16k	72.5	8.64k	8.03	
0	5	0	17.5	472	0.109	47.5	5.36	0	17.5	228	0.109	44.4	5.15	0	17.5	472	0.109	47.5	5.36	
0	6	0	23.2	9.16k	72.5	8.64k	8.03	0	23.3	7.16k	72.8	3.72k	5.92	0	23.3	4.91k	73.4	1.28k	16.4	
1	1	2.62k	164	1.22k	57.6	1.40k	257	2.96k	10.5	397	35.2	898	37.5	2.58k	386	789	105	1.51k	277	
1	2	2.62k	164	1.22k	57.6	1.40k	257	2.96k	10.5	397	35.2	898	37.5	2.58k	386	789	105	1.51k	277	
1	3	6.73k	223	13.1k	41.6	12.3k	200	6.73k	223	13.1k	41.6	4.42k	83.7	6.73k	223	13.1k	41.6	3.62k	99.8	
1	4	4.30k	698	13.5k	24.5	11.9k	441	4.30k	698	13.5k	24.5	3.93k	23.3	4.30k	698	13.5k	24.5	4.63k	398	
1	5	6.73k	223	13.1k	41.6	3.62k	99.8	6.73k	223	13.1k	41.6	4.42k	83.7	6.73k	223	13.1k	41.6	12.3k	200	
1	6	4.30k	698	13.5k	24.5	4.63k	398	4.30k	698	13.5k	24.5	3.93k	23.3	4.30k	698	13.5k	24.5	11.9k	441	
2	1	265	0	0	1.81	0	0	265	0	0	1.81	0	0	265	0	0	1.81	0	0	
2	2	265	0	0	1.81	0	0	265	0	0	1.81	0	0	265	0	0	1.81	0	0	
2	3	748	174	5.94k	1.04	259	123	748	174	5.94k	1.04	2.73k	210	748	174	5.94k	1.04	5.41k	289	
2	4	748	174	5.94k	1.04	5.41k	289	748	174	5.94k	1.04	2.73k	210	748	174	5.94k	1.04	259	123	
2	5	0	176	741	0.439	371	88.1	0	176	741	0.439	0	0	0	176	741	0.439	371	88.1	
2	6	810	365	6.30k	0.793	5.86k	595	810	365	6.30k	0.793	3.03k	431	810	365	6.30k	0.793	128	249	
2	7	810	365	6.30k	0.793	128	249	810	365	6.30k	0.793	3.03k	431	810	365	6.30k	0.793	5.86k	595	
2	8	0	354	1.04k	1.33	520	177	0	354	1.04k	1.33	0	0	0	354	1.04k	1.33	520	177	
Inviluppo sollecitazioni
Sollecitazioni per sezioni Beam
  		N [N]		Vy [N]		Vz [N]		Mt [Nm]		My [Nm]		Mz [Nm]	
 Sezione Beam		Fam		min		max		min		max		min		max		min		max		min		max		min		max	
 		Cmb.																									
1) R 30x30	1	-96.3k	-72.2k	-3.48k	4.27k	-1.40k	1.40k	-3.54	3.54	-2.00k	2.00k	-9.01k	9.50k	
1) R 30x30	7	-94.8k	-27.4k	-4.65k	7.37k	-2.97k	2.97k	-20.2	20.2	-4.70k	4.70k	-10.9k	13.0k	
1) R 30x30	8	-100k	-21.7k	-5.12k	8.31k	-3.48k	3.48k	-23.6	23.6	-5.52k	5.52k	-11.9k	14.4k	
2) R 30x50	1	-2.45k	67.2k	-1.65k	1.64k	-21.9k	22.2k	-90.4	90.4	-12.5k	21.3k	-1.22k	1.36k	
2) R 30x50	7	-21.8k	54.1k	-1.98k	1.98k	-22.2k	22.9k	-125	125	-23.6k	19.3k	-1.49k	1.62k	
2) R 30x50	8	-26.9k	55.0k	-2.13k	2.13k	-24.2k	24.2k	-146	146	-26.5k	20.1k	-1.64k	1.76k	
6) R 20x20	1	-3.73k	-1.22k	-262	264	-217	217	-0.196	0.199	-363	363	-866	859	
6) R 20x20	7	-11.0k	7.73k	-1.44k	1.42k	-1.63k	1.63k	-1.08	1.08	-2.65k	2.65k	-4.36k	4.39k	
6) R 20x20	8	-12.7k	9.45k	-1.67k	1.66k	-1.94k	1.94k	-1.27	1.27	-3.14k	3.14k	-5.08k	5.12k	
7) R 20x30	1	-1.39k	-880	-546	547	-3.03k	3.03k	-5.26	5.27	-795	2.05k	-347	351	
7) R 20x30	7	-2.12k	788	-1.54k	1.54k	-12.1k	12.1k	-5.94	5.94	-9.43k	10.8k	-1.33k	1.45k	
7) R 20x30	8	-2.38k	1.06k	-1.80k	1.80k	-14.1k	14.1k	-6.57	6.57	-11.3k	12.7k	-1.58k	1.70k	
9) R200×300×10	1	-57.9k	-44.1k	-3.66k	3.62k	-1.85k	1.85k	-305	306	-3.67k	3.67k	-8.08k	8.18k	
9) R200×300×10	7	-48.6k	-17.3k	-14.3k	14.1k	-13.6k	13.6k	-1.14k	1.14k	-27.9k	27.9k	-39.5k	39.9k	
9) R200×300×10	8	-51.5k	-14.3k	-16.5k	16.3k	-16.1k	16.1k	-1.33k	1.33k	-32.9k	32.9k	-45.9k	46.4k	
10) IPE 500	1	4.92k	7.99k	0	0	-54.0k	54.0k	-0.171	0.171	0	71.5k	0	0	
10) IPE 500	7	2.39k	3.80k	0	0	-31.5k	31.5k	-6.11	6.11	0	41.8k	0	0	
10) IPE 500	8	2.24k	3.95k	0	0	-31.5k	31.5k	-7.21	7.21	0	41.8k	0	0	
11) R 30x50w	1	0	0	-888	888	-13.8k	13.8k	-342	343	-2.77k	4.50k	-662	1.02k	
11) R 30x50w	7	0	0	-1.10k	1.10k	-18.7k	18.7k	-554	554	-9.64k	14.5k	-953	1.35k	
11) R 30x50w	8	0	0	-1.21k	1.21k	-20.5k	20.5k	-632	632	-11.9k	16.8k	-1.06k	1.50k	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Sollecitazioni svincoli interni Beam
  		N [N]		Vy [N]		Vz [N]		Mt [Nm]		My [Nm]		Mz [Nm]	
 Vincolo		Fam		min		max		min		max		min		max		min		max		min		max		min		max	
 		Cmb.																									
7) cern_forata	1	4.92k	7.99k	0	0	-54.0k	54.0k	-0.171	0.171	0	0	0	0	
7) cern_forata	7	2.71k	3.48k	0	0	-31.5k	31.5k	-3.33	3.33	0	0	0	0	
7) cern_forata	8	2.63k	3.56k	0	0	-31.5k	31.5k	-3.93	3.93	0	0	0	0	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Sollecitazioni resistenze svincoli
  		N [N]		Vy [N]		Vz [N]		Mt [Nm]		My [Nm]		Mz [Nm]	
 Vincolo		Fam		min		max		min		max		min		max		min		max		min		max		min		max	
 		Cmb.																									
6) unione Incastro	1	4.92k	7.99k	0	0	-45.8k	-37.3k	-0.171	0.171	-20.0k	-16.2k	0	0	
6) unione Incastro	7	2.39k	3.80k	0	0	-26.8k	-26.8k	-6.11	6.11	-11.7k	-11.7k	0	0	
6) unione Incastro	8	2.24k	3.95k	0	0	-26.8k	-26.8k	-7.21	7.21	-11.7k	-11.7k	0	0	
7) cern_forata	1	4.92k	7.99k	0	0	-54.0k	-43.9k	-0.171	0.171	0	0	0	0	
7) cern_forata	7	2.39k	3.80k	0	0	-31.5k	-31.5k	-6.11	6.11	0	0	0	0	
7) cern_forata	8	2.24k	3.95k	0	0	-31.5k	-31.5k	-7.21	7.21	0	0	0	0	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Piano 0.Inviluppo Reazioni Vincolari
 		Min		Max	
 Nodo		Fam		Fx		Fy		Fz		Mx		My		Mz		Fx		Fy		Fz		Mx		My		Mz	
 		Cmb.		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	2.47k	-1.69k	110k	-3.97k	-306	-27.6	5.18k	-121	121k	861	3.41k	-12.4	
1	2	2.04k	-1.12k	83.4k	-2.73k	-14.6	-20.2	3.84k	-81.2	91.0k	472	2.44k	-10.2	
1	3	2.76k	-580	84.2k	-1.36k	991	-16.0	3.12k	-371	86.0k	-717	1.48k	-14.0	
1	4	2.94k	-476	85.0k	-1.04k	1.24k	-15.0	2.94k	-476	85.0k	-1.04k	1.24k	-15.0	
1	5	2.94k	-380	83.3k	-970	1.25k	-14.8	2.94k	-380	83.3k	-970	1.25k	-14.8	
1	6	-2.47k	-3.51k	45.3k	-16.4k	-8.07k	-54.0	8.35k	2.56k	125k	14.3k	10.5k	24.0	
1	7	-1.49k	-2.97k	52.5k	-13.6k	-6.38k	-46.9	7.37k	2.02k	117k	11.5k	8.85k	17.0	
1	8	-2.34k	-3.48k	46.6k	-15.9k	-7.80k	-52.9	8.22k	2.53k	123k	13.8k	10.3k	22.9	
2	1	-3.89k	-1.28k	101k	-1.97k	-1.48k	9.10	-2.12k	-436	111k	-931	-600	22.4	
2	2	-2.90k	-868	76.5k	-1.43k	-1.08k	7.63	-1.73k	-309	83.3k	-745	-504	16.4	
2	3	-2.43k	-549	77.1k	-1.12k	-845	11.0	-2.20k	-437	78.8k	-986	-729	12.8	
2	4	-2.32k	-493	77.8k	-1.05k	-787	11.9	-2.32k	-493	77.8k	-1.05k	-787	11.9	
2	5	-2.32k	-421	76.3k	-1.03k	-781	11.8	-2.32k	-421	76.3k	-1.03k	-781	11.8	
2	6	-5.33k	-1.78k	40.7k	-4.49k	-2.99k	-21.6	696	791	115k	2.38k	1.42k	45.4	
2	7	-4.78k	-1.56k	47.4k	-3.87k	-2.59k	-15.5	149	577	108k	1.76k	1.02k	39.3	
2	8	-5.27k	-1.82k	41.9k	-4.38k	-2.93k	-20.7	633	838	114k	2.27k	1.36k	44.5	
3	1	2.45k	121	110k	-861	-313	12.4	5.20k	1.69k	121k	3.97k	3.42k	27.6	
3	2	2.03k	81.2	83.4k	-472	-19.2	10.2	3.85k	1.12k	91.0k	2.73k	2.44k	20.2	
3	3	2.76k	371	84.2k	717	990	14.0	3.12k	580	86.0k	1.36k	1.48k	16.0	
3	4	2.94k	476	85.0k	1.04k	1.24k	15.0	2.94k	476	85.0k	1.04k	1.24k	15.0	
3	5	2.94k	380	83.3k	970	1.25k	14.8	2.94k	380	83.3k	970	1.25k	14.8	
3	6	-2.47k	-2.56k	45.3k	-14.3k	-8.07k	-24.0	8.35k	3.51k	125k	16.4k	10.5k	54.0	
3	7	-1.49k	-2.02k	52.5k	-11.5k	-6.38k	-17.0	7.37k	2.97k	117k	13.6k	8.85k	46.9	
3	8	-2.34k	-2.53k	46.6k	-13.8k	-7.80k	-22.9	8.22k	3.48k	123k	15.9k	10.3k	52.9	
4	1	-3.91k	436	101k	931	-1.48k	-22.4	-2.10k	1.28k	111k	1.97k	-598	-9.08	
4	2	-2.91k	309	76.5k	745	-1.09k	-16.4	-1.72k	868	83.3k	1.43k	-503	-7.62	
4	3	-2.44k	437	77.1k	986	-845	-12.8	-2.20k	549	78.8k	1.12k	-729	-11.0	
4	4	-2.32k	493	77.8k	1.05k	-787	-11.9	-2.32k	493	77.8k	1.05k	-787	-11.9	
4	5	-2.32k	421	76.3k	1.03k	-781	-11.8	-2.32k	421	76.3k	1.03k	-781	-11.8	
4	6	-5.33k	-791	40.7k	-2.38k	-2.99k	-45.4	696	1.78k	115k	4.49k	1.42k	21.6	
4	7	-4.78k	-577	47.4k	-1.76k	-2.59k	-39.3	149	1.56k	108k	3.87k	1.02k	15.5	
4	8	-5.27k	-838	41.9k	-2.27k	-2.93k	-44.5	633	1.82k	114k	4.38k	1.36k	20.7	
5	1	-4.52k	1.56k	0	0	0	0	561	6.83k	0	0	0	0	
5	2	-3.07k	2.14k	0	0	0	0	285	5.61k	0	0	0	0	
5	3	-1.55k	4.30k	0	0	0	0	-882	5.08k	0	0	0	0	
5	4	-1.22k	4.74k	0	0	0	0	-1.22k	4.74k	0	0	0	0	
5	5	-1.09k	5.38k	0	0	0	0	-1.09k	5.38k	0	0	0	0	
5	6	-12.9k	-11.9k	0	0	0	0	10.4k	21.4k	0	0	0	0	
5	7	-10.8k	-8.94k	0	0	0	0	8.33k	18.4k	0	0	0	0	
5	8	-12.6k	-11.6k	0	0	0	0	10.1k	21.0k	0	0	0	0	
6	1	2.12k	471	0	0	0	0	4.21k	623	0	0	0	0	
6	2	1.65k	371	0	0	0	0	3.03k	472	0	0	0	0	
6	3	2.08k	411	0	0	0	0	2.36k	431	0	0	0	0	
6	4	2.22k	421	0	0	0	0	2.22k	421	0	0	0	0	
6	5	2.12k	421	0	0	0	0	2.12k	421	0	0	0	0	
6	6	-2.31k	-125	0	0	0	0	6.74k	967	0	0	0	0	
6	7	-1.49k	-26.7	0	0	0	0	5.92k	869	0	0	0	0	
6	8	-2.19k	-111	0	0	0	0	6.63k	954	0	0	0	0	
7	1	-4.54k	-6.81k	0	0	0	0	580	-1.58k	0	0	0	0	
7	2	-3.08k	-5.60k	0	0	0	0	298	-2.15k	0	0	0	0	
7	3	-1.56k	-5.08k	0	0	0	0	-879	-4.30k	0	0	0	0	
7	4	-1.22k	-4.74k	0	0	0	0	-1.22k	-4.74k	0	0	0	0	
7	5	-1.09k	-5.38k	0	0	0	0	-1.09k	-5.38k	0	0	0	0	
7	6	-12.9k	-21.4k	0	0	0	0	10.4k	11.9k	0	0	0	0	
7	7	-10.8k	-18.4k	0	0	0	0	8.33k	8.94k	0	0	0	0	
7	8	-12.6k	-21.0k	0	0	0	0	10.1k	11.6k	0	0	0	0	
8	1	2.12k	-623	0	0	0	0	4.21k	-471	0	0	0	0	
8	2	1.65k	-472	0	0	0	0	3.03k	-371	0	0	0	0	
8	3	2.08k	-431	0	0	0	0	2.36k	-411	0	0	0	0	
8	4	2.22k	-421	0	0	0	0	2.22k	-421	0	0	0	0	
8	5	2.12k	-421	0	0	0	0	2.12k	-421	0	0	0	0	
8	6	-2.31k	-967	0	0	0	0	6.74k	125	0	0	0	0	
8	7	-1.49k	-869	0	0	0	0	5.92k	26.7	0	0	0	0	
8	8	-2.19k	-954	0	0	0	0	6.63k	111	0	0	0	0	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Pressione terreno travi
 Trave		 Famiglia Cmb. Pressione [N/mm²]			
 Piano		Trave		Impronta		k Winkler		Fond.		Rara		Freq.		Quasi		Perm.		Sisma		Sisma		Sisma		Sisma\nSLC		STR A1	
 				m		[N/cm³]								Perm.				SLO		SLD		SLV				[N/mm²]	
0	1	0.3	16.667	0.073238	0.055005	0.052157	0.051521	0.050568	0.073225	0.073127	0.073207	0	0.073238	
0	2	0.3	16.667	0.072365	0.054449	0.052157	0.051521	0.050568	0.063279	0.063249	0.063273	0	0.072365	
0	3	0.3	16.667	0.073238	0.055005	0.052157	0.051521	0.050568	0.073225	0.073127	0.073207	0	0.073238	
0	4	0.3	16.667	0.08199	0.06157	0.058384	0.057655	0.056563	0.082366	0.082221	0.08234	0	0.08234	
0	5	0.3	16.667	0.081072	0.060975	0.058384	0.057656	0.056563	0.07071	0.070669	0.070703	0	0.081072	
0	6	0.3	16.667	0.08199	0.06157	0.058384	0.057655	0.056563	0.082366	0.082221	0.08234	0	0.08234	
Pressione terreno plinti
 Plinto		 Famiglia Cmb. Pressione [N/mm²]			
 Piano		Plinto		Impronta		k Winkler		Fond.		Rara		Freq.		Quasi		Perm.		Sisma		Sisma		Sisma		Sisma\nSLC		STR A1	
 				m²		[N/cm³]								Perm.				SLO		SLD		SLV				[N/mm²]	
0	2	2.25	10	0.050999	0.038289	0.036344	0.035888	0.035203	0.056026	0.052367	0.055406	0	0.055406	
0	4	2.25	10	0.050999	0.038289	0.036344	0.035888	0.035203	0.055754	0.0521	0.055135	0	0.055135	
Pressione terreno shell piastre
 Piano		Piastra		Zona		k Winkler		 Famiglia cmb.Pressione [N/mm²]		STR A1	
 		N°		Filo		Piano		[N/cm³]		Fond.		Rara		Freq.		Quasi		Perm.		Sisma		Sisma		Sisma		Sisma\nSLC		[N/mm²]	
 																Perm.				SLO		SLD		SLV					
0	1	5	0	10	0.043419	0.032669	0.031294	0.030913	0.030341	0.038168	0.036857	0.037964	0	0.043419	
0	1	6	0	10	0.048643	0.036585	0.03503	0.034593	0.033938	0.042651	0.041194	0.042422	0	0.048643	
0	1	8	0	10	0.048642	0.036584	0.03503	0.034593	0.033938	0.042651	0.041194	0.042422	0	0.048642	
0	1	7	0	10	0.043418	0.032669	0.031294	0.030913	0.030341	0.038168	0.036857	0.037964	0	0.043418	
0	1	-	-	10	0.047949	0.03607	0.034567	0.034137	0.028419	0.033951	0.033044	0.033792	0	0.047949	
Solai
 						Fondamentale		Rara.		Frequente		Quasi Perm.	
 Piano		Travetto		x		N		M min		M max		V min		V max		N		M min		M max		N		M min		M max		N		M	
 				[m]		[N]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[N]		[Nm]		[Nm]		[N]		[Nm]	
2	1	0	0	-3.84k	0	6.90k	9.60k	0	0	0	0	0	0	0	0	
2	1	1.80	0	4.80k	8.64k	0	0	0	4.47k	6.09k	0	4.47k	5.28k	0	4.95k	
2	1	3.60	0	-3.84k	0	-9.60k	-6.90k	0	0	0	0	0	0	0	0	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Geometria Pali
 L		ro		EI		EA		GIt	
 [m]		[m]		[Nm²]		[N]		[Nm²]	
3	0.125	6.04M	1.55G	251k	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Conci FEM Sezione palo 1) P 0.25x3
 Strati palo		Strati terr.		press.Litostatica		Param.FEM		par. conc. FEM	
 xIni		xFin		zIni		zFin		Falda		σV0		σ'vo		kh		kv		kb		ko inf		kz inf		kr inf		kt inf	
 [m]		[m]		[m]		[m]				[Pa]		[Pa]		[N/m³]		[N/m²]		[N/m]		[N/m]		[N/m]		[Nm]		[Nm]	
0.000	0.250	1.000	1.250	No	4.50k	4.50k	2.50M	2.40M	0	156k	600k	37.5k	9.38k	
0.250	0.500	1.250	1.500	No	9.00k	9.00k	3.00M	2.40M	0	187k	600k	37.5k	9.38k	
0.500	0.750	1.500	1.750	No	13.5k	13.5k	3.50M	2.40M	0	219k	600k	37.5k	9.38k	
0.750	1.000	1.750	2.000	No	18.0k	18.0k	4.00M	2.40M	0	250k	600k	37.5k	9.38k	
1.000	1.250	2.000	2.250	No	22.5k	22.5k	4.50M	2.40M	0	281k	600k	37.5k	9.38k	
1.250	1.500	2.250	2.500	No	27.0k	27.0k	5.00M	2.40M	0	312k	600k	37.5k	9.38k	
1.500	1.750	2.500	2.750	No	31.5k	31.5k	5.50M	2.40M	0	344k	600k	37.5k	9.38k	
1.750	2.000	2.750	3.000	No	36.0k	36.0k	6.00M	2.40M	0	375k	600k	37.5k	9.38k	
2.000	2.250	3.000	3.250	No	40.5k	40.5k	6.50M	2.40M	0	406k	600k	37.5k	9.38k	
2.250	2.500	3.250	3.500	No	45.0k	45.0k	7.00M	2.40M	0	437k	600k	37.5k	9.38k	
2.500	2.750	3.500	3.750	No	49.5k	49.5k	7.50M	2.40M	0	469k	600k	37.5k	9.38k	
2.750	3.000	3.750	4.000	No	54.0k	54.0k	8.00M	2.40M	2.04M	500k	2.64M	37.5k	9.38k	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Sollecitazioni per azione di carico
Legenda tabelle
• N°: Numero trave o pilastro
• Sezione iniziale: Sollecitazioni nella sezione iniziale della trave o pilastro. Per i pilastri la sezione iniziale è quella superiore.
• Sezione centrale : Sollecitazioni nella sezione centrale della trave o pilastro.
• Sezione finale : Sollecitazioni nella sezione finale della trave o pilastro. Per i pilastri la sezione finale è quella inferiore. 
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Sollecitazioni travi. Azione 1:Peso proprio
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-452	-900	142	-530	17.5	0	-452	3.72k	143	103	221	0	-454	9.89k	146	4.18k	493	
0	2	0	-1.58	-6.18k	-3.15	1.59k	-311	0	0	0	0	-269	-310	0	1.58	6.18k	3.15	1.59k	-311	
0	3	0	454	-9.89k	-146	4.18k	493	0	452	-3.72k	-143	103	221	0	452	900	-142	-530	17.5	
0	4	0	53.8	-2.45k	-103	-273	33.6	0	53.7	2.90k	-107	-172	9.43	0	53.7	10.1k	-112	3.71k	-22.8	
0	5	0	20.0	-3.55k	3.13	360	8.00	0	20.0	3.61k	-2.80	377	-4.00	0	-20.0	3.55k	-3.13	360	8.00	
0	6	0	-53.7	-10.1k	112	3.71k	-22.8	0	-53.7	-2.90k	107	-172	9.43	0	-53.8	2.45k	103	-273	33.6	
1	1	6.18k	-368	16.3k	-6.15	-7.27k	-359	51.0k	-17.0	-7.90	0.269	16.3k	-21.7	6.15k	252	-16.2k	7.50	-7.16k	-270	
1	2	6.18k	368	16.3k	6.15	-7.27k	359	51.0k	17.0	-7.90	-0.269	16.3k	21.7	6.15k	-252	-16.2k	-7.50	-7.16k	270	
1	3	3.26k	-1.12k	429	-35.8	365	-437	3.26k	-1.12k	-1.78k	-35.8	-39.3	236	3.26k	-1.12k	-3.98k	-35.8	-1.77k	910	
1	4	1.57k	794	-1.45k	33.3	657	348	1.57k	794	-3.66k	33.3	-875	-129	1.57k	794	-5.86k	33.3	-3.73k	-606	
1	5	3.26k	1.12k	3.98k	35.8	-1.77k	910	3.26k	1.12k	1.78k	35.8	-39.3	236	3.26k	1.12k	-429	35.8	365	-437	
1	6	1.57k	-794	5.86k	-33.3	-3.73k	-606	1.57k	-794	3.66k	-33.3	-875	-129	1.57k	-794	1.45k	-33.3	657	348	
2	1	-1.38k	0	16.7k	-7.36m	0	0	-1.38k	0	0	-7.36m	22.2k	0	-1.38k	0	-16.7k	-7.36m	0	0	
2	2	-1.38k	0	16.7k	7.36m	0	0	-1.38k	0	0	7.36m	22.2k	0	-1.38k	0	-16.7k	7.36m	0	0	
2	3	-367	133	683	2.16	-210	68.2	-367	133	574	2.16	104	1.83	-367	133	476	2.16	340	-57.9	
2	4	-367	-133	-476	-2.16	340	-57.9	-367	-133	-574	-2.16	104	1.83	-367	-133	-683	-2.16	-210	68.2	
2	5	-343	0	109	0	-228	81.5	-343	0	0	0	-201	81.5	-343	0	-109	0	-228	81.5	
2	6	-325	132	-489	2.14	353	56.9	-325	132	-587	2.14	111	-2.48	-325	132	-696	2.14	-210	-68.5	
2	7	-325	-132	696	-2.14	-210	-68.5	-325	-132	587	-2.14	111	-2.48	-325	-132	489	-2.14	353	56.9	
2	8	-309	0	109	0	-235	-81.6	-309	0	0	0	-208	-81.6	-309	0	-109	0	-235	-81.6	
Sollecitazioni pilastri. Azione 1:Peso proprio
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-46.7k	2.48k	-17.3	-0.760	-156	6.14k	-49.2k	2.48k	-17.3	-0.760	-175	3.40k	-52.7k	2.48k	-17.3	-0.760	-203	-568	
1	2	-43.9k	-2.28k	123	1.27	-324	-6.06k	-46.3k	-2.28k	123	1.27	-189	-3.56k	-49.9k	-2.28k	123	1.27	6.77	86.2	
1	3	-46.7k	2.48k	17.3	0.760	156	6.14k	-49.2k	2.48k	17.3	0.760	175	3.40k	-52.7k	2.48k	17.3	0.760	203	-568	
1	4	-43.9k	-2.28k	-123	-1.27	324	-6.06k	-46.3k	-2.28k	-123	-1.27	189	-3.56k	-49.9k	-2.28k	-123	-1.27	-6.77	86.2	
2	1	-16.9k	1.91k	249	77.8	-352	2.06k	-18.1k	1.91k	249	77.8	46.9	-999	-19.3k	1.91k	249	77.8	446	-4.06k	
2	2	-16.9k	-1.91k	276	-76.7	-373	-2.06k	-18.1k	-1.91k	276	-76.7	68.1	1.00k	-19.2k	-1.91k	276	-76.7	509	4.06k	
2	3	-16.9k	1.91k	-249	-77.8	352	2.06k	-18.1k	1.91k	-249	-77.8	-46.9	-999	-19.3k	1.91k	-249	-77.8	-446	-4.06k	
2	4	-16.9k	-1.91k	-276	76.7	373	-2.06k	-18.1k	-1.91k	-276	76.7	-68.1	1.00k	-19.2k	-1.91k	-276	76.7	-509	4.06k	
2	5	-836	133	23.5	37.2m	-43.4	22.1	-1.07k	133	23.5	37.2m	-5.75	-190	-1.30k	133	23.5	37.2m	31.9	-403	
2	6	-848	-132	16.3	-45.2m	-36.0	-21.9	-1.08k	-132	16.3	-45.2m	-10.0	189	-1.31k	-132	16.3	-45.2m	16.0	400	
2	7	-836	133	-23.5	-37.2m	43.4	22.1	-1.07k	133	-23.5	-37.2m	5.75	-190	-1.30k	133	-23.5	-37.2m	-31.9	-403	
2	8	-848	-132	-16.3	45.2m	36.0	-21.9	-1.08k	-132	-16.3	45.2m	10.0	189	-1.31k	-132	-16.3	45.2m	-16.0	400	
Sollecitazioni pareti. Azione 1:Peso proprio
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	-57.4k	-234	0	0	0	-12.7k	-71.6k	-234	0	0	0	-12.3k	-85.7k	-234	0	0	0	-12.0k	
Sollecitazioni pali. Azione 1:Peso proprio
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	-24.6k	977	-8.51	-0.176	60.1	64.3	-18.4k	172	-21.8	-0.105	42.9	-508	-12.3k	-320	-21.9	-48.6m	17.5	-363	
0	1	-22.0k	981	-5.78	-0.176	56.7	70.1	-16.6k	175	-20.3	-0.105	41.8	-506	-11.1k	-319	-21.5	-48.6m	17.4	-363	
0	1	-19.1k	977	-3.04	-0.176	53.4	64.3	-14.4k	172	-18.7	-0.105	40.7	-508	-9.69k	-320	-21.1	-48.6m	17.3	-363	
0	3	-19.1k	977	3.04	0.176	-53.4	64.3	-14.4k	172	18.7	0.105	-40.7	-508	-9.69k	-320	21.1	48.6m	-17.3	-363	
0	3	-22.0k	981	5.78	0.176	-56.7	70.1	-16.6k	175	20.3	0.105	-41.8	-506	-11.1k	-319	21.5	48.6m	-17.4	-363	
0	3	-24.6k	977	8.51	0.176	-60.1	64.3	-18.4k	172	21.8	0.105	-42.9	-508	-12.3k	-320	21.9	48.6m	-17.5	-363	
Sollecitazioni Shell piastre piano 0.Azione 1:Peso proprio
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	1	5	0	0	0	0	-32.0k	-572	-1.57k	-31.2k	0	0	0	0	10.8k	3.33k	-1.34k	-15.6k	0	
0	1	1	6	0	0	0	0	-33.5k	-647	1.50k	14.6k	0	0	0	0	10.1k	2.06k	2.00k	32.3k	0	
0	1	1	8	0	0	0	0	-33.5k	-647	-2.00k	14.6k	0	0	0	0	10.1k	2.06k	-1.50k	32.3k	0	
0	1	1	7	0	0	0	0	-32.0k	-572	1.34k	-31.2k	0	0	0	0	10.8k	3.33k	1.57k	-15.6k	0	
0	1	1	-	-	0	0	0	-41.5k	-647	-823	-31.2k	0	0	0	0	-6.30k	1.38k	823	32.3k	0	
Sollecitazioni Shell pareti piano 1.Azione 1:Peso proprio
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	1	5	1	-15.9m	-0.176	-20.9m	15.0	10.1k	-789	0	-149	79.1m	-0.147	-6.54m	1.67k	10.2k	-402	0	-149	
1	1	1	7	1	-15.9m	-0.176	6.54m	15.0	10.1k	402	0	-149	79.1m	-0.147	20.9m	1.67k	10.2k	789	0	-149	
1	1	1	7	0	-71.4m	-0.217	5.53m	13.5	10.4k	-677	0	-149	14.8m	-0.190	18.9m	1.49k	10.6k	-331	0	-149	
1	1	1	5	0	-71.4m	-0.217	-18.9m	13.5	10.4k	331	0	-149	14.8m	-0.190	-5.53m	1.49k	10.6k	677	0	-149	
1	1	1	-	-	-71.4m	-0.217	-7.85m	13.5	10.1k	-15.6	0	-149	79.1m	-0.147	7.85m	1.67k	10.6k	15.6	0	-149	
Sollecitazioni Shell piastre piano 1.Azione 1:Peso proprio
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	1	5	1	-39.7m	-14.7m	-22.1m	868	-300	-639	4.50k	-142	-25.7m	14.8m	-14.1m	10.2k	2.54k	-201	10.8k	1.10k	
1	1	1	6	1	-40.1m	-14.9m	13.2m	711	-542	-88.1	-11.1k	-613	-25.5m	13.4m	24.1m	10.2k	2.54k	431	-4.50k	1.16k	
1	1	1	8	1	-40.1m	-14.9m	-24.1m	711	-542	-431	-11.1k	-1.16k	-25.5m	13.4m	-13.2m	10.2k	2.54k	88.1	-4.50k	613	
1	1	1	7	1	-39.7m	-14.7m	14.1m	868	-300	201	4.50k	-1.10k	-25.7m	14.8m	22.1m	10.2k	2.54k	639	10.8k	142	
1	1	1	-	-	-54.5m	-43.6m	-8.66m	856	-238	-234	-10.8k	-1.43k	-25.1m	18.0m	8.66m	13.1k	3.40k	234	10.8k	1.43k	
1	2	1	1	1	-0.138	-25.3m	-46.4m	669	-36.2	-645	9.07k	-283	15.2m	19.8m	-32.1m	8.81k	84.7	87.1	16.6k	2.21k	
1	2	1	2	1	-0.137	-26.5m	28.8m	745	-124	-23.1	-16.3k	-1.23k	14.9m	26.1m	44.6m	8.77k	204	714	-9.12k	2.31k	
1	2	1	6	1	-40.1m	-14.9m	13.2m	711	-542	-88.1	-11.1k	-613	-25.5m	13.4m	24.1m	10.2k	2.54k	431	-4.50k	1.16k	
1	2	1	5	1	-39.7m	-14.7m	-22.1m	868	-300	-639	4.50k	-142	-25.7m	14.8m	-14.1m	10.2k	2.54k	-201	10.8k	1.10k	
1	2	1	-	-	-0.183	-35.4m	-49.7m	-6.98k	-2.18k	-1.32k	-13.9k	-3.53k	-0.15m	45.5m	49.6m	13.1k	3.40k	1.34k	13.7k	2.86k	
1	3	1	7	1	-39.7m	-14.7m	14.1m	868	-300	201	4.50k	-1.10k	-25.7m	14.8m	22.1m	10.2k	2.54k	639	10.8k	142	
1	3	1	8	1	-40.1m	-14.9m	-24.1m	711	-542	-431	-11.1k	-1.16k	-25.5m	13.4m	-13.2m	10.2k	2.54k	88.1	-4.50k	613	
1	3	1	4	1	-0.137	-26.5m	-44.6m	745	-124	-714	-16.3k	-2.31k	14.9m	26.1m	-28.8m	8.77k	204	23.1	-9.12k	1.23k	
1	3	1	3	1	-0.138	-25.3m	32.1m	669	-36.2	-87.1	9.07k	-2.21k	15.2m	19.8m	46.4m	8.81k	84.7	645	16.6k	283	
1	3	1	-	-	-0.183	-35.4m	-49.6m	-6.98k	-2.18k	-1.34k	-13.9k	-2.86k	-0.15m	45.5m	49.7m	13.1k	3.40k	1.32k	13.7k	3.53k	
Sollecitazioni travi. Azione 2:Carichi permanenti elementi non strutturali
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-65.9	-2.40k	36.0	451	9.02	0	-66.0	-1.86k	36.0	-507	38.7	0	-66.2	-1.14k	36.3	-1.41k	78.4	
0	2	0	-0.262	-714	-0.397	-188	-51.6	0	0	0	0	-402	-51.5	0	0.262	714	0.397	-188	-51.6	
0	3	0	66.2	1.14k	-36.3	-1.41k	78.4	0	66.0	1.86k	-36.0	-507	38.7	0	65.9	2.40k	-36.0	451	9.02	
0	4	0	0.662	-1.90k	-42.0	192	-52.1m	0	0.663	-1.28k	-42.2	-523	-0.350	0	0.665	-459	-42.7	-1.04k	-0.749	
0	5	0	4.80	-407	0.384	40.1	1.92	0	4.80	412	-0.305	41.8	-0.960	0	-4.80	407	-0.384	40.1	1.92	
0	6	0	-0.665	459	42.7	-1.04k	-0.749	0	-0.663	1.28k	42.2	-523	-0.350	0	-0.662	1.90k	42.0	192	-52.1m	
1	1	164	-55.7	75.6	-4.59	-93.7	-51.8	247	2.12	2.38	-1.26	12.9	13.3	-168	29.1	-107	4.74	-103	-43.1	
1	2	164	55.7	75.6	4.59	-93.7	51.8	247	-2.12	2.38	1.26	12.9	-13.3	-168	-29.1	-107	-4.74	-103	43.1	
1	3	167	-58.4	-1.42k	-14.8	757	-54.5	167	-58.4	-1.42k	-14.8	-97.3	-19.4	167	-58.4	-1.42k	-14.8	-952	15.6	
1	4	-1.58k	110	-2.40k	11.8	721	46.3	-1.58k	110	-2.40k	11.8	-716	-19.6	-1.58k	110	-2.40k	11.8	-2.15k	-85.4	
1	5	167	58.4	1.42k	14.8	-952	15.6	167	58.4	1.42k	14.8	-97.3	-19.4	167	58.4	1.42k	14.8	757	-54.5	
1	6	-1.58k	-110	2.40k	-11.8	-2.15k	-85.4	-1.58k	-110	2.40k	-11.8	-716	-19.6	-1.58k	-110	2.40k	-11.8	721	46.3	
2	1	3.61k	0	11.9k	-9.97m	0	0	3.61k	0	0	-9.97m	15.8k	0	3.61k	0	-11.9k	-9.97m	0	0	
2	2	3.61k	0	11.9k	9.97m	0	0	3.61k	0	0	9.97m	15.8k	0	3.61k	0	-11.9k	9.97m	0	0	
2	3	-324	5.16	472	0.484	-161	2.84	-324	5.16	472	0.484	74.5	0.265	-324	5.16	472	0.484	287	-2.06	
2	4	-324	-5.16	-472	-0.484	287	-2.06	-324	-5.16	-472	-0.484	74.5	0.265	-324	-5.16	-472	-0.484	-161	2.84	
2	5	-303	0	0	0	-174	3.36	-303	0	0	0	-174	3.36	-303	0	0	0	-174	3.36	
2	6	-269	4.25	-406	0.466	249	2.41	-269	4.25	-406	0.466	66.3	0.501	-269	4.25	-406	0.466	-137	-1.62	
2	7	-269	-4.25	406	-0.466	-137	-1.62	-269	-4.25	406	-0.466	66.3	0.501	-269	-4.25	406	-0.466	249	2.41	
2	8	-258	0	0	0	-154	-2.05	-258	0	0	0	-154	-2.05	-258	0	0	0	-154	-2.05	
Sollecitazioni pilastri. Azione 2:Carichi permanenti elementi non strutturali
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-9.19k	-61.9	398	0.112	-555	-70.1	-9.19k	-61.9	398	0.112	-118	-2.00	-9.19k	-61.9	398	0.112	518	97.0	
1	2	-8.16k	11.7	299	0.187	-426	15.3	-8.16k	11.7	299	0.187	-97.2	2.40	-8.16k	11.7	299	0.187	380	-16.3	
1	3	-9.19k	-61.9	-398	-0.112	555	-70.1	-9.19k	-61.9	-398	-0.112	118	-2.00	-9.19k	-61.9	-398	-0.112	-518	97.0	
1	4	-8.16k	11.7	-299	-0.187	426	15.3	-8.16k	11.7	-299	-0.187	97.2	2.40	-8.16k	11.7	-299	-0.187	-380	-16.3	
2	1	-11.9k	150	220	2.83	-309	334	-11.9k	150	220	2.83	42.6	93.6	-11.9k	150	220	2.83	394	-147	
2	2	-12.0k	-151	190	-3.05	-270	-334	-12.0k	-151	190	-3.05	33.6	-92.3	-12.0k	-151	190	-3.05	337	149	
2	3	-11.9k	150	-220	-2.83	309	334	-11.9k	150	-220	-2.83	-42.6	93.6	-11.9k	150	-220	-2.83	-394	-147	
2	4	-12.0k	-151	-190	3.05	270	-334	-12.0k	-151	-190	3.05	-33.6	-92.3	-12.0k	-151	-190	3.05	-337	149	
2	5	-472	5.16	21.4	3.61m	-37.7	1.26	-472	5.16	21.4	3.61m	-3.40	-7.00	-472	5.16	21.4	3.61m	30.9	-15.3	
2	6	-406	-4.25	11.4	-1.17m	-25.3	-1.10	-406	-4.25	11.4	-1.17m	-7.11	5.69	-406	-4.25	11.4	-1.17m	11.1	12.5	
2	7	-472	5.16	-21.4	-3.61m	37.7	1.26	-472	5.16	-21.4	-3.61m	3.40	-7.00	-472	5.16	-21.4	-3.61m	-30.9	-15.3	
2	8	-406	-4.25	-11.4	1.17m	25.3	-1.10	-406	-4.25	-11.4	1.17m	7.11	5.69	-406	-4.25	-11.4	1.17m	-11.1	12.5	
Sollecitazioni pareti. Azione 2:Carichi permanenti elementi non strutturali
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	-8.42k	1.06k	0	0	0	830	-8.42k	1.06k	0	0	0	-864	-8.42k	1.06k	0	0	0	-2.56k	
Sollecitazioni pali. Azione 2:Carichi permanenti elementi non strutturali
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	-2.12k	1.05	132	-32.2m	-84.1	15.6	-1.57k	5.48	49.1	-19.1m	8.78	11.8	-1.02k	6.10	-11.9	-8.89m	22.9	4.99	
0	1	-2.48k	1.91	133	-32.2m	-84.7	16.6	-1.83k	5.98	49.4	-19.1m	8.58	12.1	-1.19k	6.23	-11.8	-8.89m	22.9	5.02	
0	1	-2.19k	1.05	133	-32.2m	-85.3	15.6	-1.62k	5.48	49.7	-19.1m	8.38	11.8	-1.05k	6.10	-11.8	-8.89m	22.9	4.99	
0	3	-2.19k	1.05	-133	32.2m	85.3	15.6	-1.62k	5.48	-49.7	19.1m	-8.38	11.8	-1.05k	6.10	11.8	8.89m	-22.9	4.99	
0	3	-2.48k	1.91	-133	32.2m	84.7	16.6	-1.83k	5.98	-49.4	19.1m	-8.58	12.1	-1.19k	6.23	11.8	8.89m	-22.9	5.02	
0	3	-2.12k	1.05	-132	32.2m	84.1	15.6	-1.57k	5.48	-49.1	19.1m	-8.78	11.8	-1.02k	6.10	11.9	8.89m	-22.9	4.99	
Sollecitazioni Shell piastre piano 0.Azione 2:Carichi permanenti elementi non strutturali
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	2	5	0	0	0	0	-4.18k	-649	-726	-4.71k	0	0	0	0	2.27k	-84.3	-233	-2.31k	0	
0	1	2	6	0	0	0	0	-4.24k	-96.2	227	2.29k	0	0	0	0	2.43k	485	234	4.92k	0	
0	1	2	8	0	0	0	0	-4.24k	-96.2	-234	2.29k	0	0	0	0	2.43k	485	-227	4.92k	0	
0	1	2	7	0	0	0	0	-4.18k	-649	233	-4.71k	0	0	0	0	2.27k	-84.3	726	-2.31k	0	
0	1	2	-	-	0	0	0	-5.51k	-368	-118	-4.71k	0	0	0	0	-279	194	118	4.92k	0	
Sollecitazioni Shell pareti piano 1.Azione 2:Carichi permanenti elementi non strutturali
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	2	5	1	-6.52m	-20.3m	-11.0m	-30.1	-549	-72.2	0	-799	41.9m	-12.8m	-5.11m	-0.245	303	-65.9	0	-799	
1	1	2	7	1	-6.52m	-20.3m	5.11m	-30.1	-549	65.9	0	-799	41.9m	-12.8m	11.0m	-0.245	303	72.2	0	-799	
1	1	2	7	0	-2.88m	-18.9m	-5.99m	2.67	1.16k	-58.7	0	-799	23.5m	-15.0m	-3.39m	298	2.01k	9.90	0	-799	
1	1	2	5	0	-2.88m	-18.9m	3.39m	2.67	1.16k	-9.90	0	-799	23.5m	-15.0m	5.99m	298	2.01k	58.7	0	-799	
1	1	2	-	-	-6.52m	-20.3m	-0.79m	-30.1	-549	-78.5	0	-799	41.9m	-12.8m	0.79m	298	2.01k	78.5	0	-799	
Sollecitazioni Shell piastre piano 1.Azione 2:Carichi permanenti elementi non strutturali
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	2	5	1	-0.90m	-7.27m	-5.41m	128	-703	-295	-56.8	-427	40.9µ	-0.97m	1.02m	149	-299	-97.2	-16.4	-88.0	
1	1	2	6	1	1.49m	0.52m	-2.54µ	134	-597	-163	32.6	-615	1.81m	3.53m	1.43m	167	-189	69.1	74.1	79.0	
1	1	2	8	1	1.49m	0.52m	-1.43m	134	-597	-69.1	32.6	-79.0	1.81m	3.53m	2.54µ	167	-189	163	74.1	615	
1	1	2	7	1	-0.90m	-7.27m	-1.02m	128	-703	97.2	-56.8	88.0	40.9µ	-0.97m	5.41m	149	-299	295	-16.4	427	
1	1	2	-	-	-1.56m	-15.1m	-0.62m	96.2	-761	-56.4	-47.4	-93.9	1.97m	2.53m	0.62m	261	-124	56.4	252	93.9	
1	2	2	1	1	2.48m	-3.19m	-0.35m	-34.6	-115	-195	-91.4	-854	3.25m	0.86m	0.18m	38.5	380	-142	59.4	-176	
1	2	2	2	1	-80.6µ	-1.17m	-3.94m	-39.1	-251	130	-90.0	-1.23k	1.47m	5.92m	1.11m	49.6	407	145	115	158	
1	2	2	6	1	1.49m	0.52m	-2.54µ	134	-597	-163	32.6	-615	1.81m	3.53m	1.43m	167	-189	69.1	74.1	79.0	
1	2	2	5	1	-0.90m	-7.27m	-5.41m	128	-703	-295	-56.8	-427	40.9µ	-0.97m	1.02m	149	-299	-97.2	-16.4	-88.0	
1	2	2	-	-	-46.8µ	-3.48m	-2.15m	7.37	-508	-545	-55.0	-2.61k	3.24m	13.1m	1.15m	129	23.0	510	34.6	158	
1	3	2	7	1	-0.90m	-7.27m	-1.02m	128	-703	97.2	-56.8	88.0	40.9µ	-0.97m	5.41m	149	-299	295	-16.4	427	
1	3	2	8	1	1.49m	0.52m	-1.43m	134	-597	-69.1	32.6	-79.0	1.81m	3.53m	2.54µ	167	-189	163	74.1	615	
1	3	2	4	1	-80.6µ	-1.17m	-1.11m	-39.1	-251	-145	-90.0	-158	1.47m	5.92m	3.94m	49.6	407	-130	115	1.23k	
1	3	2	3	1	2.48m	-3.19m	-0.18m	-34.6	-115	142	-91.4	176	3.25m	0.86m	0.35m	38.5	380	195	59.4	854	
1	3	2	-	-	-46.8µ	-3.48m	-1.15m	7.37	-508	-510	-55.0	-158	3.24m	13.1m	2.15m	129	23.0	545	34.6	2.61k	
Sollecitazioni travi. Azione 3:Ambienti ad uso residenziale
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-52.7	-1.92k	28.8	361	7.22	0	-52.8	-1.49k	28.8	-406	31.0	0	-53.0	-910	29.0	-1.12k	62.7	
0	2	0	-0.210	-571	-0.318	-150	-41.3	0	0	0	0	-322	-41.2	0	0.210	571	0.318	-150	-41.3	
0	3	0	53.0	910	-29.0	-1.12k	62.7	0	52.8	1.49k	-28.8	-406	31.0	0	52.7	1.92k	-28.8	361	7.22	
0	4	0	0.529	-1.52k	-33.6	154	-41.7m	0	0.530	-1.02k	-33.8	-419	-0.280	0	0.532	-367	-34.2	-836	-0.599	
0	5	0	3.84	-326	0.307	32.1	1.54	0	3.84	330	-0.244	33.4	-0.768	0	-3.84	326	-0.307	32.1	1.54	
0	6	0	-0.532	367	34.2	-836	-0.599	0	-0.530	1.02k	33.8	-419	-0.280	0	-0.529	1.52k	33.6	154	-41.7m	
1	1	131	-44.6	60.5	-3.67	-74.9	-41.4	198	1.70	1.91	-1.00	10.3	10.6	-135	23.3	-85.5	3.79	-82.3	-34.5	
1	2	131	44.6	60.5	3.67	-74.9	41.4	198	-1.70	1.91	1.00	10.3	-10.6	-135	-23.3	-85.5	-3.79	-82.3	34.5	
1	3	133	-46.8	-1.14k	-11.9	606	-43.6	133	-46.8	-1.14k	-11.9	-77.9	-15.5	133	-46.8	-1.14k	-11.9	-761	12.5	
1	4	-1.26k	87.8	-1.92k	9.47	577	37.0	-1.26k	87.8	-1.92k	9.47	-573	-15.6	-1.26k	87.8	-1.92k	9.47	-1.72k	-68.3	
1	5	133	46.8	1.14k	11.9	-761	12.5	133	46.8	1.14k	11.9	-77.9	-15.5	133	46.8	1.14k	11.9	606	-43.6	
1	6	-1.26k	-87.8	1.92k	-9.47	-1.72k	-68.3	-1.26k	-87.8	1.92k	-9.47	-573	-15.6	-1.26k	-87.8	1.92k	-9.47	577	37.0	
2	1	2.89k	0	9.54k	-7.97m	0	0	2.89k	0	0	-7.97m	12.6k	0	2.89k	0	-9.54k	-7.97m	0	0	
2	2	2.89k	0	9.54k	7.97m	0	0	2.89k	0	0	7.97m	12.6k	0	2.89k	0	-9.54k	7.97m	0	0	
2	3	-259	4.13	377	0.387	-129	2.28	-259	4.13	377	0.387	59.6	0.212	-259	4.13	377	0.387	229	-1.65	
2	4	-259	-4.13	-377	-0.387	229	-1.65	-259	-4.13	-377	-0.387	59.6	0.212	-259	-4.13	-377	-0.387	-129	2.28	
2	5	-242	0	0	0	-139	2.69	-242	0	0	0	-139	2.69	-242	0	0	0	-139	2.69	
2	6	-215	3.40	-325	0.373	199	1.93	-215	3.40	-325	0.373	53.1	0.401	-215	3.40	-325	0.373	-109	-1.30	
2	7	-215	-3.40	325	-0.373	-109	-1.30	-215	-3.40	325	-0.373	53.1	0.401	-215	-3.40	325	-0.373	199	1.93	
2	8	-206	0	0	0	-123	-1.64	-206	0	0	0	-123	-1.64	-206	0	0	0	-123	-1.64	
Sollecitazioni pilastri. Azione 3:Ambienti ad uso residenziale
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-7.35k	-49.5	318	89.6m	-444	-56.0	-7.35k	-49.5	318	89.6m	-94.3	-1.60	-7.35k	-49.5	318	89.6m	414	77.6	
1	2	-6.53k	9.36	239	0.150	-340	12.2	-6.53k	9.36	239	0.150	-77.7	1.92	-6.53k	9.36	239	0.150	304	-13.0	
1	3	-7.35k	-49.5	-318	-89.6m	444	-56.0	-7.35k	-49.5	-318	-89.6m	94.3	-1.60	-7.35k	-49.5	-318	-89.6m	-414	77.6	
1	4	-6.53k	9.36	-239	-0.150	340	12.2	-6.53k	9.36	-239	-0.150	77.7	1.92	-6.53k	9.36	-239	-0.150	-304	-13.0	
2	1	-9.52k	120	176	2.26	-247	267	-9.52k	120	176	2.26	34.0	74.9	-9.52k	120	176	2.26	315	-117	
2	2	-9.58k	-121	152	-2.44	-216	-267	-9.58k	-121	152	-2.44	26.9	-73.8	-9.58k	-121	152	-2.44	270	120	
2	3	-9.52k	120	-176	-2.26	247	267	-9.52k	120	-176	-2.26	-34.0	74.9	-9.52k	120	-176	-2.26	-315	-117	
2	4	-9.58k	-121	-152	2.44	216	-267	-9.58k	-121	-152	2.44	-26.9	-73.8	-9.58k	-121	-152	2.44	-270	120	
2	5	-377	4.13	17.1	2.89m	-30.1	1.01	-377	4.13	17.1	2.89m	-2.72	-5.60	-377	4.13	17.1	2.89m	24.7	-12.2	
2	6	-325	-3.40	9.09	-0.94m	-20.2	-0.883	-325	-3.40	9.09	-0.94m	-5.69	4.55	-325	-3.40	9.09	-0.94m	8.86	9.99	
2	7	-377	4.13	-17.1	-2.89m	30.1	1.01	-377	4.13	-17.1	-2.89m	2.72	-5.60	-377	4.13	-17.1	-2.89m	-24.7	-12.2	
2	8	-325	-3.40	-9.09	0.94m	20.2	-0.883	-325	-3.40	-9.09	0.94m	5.69	4.55	-325	-3.40	-9.09	0.94m	-8.86	9.99	
Sollecitazioni pareti. Azione 3:Ambienti ad uso residenziale
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	-6.74k	847	0	0	0	664	-6.74k	847	0	0	0	-691	-6.74k	847	0	0	0	-2.05k	
Sollecitazioni pali. Azione 3:Ambienti ad uso residenziale
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	-1.70k	0.837	106	-25.8m	-67.3	12.5	-1.25k	4.39	39.3	-15.3m	7.02	9.42	-812	4.88	-9.54	-7.11m	18.3	3.99	
0	1	-1.98k	1.53	106	-25.8m	-67.7	13.3	-1.46k	4.78	39.5	-15.3m	6.86	9.70	-950	4.99	-9.47	-7.11m	18.3	4.01	
0	1	-1.75k	0.837	106	-25.8m	-68.2	12.5	-1.29k	4.39	39.7	-15.3m	6.70	9.42	-839	4.88	-9.41	-7.11m	18.3	3.99	
0	3	-1.75k	0.837	-106	25.8m	68.2	12.5	-1.29k	4.39	-39.7	15.3m	-6.70	9.42	-839	4.88	9.41	7.11m	-18.3	3.99	
0	3	-1.98k	1.53	-106	25.8m	67.7	13.3	-1.46k	4.78	-39.5	15.3m	-6.86	9.70	-950	4.99	9.47	7.11m	-18.3	4.01	
0	3	-1.70k	0.837	-106	25.8m	67.3	12.5	-1.25k	4.39	-39.3	15.3m	-7.02	9.42	-812	4.88	9.54	7.11m	-18.3	3.99	
Sollecitazioni Shell piastre piano 0.Azione 3:Ambienti ad uso residenziale
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	3	5	0	0	0	0	-3.35k	-519	-581	-3.77k	0	0	0	0	1.81k	-67.5	-186	-1.85k	0	
0	1	3	6	0	0	0	0	-3.40k	-76.9	182	1.84k	0	0	0	0	1.94k	388	188	3.93k	0	
0	1	3	8	0	0	0	0	-3.40k	-76.9	-188	1.84k	0	0	0	0	1.94k	388	-182	3.93k	0	
0	1	3	7	0	0	0	0	-3.35k	-519	186	-3.77k	0	0	0	0	1.81k	-67.5	581	-1.85k	0	
0	1	3	-	-	0	0	0	-4.40k	-294	-94.6	-3.77k	0	0	0	0	-223	156	94.6	3.93k	0	
Sollecitazioni Shell pareti piano 1.Azione 3:Ambienti ad uso residenziale
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	3	5	1	-5.22m	-16.3m	-8.80m	-24.0	-439	-57.8	0	-639	33.6m	-10.2m	-4.09m	-0.196	243	-52.7	0	-639	
1	1	3	7	1	-5.22m	-16.3m	4.09m	-24.0	-439	52.7	0	-639	33.6m	-10.2m	8.80m	-0.196	243	57.8	0	-639	
1	1	3	7	0	-2.30m	-15.1m	-4.79m	2.13	924	-47.0	0	-639	18.8m	-12.0m	-2.71m	239	1.61k	7.92	0	-639	
1	1	3	5	0	-2.30m	-15.1m	2.71m	2.13	924	-7.92	0	-639	18.8m	-12.0m	4.79m	239	1.61k	47.0	0	-639	
1	1	3	-	-	-5.22m	-16.3m	-0.63m	-24.0	-439	-62.8	0	-639	33.6m	-10.2m	0.63m	239	1.61k	62.8	0	-639	
Sollecitazioni Shell piastre piano 1.Azione 3:Ambienti ad uso residenziale
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	3	5	1	-0.72m	-5.82m	-4.33m	103	-562	-236	-45.5	-341	32.7µ	-0.78m	0.81m	119	-239	-77.8	-13.1	-70.4	
1	1	3	6	1	1.20m	0.42m	-2.03µ	107	-477	-131	26.1	-492	1.45m	2.82m	1.15m	133	-152	55.3	59.3	63.2	
1	1	3	8	1	1.20m	0.42m	-1.15m	107	-477	-55.3	26.1	-63.2	1.45m	2.82m	2.03µ	133	-152	131	59.3	492	
1	1	3	7	1	-0.72m	-5.82m	-0.81m	103	-562	77.8	-45.5	70.4	32.7µ	-0.78m	4.33m	119	-239	236	-13.1	341	
1	1	3	-	-	-1.25m	-12.1m	-0.50m	76.9	-609	-45.1	-37.9	-75.1	1.57m	2.02m	0.50m	209	-99.3	45.1	202	75.1	
1	2	3	1	1	1.98m	-2.55m	-0.28m	-27.7	-91.6	-156	-73.1	-683	2.60m	0.69m	0.14m	30.8	304	-114	47.6	-141	
1	2	3	2	1	-64.5µ	-0.94m	-3.15m	-31.3	-201	104	-72.0	-984	1.18m	4.74m	0.89m	39.6	325	116	91.7	126	
1	2	3	6	1	1.20m	0.42m	-2.03µ	107	-477	-131	26.1	-492	1.45m	2.82m	1.15m	133	-152	55.3	59.3	63.2	
1	2	3	5	1	-0.72m	-5.82m	-4.33m	103	-562	-236	-45.5	-341	32.7µ	-0.78m	0.81m	119	-239	-77.8	-13.1	-70.4	
1	2	3	-	-	-37.5µ	-2.78m	-1.72m	5.90	-406	-436	-44.0	-2.09k	2.59m	10.4m	0.92m	103	18.4	408	27.7	126	
1	3	3	7	1	-0.72m	-5.82m	-0.81m	103	-562	77.8	-45.5	70.4	32.7µ	-0.78m	4.33m	119	-239	236	-13.1	341	
1	3	3	8	1	1.20m	0.42m	-1.15m	107	-477	-55.3	26.1	-63.2	1.45m	2.82m	2.03µ	133	-152	131	59.3	492	
1	3	3	4	1	-64.5µ	-0.94m	-0.89m	-31.3	-201	-116	-72.0	-126	1.18m	4.74m	3.15m	39.6	325	-104	91.7	984	
1	3	3	3	1	1.98m	-2.55m	-0.14m	-27.7	-91.6	114	-73.1	141	2.60m	0.69m	0.28m	30.8	304	156	47.6	683	
1	3	3	-	-	-37.5µ	-2.78m	-0.92m	5.90	-406	-408	-44.0	-126	2.59m	10.4m	1.72m	103	18.4	436	27.7	2.09k	
Sollecitazioni travi. Azione 11:Vento X
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-93.7	-485	22.4	152	30.0	0	-93.9	-639	21.6	-101	72.2	0	-94.3	-848	20.6	-547	129	
0	2	0	0.157	211	0.914	-222	-90.0	0	0.616	-0.449	20.7m	-159	-90.2	0	1.07	-212	-0.873	-223	-90.7	
0	3	0	94.4	845	-21.0	-543	129	0	94.0	636	-22.0	-98.6	72.4	0	93.7	483	-22.8	153	30.2	
0	4	0	14.1	425	65.5	-71.2	10.2	0	14.1	595	64.3	158	3.90	0	14.1	826	63.2	584	-4.53	
0	5	0	-8.75	-115	0.375	12.3	-3.50	0	-8.75	116	-0.517	12.5	1.75	0	8.80	115	-0.374	12.3	-3.52	
0	6	0	-14.3	-823	-63.7	583	-4.63	0	-14.3	-593	-64.8	158	3.97	0	-14.4	-423	-66.0	-70.8	10.4	
1	1	3.52k	96.1	-600	0.435	1.89k	65.4	243	9.15	-752	-1.72	44.3	1.87	-2.99k	18.7	-459	-0.994	-1.63k	0.324	
1	2	3.52k	-97.2	-595	-0.564	1.88k	-66.6	241	-9.31	-750	1.56	44.2	-1.86	-2.98k	-20.1	-456	0.856	-1.62k	1.09	
1	3	371	25.8	-186	-2.12	30.2	-63.7	371	25.8	-186	-2.12	-81.7	-79.2	371	25.8	-186	-2.12	-194	-94.7	
1	4	-248	-234	229	-5.61	-25.6	-130	-248	-234	229	-5.61	112	10.3	-248	-234	229	-5.61	250	150	
1	5	371	-25.1	178	2.13	-191	-94.1	371	-25.1	178	2.13	-84.6	-79.0	371	-25.1	178	2.13	21.9	-63.9	
1	6	-250	235	-219	5.68	245	151	-250	235	-219	5.68	114	10.6	-250	235	-219	5.68	-17.9	-130	
2	1	-47.8	0	0	-2.76m	0	0	-47.8	0	0	-2.76m	0	0	-47.8	0	0	-2.76m	0	0	
2	2	-47.8	0	0	-10.8m	0	0	-47.8	0	0	-10.8m	0	0	-47.8	0	0	-10.8m	0	0	
2	3	9.29	239	35.1	-0.874	-9.53	132	9.29	239	35.1	-0.874	8.02	12.9	9.29	239	35.1	-0.874	23.8	-94.7	
2	4	9.84	-239	-30.8	0.868	20.0	-93.7	9.84	-239	-30.8	0.868	6.09	13.6	9.84	-239	-30.8	0.868	-9.32	133	
2	5	11.1	0.277	0.142	-3.46m	-10.4	157	11.1	0.277	0.142	-3.46m	-10.4	156	11.1	0.277	0.142	-3.46m	-10.3	156	
2	6	-12.2	-238	19.8	0.865	-13.0	-94.1	-12.2	-238	19.8	0.865	-4.10	13.0	-12.2	-238	19.8	0.865	5.81	132	
2	7	-11.7	239	-24.0	-0.872	5.90	132	-11.7	239	-24.0	-0.872	-6.08	12.3	-11.7	239	-24.0	-0.872	-16.9	-95.1	
2	8	-12.5	0.281	-0.259	-3.22m	7.09	156	-12.5	0.281	-0.259	-3.22m	6.96	156	-12.5	0.281	-0.259	-3.22m	6.83	155	
Sollecitazioni pilastri. Azione 11:Vento X
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	1.37k	-781	94.6	0.308	-120	-1.11k	1.37k	-781	94.6	0.308	-15.8	-248	1.37k	-781	94.6	0.308	136	1.00k	
1	2	-1.26k	-362	-74.1	-48.3m	92.1	-764	-1.26k	-362	-74.1	-48.3m	10.6	-366	-1.26k	-362	-74.1	-48.3m	-108	213	
1	3	1.36k	-784	-93.4	-0.235	119	-1.11k	1.36k	-784	-93.4	-0.235	15.8	-250	1.36k	-784	-93.4	-0.235	-134	1.00k	
1	4	-1.26k	-363	73.3	0.122	-91.3	-768	-1.26k	-363	73.3	0.122	-10.7	-369	-1.26k	-363	73.3	0.122	107	212	
2	1	35.1	-513	29.5	131	-30.5	-23.1	35.1	-513	29.5	131	16.7	798	35.1	-513	29.5	131	64.0	1.62k	
2	2	-24.0	-539	-22.0	131	22.2	-46.9	-24.0	-539	-22.0	131	-13.0	815	-24.0	-539	-22.0	131	-48.3	1.68k	
2	3	30.8	-515	-25.3	-130	26.1	-23.0	30.8	-515	-25.3	-130	-14.5	801	30.8	-515	-25.3	-130	-55.1	1.62k	
2	4	-19.8	-540	17.9	-130	-17.8	-46.8	-19.8	-540	17.9	-130	10.8	818	-19.8	-540	17.9	-130	39.3	1.68k	
2	5	-35.0	-52.3	1.86	93.8m	-3.03	35.0	-35.0	-52.3	1.86	93.8m	-57.2m	119	-35.0	-52.3	1.86	93.8m	2.92	202	
2	6	23.7	-52.9	-0.800	86.7m	1.61	34.9	23.7	-52.9	-0.800	86.7m	0.328	119	23.7	-52.9	-0.800	86.7m	-0.951	204	
2	7	-31.0	-52.4	-1.30	-92.1m	2.14	35.0	-31.0	-52.4	-1.30	-92.1m	56.8m	119	-31.0	-52.4	-1.30	-92.1m	-2.03	203	
2	8	20.1	-52.9	0.249	-85.1m	-0.714	34.9	20.1	-52.9	0.249	-85.1m	-0.317	120	20.1	-52.9	0.249	-85.1m	80.8m	204	
Sollecitazioni pareti. Azione 11:Vento X
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	-1.09k	-2.52k	-14.7	0.243	22.3	-3.87k	-1.09k	-2.52k	-14.7	0.243	-1.25	162	-1.09k	-2.52k	-14.7	0.243	-24.8	4.20k	
Sollecitazioni pali. Azione 11:Vento X
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	1.87k	-299	30.6	-63.1m	-22.8	145	1.38k	3.44	12.5	-37.4m	-0.617	286	895	166	-1.37	-17.4m	4.14	168	
0	1	576	-297	31.5	-63.1m	-24.0	147	426	4.41	13.1	-37.4m	-1.01	287	276	167	-1.22	-17.4m	4.11	168	
0	1	-593	-299	32.5	-63.1m	-25.2	145	-438	3.44	13.6	-37.4m	-1.40	286	-284	166	-1.07	-17.4m	4.08	168	
0	3	-608	-303	-32.1	63.3m	25.7	144	-449	2.68	-13.7	37.6m	2.04	288	-291	168	0.715	17.5m	-3.74	170	
0	3	577	-301	-31.1	63.3m	24.5	147	426	3.65	-13.2	37.6m	1.65	289	276	168	0.866	17.5m	-3.77	170	
0	3	1.87k	-303	-30.1	63.3m	23.3	144	1.39k	2.68	-12.6	37.6m	1.26	288	898	168	1.02	17.5m	-3.80	170	
Sollecitazioni Shell piastre piano 0.Azione 11:Vento X
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	4	5	0	0	0	0	1.98k	8.19	-164	-1.79k	-0.711	0	0	0	4.51k	303	0.232	-1.41k	2.65	
0	1	4	6	0	0	0	0	-4.36k	-869	-158	-1.72k	-6.05	0	0	0	-2.02k	-10.5	271	-1.26k	1.45	
0	1	4	8	0	0	0	0	-4.39k	-876	-262	-1.72k	-6.05	0	0	0	-2.02k	-10.2	178	-1.30k	1.45	
0	1	4	7	0	0	0	0	1.98k	8.14	12.5	-1.79k	-0.711	0	0	0	4.54k	307	185	-1.43k	2.65	
0	1	4	-	-	0	0	0	-3.67k	-444	-174	-1.88k	-1.85	0	0	0	3.74k	159	194	-1.28k	1.45	
Sollecitazioni Shell pareti piano 1.Azione 11:Vento X
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	4	5	1	-1.23m	1.91m	-2.41m	-309	-3.02k	-124	23.3m	-1.98k	9.53m	3.41m	-1.34m	-14.8	-1.09k	-41.5	0.830	-1.81k	
1	1	4	7	1	-1.22m	1.98m	1.36m	-308	-3.04k	43.4	23.3m	-1.99k	9.57m	3.64m	2.53m	-14.8	-1.09k	131	0.830	-1.83k	
1	1	4	7	0	-2.37m	1.37m	-3.95m	-7.19	1.19k	-31.4	-0.535	-2.48k	15.2m	4.01m	-1.87m	587	3.84k	92.8	2.69	-2.31k	
1	1	4	5	0	-2.32m	1.62m	1.89m	-6.54	1.20k	-87.1	-0.535	-2.46k	15.3m	4.41m	4.11m	584	3.82k	33.2	2.69	-2.30k	
1	1	4	-	-	-2.34m	1.49m	-0.20m	-308	-3.03k	-208	-0.535	-2.47k	15.2m	4.21m	0.28m	585	3.83k	214	2.69	-1.82k	
Sollecitazioni Shell piastre piano 1.Azione 11:Vento X
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	4	5	1	0.66m	-3.02m	-1.56m	605	88.9	-24.4	-621	0.274	4.70m	1.00m	55.9µ	1.25k	164	3.29	-475	79.4	
1	1	4	6	1	-2.96m	-0.85m	-1.24m	-1.29k	-228	-5.92	-818	-122	0.14m	2.84m	0.17m	-546	-151	19.7	-505	-20.8	
1	1	4	8	1	-2.97m	-0.87m	-0.15m	-1.30k	-231	-15.6	-824	22.4	0.15m	2.84m	1.27m	-547	-151	10.3	-505	120	
1	1	4	7	1	0.66m	-3.03m	-38.2µ	605	89.2	0.252	-624	-79.7	4.76m	1.03m	1.58m	1.25k	168	26.5	-474	2.73	
1	1	4	-	-	-2.57m	-5.63m	-1.03m	-1.30k	-275	-11.2	-848	-26.2	4.31m	5.02m	1.05m	1.25k	176	16.1	-436	26.4	
1	2	4	1	1	-26.8m	-4.87m	-2.19m	581	-22.3	-68.0	-841	-4.86	-11.7m	-3.23m	0.94m	1.15k	161	16.3	-761	159	
1	2	4	2	1	11.6m	2.76m	-1.27m	-1.01k	-134	-59.4	-813	-242	24.6m	4.63m	1.20m	-509	41.5	12.3	-597	-40.5	
1	2	4	6	1	-2.96m	-0.85m	-1.24m	-1.29k	-228	-5.92	-818	-122	0.14m	2.84m	0.17m	-546	-151	19.7	-505	-20.8	
1	2	4	5	1	0.66m	-3.02m	-1.56m	605	88.9	-24.4	-621	0.274	4.70m	1.00m	55.9µ	1.25k	164	3.29	-475	79.4	
1	2	4	-	-	-10.8m	-3.24m	-9.41m	-1.53k	-225	-205	-878	-242	10.6m	3.04m	2.73m	1.57k	256	22.9	-436	185	
1	3	4	7	1	0.66m	-3.03m	-38.2µ	605	89.2	0.252	-624	-79.7	4.76m	1.03m	1.58m	1.25k	168	26.5	-474	2.73	
1	3	4	8	1	-2.97m	-0.87m	-0.15m	-1.30k	-231	-15.6	-824	22.4	0.15m	2.84m	1.27m	-547	-151	10.3	-505	120	
1	3	4	4	1	11.7m	2.76m	-1.20m	-1.02k	-131	-7.94	-817	45.9	24.7m	4.66m	1.27m	-510	40.7	63.8	-600	242	
1	3	4	3	1	-27.0m	-4.92m	-0.94m	584	-21.8	-12.0	-845	-159	-11.7m	-3.25m	2.19m	1.15k	158	72.4	-766	53.6m	
1	3	4	-	-	-10.9m	-3.30m	-2.72m	-1.54k	-225	-18.2	-880	-174	10.7m	3.13m	9.49m	1.58k	255	207	-436	242	
Sollecitazioni travi. Azione 12:Vento Y
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	6.79	-344	3.87	-922	1.27	0	6.79	-588	3.83	-1.13k	-1.78	0	6.80	-801	3.81	-1.56k	-5.86	
0	2	0	15.8	942	1.33	-536	9.48	0	15.8	870	1.33	-5.39µ	0	0	15.8	942	1.33	536	-9.48	
0	3	0	6.80	-801	3.81	1.56k	5.86	0	6.79	-588	3.83	1.13k	1.78	0	6.79	-344	3.87	922	-1.27	
0	4	0	1.90	-687	6.01	-70.3	1.34	0	1.90	-953	5.96	-442	0.491	0	1.89	-1.18k	5.94	-1.09k	-0.645	
0	5	0	-1.61	51.5	-9.99m	-5.31	-0.489	0	-1.61	-24.9	-9.95m	-4.95	0.474	0	-1.61	51.5	-9.99m	5.31	0.489	
0	6	0	1.89	-1.18k	5.94	1.09k	0.645	0	1.90	-953	5.96	442	-0.491	0	1.90	-687	6.01	70.3	-1.34	
1	1	-282	-5.39	37.0	-7.07	-66.5	5.53	-17.9	0.487	30.3	2.94	-0.603	-4.20	120	44.8	55.3	10.5	128	-34.7	
1	2	282	-5.39	-37.0	-7.07	66.5	5.53	17.9	0.487	-30.3	2.94	0.603	-4.20	-120	44.8	-55.3	10.5	-128	-34.7	
1	3	450	3.74	-1.55k	-4.20	1.44k	0.183	450	3.74	-1.55k	-4.20	504	-2.06	450	3.74	-1.55k	-4.20	-429	-4.31	
1	4	18.8	-53.6	-1.50k	-1.89	1.25k	-28.8	18.8	-53.6	-1.50k	-1.89	349	3.40	18.8	-53.6	-1.50k	-1.89	-550	35.6	
1	5	-450	3.74	-1.55k	-4.20	429	4.31	-450	3.74	-1.55k	-4.20	-504	2.06	-450	3.74	-1.55k	-4.20	-1.44k	-0.183	
1	6	-18.8	-53.6	-1.50k	-1.89	550	-35.6	-18.8	-53.6	-1.50k	-1.89	-349	-3.40	-18.8	-53.6	-1.50k	-1.89	-1.25k	28.8	
2	1	-1.62	0	0	91.5m	0	0	-1.62	0	0	91.5m	0	0	-1.62	0	0	91.5m	0	0	
2	2	1.62	0	0	91.5m	0	0	1.62	0	0	91.5m	0	0	1.62	0	0	91.5m	0	0	
2	3	-42.0	-3.71	688	64.7m	-31.4	2.62	-42.0	-3.71	688	64.7m	312	4.47	-42.0	-3.71	688	64.7m	622	6.14	
2	4	42.0	-3.71	688	64.7m	-622	-6.14	42.0	-3.71	688	64.7m	-312	-4.47	42.0	-3.71	688	64.7m	31.4	-2.62	
2	5	0	-3.76	64.0	26.2m	-32.0	-1.88	0	-3.76	64.0	26.2m	-1.31µ	0	0	-3.76	64.0	26.2m	32.0	1.88	
2	6	39.6	-3.97	647	48.7m	-601	-6.29	39.6	-3.97	647	48.7m	-310	-4.51	39.6	-3.97	647	48.7m	13.6	-2.52	
2	7	-39.6	-3.97	647	48.7m	-13.6	2.52	-39.6	-3.97	647	48.7m	310	4.51	-39.6	-3.97	647	48.7m	601	6.29	
2	8	-3.02µ	-3.56	94.1	41.6m	-47.0	-1.78	-3.02µ	-3.56	94.1	41.6m	-3.49µ	0	-3.02µ	-3.56	94.1	41.6m	47.0	1.78	
Sollecitazioni pilastri. Azione 12:Vento Y
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	3.34k	-64.3	325	-0.988	-326	-123	3.34k	-64.3	325	-0.988	31.6	-52.5	3.34k	-64.3	325	-0.988	552	50.4	
1	2	2.64k	-35.1	140	-0.956	-118	-84.6	2.64k	-35.1	140	-0.956	36.7	-45.9	2.64k	-35.1	140	-0.956	261	10.3	
1	3	-3.34k	64.3	325	-0.988	-326	123	-3.34k	64.3	325	-0.988	31.6	52.5	-3.34k	64.3	325	-0.988	552	-50.4	
1	4	-2.64k	35.1	140	-0.956	-118	84.6	-2.64k	35.1	140	-0.956	36.7	45.9	-2.64k	35.1	140	-0.956	261	-10.3	
2	1	688	-16.3	673	-6.70	-719	87.4m	688	-16.3	673	-6.70	359	26.2	688	-16.3	673	-6.70	1.44k	52.3	
2	2	647	-12.8	653	-6.89	-692	0.952	647	-12.8	653	-6.89	352	21.4	647	-12.8	653	-6.89	1.40k	41.9	
2	3	-688	16.3	673	-6.70	-719	-87.4m	-688	16.3	673	-6.70	359	-26.2	-688	16.3	673	-6.70	1.44k	-52.3	
2	4	-647	12.8	653	-6.89	-692	-0.952	-647	12.8	653	-6.89	352	-21.4	-647	12.8	653	-6.89	1.40k	-41.9	
2	5	-624	47.2m	90.4	-9.88m	-145	45.6m	-624	47.2m	90.4	-9.88m	-0.205	-29.9m	-624	47.2m	90.4	-9.88m	144	-0.105	
2	6	-553	-0.411	87.0	-10.5m	-141	-54.6m	-553	-0.411	87.0	-10.5m	-1.42	0.603	-553	-0.411	87.0	-10.5m	138	1.26	
2	7	624	-47.2m	90.4	-9.88m	-145	-45.6m	624	-47.2m	90.4	-9.88m	-0.205	29.9m	624	-47.2m	90.4	-9.88m	144	0.105	
2	8	553	0.411	87.0	-10.5m	-141	54.6m	553	0.411	87.0	-10.5m	-1.42	-0.603	553	0.411	87.0	-10.5m	138	-1.26	
Sollecitazioni pareti. Azione 12:Vento Y
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	0.26m	-7.62µ	3.03k	-6.32	-5.23k	-17.3µ	0.26m	-7.62µ	3.03k	-6.32	-372	-5.14µ	0.26m	-7.62µ	3.03k	-6.32	4.48k	7.05µ	
Sollecitazioni pali. Azione 12:Vento Y
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	1.96k	-23.7	174	1.11m	254	4.54	1.45k	-2.10	-60.2	0.66m	302	17.2	937	10.3	-168	0.31m	157	10.9	
0	1	-72.4	-23.7	174	1.11m	254	4.50	-53.5	-2.11	-60.2	0.66m	302	17.2	-34.7	10.3	-168	0.31m	157	10.9	
0	1	1.79k	-23.7	174	1.11m	255	4.54	1.33k	-2.10	-60.2	0.66m	302	17.2	860	10.3	-168	0.31m	157	10.9	
0	3	-1.79k	23.7	174	1.11m	255	-4.54	-1.33k	2.10	-60.2	0.66m	302	-17.2	-860	-10.3	-168	0.31m	157	-10.9	
0	3	72.4	23.7	174	1.11m	254	-4.50	53.5	2.11	-60.2	0.66m	302	-17.2	34.7	-10.3	-168	0.31m	157	-10.9	
0	3	-1.96k	23.7	174	1.11m	254	-4.54	-1.45k	2.10	-60.2	0.66m	302	-17.2	-937	-10.3	-168	0.31m	157	-10.9	
Sollecitazioni Shell piastre piano 0.Azione 12:Vento Y
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	5	5	0	0	0	0	-62.0	-1.78k	-287	-28.7	-563	0	0	0	123	338	-40.0	133	2.97k	
0	1	5	6	0	0	0	0	-1.06k	-218	-509	-1.34k	-84.2	0	0	0	237	50.5	-0.186	-53.5	364	
0	1	5	8	0	0	0	0	-237	-50.5	-509	53.5	-84.2	0	0	0	1.06k	218	-0.186	1.34k	364	
0	1	5	7	0	0	0	0	-123	-338	-287	-133	-563	0	0	0	62.0	1.78k	-40.0	28.7	2.97k	
0	1	5	-	-	0	0	0	-111	-64.4	-511	-24.2	-563	0	0	0	111	64.4	187	24.2	1.21k	
Sollecitazioni Shell pareti piano 1.Azione 12:Vento Y
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	5	5	1	-8.02m	-40.1m	2.20m	-9.93	-3.28	-79.4	-54.8m	16.8	-4.83m	-24.2m	22.1m	32.9m	28.6	-63.2	16.5	34.2	
1	1	5	7	1	4.83m	24.2m	2.20m	-32.9m	-28.6	-79.4	-54.8m	-34.2	8.02m	40.1m	22.1m	9.93	3.28	-63.2	16.5	-16.8	
1	1	5	7	0	-4.72m	-23.6m	2.20m	-6.66	-29.7	-70.9	-11.1	18.5	-1.54m	-7.68m	16.3m	40.3	3.54	-51.8	67.1	36.3	
1	1	5	5	0	1.54m	7.68m	2.20m	-40.3	-3.54	-70.9	-11.1	-36.3	4.72m	23.6m	16.3m	6.66	29.7	-51.8	67.1	-18.5	
1	1	5	-	-	-1.65m	-8.24m	2.20m	-4.35	-1.60	-83.3	-11.1	-0.659	1.65m	8.24m	22.1m	4.35	1.60	-39.3	67.1	0.660	
Sollecitazioni Shell piastre piano 1.Azione 12:Vento Y
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	5	5	1	-1.20m	-2.96m	-0.30m	-52.3	-562	-185	-123	7.73	-0.37m	0.73m	2.02m	122	13.9	-63.8	319	235	
1	1	5	6	1	-0.83m	-2.53m	-1.46m	-106	-202	-98.2	-282	-315	-0.35m	0.65m	0.35m	37.4	7.29	-73.7	35.4	190	
1	1	5	8	1	0.35m	-0.65m	-1.46m	-37.4	-7.29	-98.2	-35.4	-315	0.83m	2.53m	0.35m	106	202	-73.7	282	190	
1	1	5	7	1	0.37m	-0.73m	-0.30m	-122	-13.9	-185	-319	7.73	1.20m	2.96m	2.02m	52.3	562	-63.8	123	235	
1	1	5	-	-	-0.64m	-0.12m	-0.75m	-7.38	-6.37	-101	-63.9	-84.0	0.64m	0.12m	1.22m	7.38	6.37	178	63.9	1.30k	
1	2	5	1	1	-0.78m	-5.91m	-3.87m	-11.3	-149	-144	-332	-826	0.63m	1.73m	0.87m	162	644	226	9.96	106	
1	2	5	2	1	1.05m	-4.53m	-0.60m	-76.8	-162	-340	-83.1	-737	1.97m	1.82m	3.36m	38.7	546	-53.3	193	225	
1	2	5	6	1	-0.83m	-2.53m	-1.46m	-106	-202	-98.2	-282	-315	-0.35m	0.65m	0.35m	37.4	7.29	-73.7	35.4	190	
1	2	5	5	1	-1.20m	-2.96m	-0.30m	-52.3	-562	-185	-123	7.73	-0.37m	0.73m	2.02m	122	13.9	-63.8	319	235	
1	2	5	-	-	-2.42m	-13.6m	-0.53m	-95.4	-86.0	-223	-87.4	-1.76k	0.88m	1.65m	0.53m	105	384	34.1	15.5	225	
1	3	5	7	1	0.37m	-0.73m	-0.30m	-122	-13.9	-185	-319	7.73	1.20m	2.96m	2.02m	52.3	562	-63.8	123	235	
1	3	5	8	1	0.35m	-0.65m	-1.46m	-37.4	-7.29	-98.2	-35.4	-315	0.83m	2.53m	0.35m	106	202	-73.7	282	190	
1	3	5	4	1	-1.97m	-1.82m	-0.60m	-38.7	-546	-340	-193	-737	-1.05m	4.53m	3.36m	76.8	162	-53.3	83.1	225	
1	3	5	3	1	-0.63m	-1.73m	-3.87m	-162	-644	-144	-9.96	-826	0.78m	5.91m	0.87m	11.3	149	226	332	106	
1	3	5	-	-	-0.88m	-1.65m	-0.53m	-105	-384	-223	-15.5	-1.76k	2.42m	13.6m	0.53m	95.4	86.0	34.1	87.4	225	
Sollecitazioni travi. Azione 16:Sisma X
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-5.15k	-23.4k	1.02k	7.71k	1.50k	0	-5.17k	-32.4k	971	-4.84k	3.82k	0	-5.19k	-44.7k	918	-28.0k	6.93k	
0	2	0	-24.4	12.4k	50.2	-11.6k	-4.81k	0	0	0	0	-7.89k	-4.80k	0	24.4	-12.4k	-50.2	-11.6k	-4.81k	
0	3	0	5.19k	44.7k	-918	-28.0k	6.93k	0	5.17k	32.4k	-971	-4.84k	3.82k	0	5.15k	23.4k	-1.02k	7.71k	1.50k	
0	4	0	591	20.5k	3.30k	-3.65k	438	0	590	30.6k	3.24k	7.83k	173	0	590	44.1k	3.17k	30.2k	-181	
0	5	0	-454	-6.79k	21.7	718	-181	0	-454	6.83k	-29.1	730	90.7	0	454	6.79k	-21.7	718	-181	
0	6	0	-590	-44.1k	-3.17k	30.2k	-181	0	-590	-30.6k	-3.24k	7.83k	173	0	-591	-20.5k	-3.30k	-3.65k	438	
1	1	234k	1.13k	-45.2k	107	129k	-730	14.1k	347	-47.8k	-150	3.28k	73.0	-204k	-2.50k	-40.3k	51.0	-116k	3.81k	
1	2	234k	-1.13k	-45.2k	-107	129k	730	14.1k	-347	-47.8k	150	3.28k	-73.0	-204k	2.50k	-40.3k	-51.0	-116k	-3.81k	
1	3	26.7k	6.35k	-7.78k	102	-752	1.58k	26.7k	6.35k	-7.78k	102	-5.42k	-2.23k	26.7k	6.35k	-7.78k	102	-10.1k	-6.04k	
1	4	-24.6k	-6.05k	7.24k	-22.9	1.32k	-1.51k	-24.6k	-6.05k	7.24k	-22.9	5.66k	2.12k	-24.6k	-6.05k	7.24k	-22.9	10.0k	5.75k	
1	5	26.7k	-6.35k	7.78k	-102	-10.1k	-6.04k	26.7k	-6.35k	7.78k	-102	-5.42k	-2.23k	26.7k	-6.35k	7.78k	-102	-752	1.58k	
1	6	-24.6k	6.05k	-7.24k	22.9	10.0k	5.75k	-24.6k	6.05k	-7.24k	22.9	5.66k	2.12k	-24.6k	6.05k	-7.24k	22.9	1.32k	-1.51k	
2	1	-3.00k	0	0	0.302	0	0	-3.00k	0	0	0.302	0	0	-3.00k	0	0	0.302	0	0	
2	2	-3.00k	0	0	-0.302	0	0	-3.00k	0	0	-0.302	0	0	-3.00k	0	0	-0.302	0	0	
2	3	795	-4.38k	1.53k	4.11	-415	-2.47k	795	-4.38k	1.53k	4.11	348	-283	795	-4.38k	1.53k	4.11	1.03k	1.69k	
2	4	795	4.38k	-1.53k	-4.11	1.03k	1.69k	795	4.38k	-1.53k	-4.11	348	-283	795	4.38k	-1.53k	-4.11	-415	-2.47k	
2	5	858	0	0	0	-468	-2.91k	858	0	0	0	-468	-2.91k	858	0	0	0	-468	-2.91k	
2	6	-818	4.45k	1.00k	-3.66	-696	1.69k	-818	4.45k	1.00k	-3.66	-246	-313	-818	4.45k	1.00k	-3.66	254	-2.54k	
2	7	-818	-4.45k	-1.00k	3.66	254	-2.54k	-818	-4.45k	-1.00k	3.66	-246	-313	-818	-4.45k	-1.00k	3.66	-696	1.69k	
2	8	-842	0	0	0	306	-2.98k	-842	0	0	0	306	-2.98k	-842	0	0	0	306	-2.98k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pilastri. Azione 16:Sisma X
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	85.8k	-41.4k	4.66k	-1.69	-5.90k	-55.5k	85.8k	-41.4k	4.66k	-1.69	-776	-9.97k	85.8k	-41.4k	4.66k	-1.69	6.68k	56.2k	
1	2	-79.1k	-19.3k	-3.67k	-19.6	4.56k	-37.9k	-79.1k	-19.3k	-3.67k	-19.6	517	-16.7k	-79.1k	-19.3k	-3.67k	-19.6	-5.36k	14.1k	
1	3	85.8k	-41.4k	-4.66k	1.69	5.90k	-55.5k	85.8k	-41.4k	-4.66k	1.69	776	-9.97k	85.8k	-41.4k	-4.66k	1.69	-6.68k	56.2k	
1	4	-79.1k	-19.3k	3.67k	19.6	-4.56k	-37.9k	-79.1k	-19.3k	3.67k	19.6	-517	-16.7k	-79.1k	-19.3k	3.67k	19.6	5.36k	14.1k	
2	1	1.53k	-46.7k	1.38k	-2.31k	-1.38k	-11.1k	1.53k	-46.7k	1.38k	-2.31k	821	63.7k	1.53k	-46.7k	1.38k	-2.31k	3.03k	138k	
2	2	-1.00k	-48.3k	-993	-2.33k	970	-12.6k	-1.00k	-48.3k	-993	-2.33k	-619	64.8k	-1.00k	-48.3k	-993	-2.33k	-2.21k	142k	
2	3	1.53k	-46.7k	-1.38k	2.31k	1.38k	-11.1k	1.53k	-46.7k	-1.38k	2.31k	-821	63.7k	1.53k	-46.7k	-1.38k	2.31k	-3.03k	138k	
2	4	-1.00k	-48.3k	993	2.33k	-970	-12.6k	-1.00k	-48.3k	993	2.33k	619	64.8k	-1.00k	-48.3k	993	2.33k	2.21k	142k	
2	5	-1.53k	-5.15k	63.1	-1.28	-109	-713	-1.53k	-5.15k	63.1	-1.28	-7.75	7.52k	-1.53k	-5.15k	63.1	-1.28	93.2	15.8k	
2	6	1.00k	-5.21k	-23.4	-1.64	51.7	-723	1.00k	-5.21k	-23.4	-1.64	14.2	7.62k	1.00k	-5.21k	-23.4	-1.64	-23.3	16.0k	
2	7	-1.53k	-5.15k	-63.1	1.28	109	-713	-1.53k	-5.15k	-63.1	1.28	7.75	7.52k	-1.53k	-5.15k	-63.1	1.28	-93.2	15.8k	
2	8	1.00k	-5.21k	23.4	1.64	-51.7	-723	1.00k	-5.21k	23.4	1.64	-14.2	7.62k	1.00k	-5.21k	23.4	1.64	23.3	16.0k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pareti. Azione 16:Sisma X
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	-70.0k	-138k	0	0	0	-210k	-70.0k	-138k	0	0	0	10.1k	-70.0k	-138k	0	0	-1.33µ	231k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pali. Azione 16:Sisma X
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	94.9k	-12.1k	1.50k	-3.32	-1.15k	9.08k	70.1k	1.24k	625	-1.97	-54.7	14.1k	45.5k	8.07k	-54.8	-0.915	193	7.93k	
0	1	34.5k	-12.0k	1.55k	-3.32	-1.21k	9.19k	25.5k	1.29k	655	-1.97	-75.2	14.2k	16.5k	8.09k	-46.9	-0.915	191	7.93k	
0	1	-20.2k	-12.1k	1.61k	-3.32	-1.28k	9.08k	-14.9k	1.24k	684	-1.97	-95.8	14.1k	-9.68k	8.07k	-39.0	-0.915	190	7.93k	
0	3	-20.2k	-12.1k	-1.61k	3.32	1.28k	9.08k	-14.9k	1.24k	-684	1.97	95.8	14.1k	-9.68k	8.07k	39.0	0.915	-190	7.93k	
0	3	34.5k	-12.0k	-1.55k	3.32	1.21k	9.19k	25.5k	1.29k	-655	1.97	75.2	14.2k	16.5k	8.09k	46.9	0.915	-191	7.93k	
0	3	94.9k	-12.1k	-1.50k	3.32	1.15k	9.08k	70.1k	1.24k	-625	1.97	54.7	14.1k	45.5k	8.07k	54.8	0.915	-193	7.93k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell piastre piano 0.Azione 16:Sisma X
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	6	5	0	0	0	0	102k	500	-9.06k	-93.3k	0	0	0	0	231k	15.7k	-289	-70.8k	0	
0	1	6	6	0	0	0	0	-226k	-45.1k	-8.69k	-89.5k	0	0	0	0	-108k	-624	13.8k	-62.9k	0	
0	1	6	8	0	0	0	0	-226k	-45.1k	-13.8k	-89.5k	0	0	0	0	-108k	-624	8.69k	-62.9k	0	
0	1	6	7	0	0	0	0	102k	500	289	-93.3k	0	0	0	0	231k	15.7k	9.06k	-70.8k	0	
0	1	6	-	-	0	0	0	-191k	-23.0k	-9.64k	-98.9k	0	0	0	0	192k	8.27k	9.64k	-62.9k	0	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell pareti piano 1.Azione 16:Sisma X
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	6	5	1	-67.8m	0.130	-0.134	-19.4k	-171k	-6.85k	0	-114k	0.520	0.216	-72.3m	-325	-50.9k	-2.29k	0	-112k	
1	1	6	7	1	-67.8m	0.130	72.3m	-19.4k	-171k	2.29k	0	-114k	0.520	0.216	0.134	-325	-50.9k	6.85k	0	-112k	
1	1	6	7	0	-0.119	0.109	-0.204	192	73.4k	-2.28k	0	-119k	0.780	0.248	-96.6m	30.4k	200k	4.56k	0	-118k	
1	1	6	5	0	-0.119	0.109	96.6m	192	73.4k	-4.56k	0	-119k	0.780	0.248	0.204	30.4k	200k	2.28k	0	-118k	
1	1	6	-	-	-0.119	0.109	-11.1m	-19.4k	-171k	-11.4k	0	-119k	0.780	0.248	11.1m	30.4k	200k	11.4k	0	-112k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell piastre piano 1.Azione 16:Sisma X
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	6	5	1	64.6m	-0.209	-89.1m	37.5k	4.83k	-1.27k	-29.0k	-109	0.368	0.102	8.02m	73.0k	10.1k	418	-28.2k	4.48k	
1	1	6	6	1	-0.317	-65.5m	-91.8m	-72.1k	-12.4k	-1.05k	-36.2k	-5.78k	-47.8m	0.209	7.18m	-32.9k	-6.91k	838	-29.2k	-1.19k	
1	1	6	8	1	-0.317	-65.5m	-7.18m	-72.1k	-12.4k	-838	-36.2k	1.19k	-47.8m	0.209	91.8m	-32.9k	-6.91k	1.05k	-29.2k	5.78k	
1	1	6	7	1	64.6m	-0.209	-8.02m	37.5k	4.83k	-418	-29.0k	-4.48k	0.368	0.102	89.1m	73.0k	10.1k	1.27k	-28.2k	109	
1	1	6	-	-	-0.291	-0.385	-59.9m	-72.4k	-14.1k	-1.25k	-37.2k	-1.05k	0.346	0.362	59.9m	73.2k	11.0k	1.25k	-27.2k	1.05k	
1	2	6	1	1	-1.81	-0.340	-0.135	37.9k	-1.63k	-5.58k	-56.7k	-219	-0.777	-0.220	60.7m	76.6k	9.40k	2.67k	-54.9k	8.97k	
1	2	6	2	1	0.736	0.210	-0.105	-69.2k	-7.88k	-5.29k	-53.9k	-11.6k	1.69	0.338	70.0m	-32.8k	2.17k	1.30k	-50.7k	-2.37k	
1	2	6	6	1	-0.317	-65.5m	-91.8m	-72.1k	-12.4k	-1.05k	-36.2k	-5.78k	-47.8m	0.209	7.18m	-32.9k	-6.91k	838	-29.2k	-1.19k	
1	2	6	5	1	64.6m	-0.209	-89.1m	37.5k	4.83k	-1.27k	-29.0k	-109	0.368	0.102	8.02m	73.0k	10.1k	418	-28.2k	4.48k	
1	2	6	-	-	-0.708	-0.220	-0.636	-94.1k	-14.7k	-5.90k	-56.0k	-11.6k	0.672	0.218	0.166	98.1k	15.7k	2.54k	-27.2k	8.97k	
1	3	6	7	1	64.6m	-0.209	-8.02m	37.5k	4.83k	-418	-29.0k	-4.48k	0.368	0.102	89.1m	73.0k	10.1k	1.27k	-28.2k	109	
1	3	6	8	1	-0.317	-65.5m	-7.18m	-72.1k	-12.4k	-838	-36.2k	1.19k	-47.8m	0.209	91.8m	-32.9k	-6.91k	1.05k	-29.2k	5.78k	
1	3	6	4	1	0.736	0.210	-70.0m	-69.2k	-7.88k	-1.30k	-53.9k	2.37k	1.69	0.338	0.105	-32.8k	2.17k	5.29k	-50.7k	11.6k	
1	3	6	3	1	-1.81	-0.340	-60.7m	37.9k	-1.63k	-2.67k	-56.7k	-8.97k	-0.777	-0.220	0.135	76.6k	9.40k	5.58k	-54.9k	219	
1	3	6	-	-	-0.708	-0.220	-0.166	-94.1k	-14.7k	-2.54k	-56.0k	-8.97k	0.672	0.218	0.636	98.1k	15.7k	5.90k	-27.2k	11.6k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni travi. Azione 17:Eccentricità Y Sisma X
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-53.0	11.9	113	689	57.1	0	-53.4	203	113	739	81.0	0	-53.8	367	112	916	113	
0	2	0	-452	629	-15.6	-399	-271	0	-451	683	-15.5	0	0	0	-452	629	-15.6	399	271	
0	3	0	-53.8	367	112	-916	-113	0	-53.4	203	113	-739	-81.0	0	-53.0	11.9	113	-689	-57.1	
0	4	0	52.8	68.1	153	4.41	36.2	0	52.8	-191	152	-26.3	12.5	0	52.7	-410	152	-214	-19.2	
0	5	0	-21.0	38.3	-0.132	-3.91	-6.52	0	-21.0	-34.7	-0.132	-10.1	6.06	0	-21.0	38.3	-0.132	3.91	6.52	
0	6	0	52.7	-410	152	214	19.2	0	52.8	-191	152	26.3	-12.5	0	52.8	68.1	153	-4.41	-36.2	
1	1	-5.16k	483	1.82k	56.4	-3.65k	501	-434	60.7	841	59.6	-5.85	-5.51	4.57k	577	1.42k	59.2	3.19k	-569	
1	2	5.16k	483	-1.82k	56.4	3.65k	501	434	60.7	-841	59.6	5.85	-5.51	-4.57k	577	-1.42k	59.2	-3.19k	-569	
1	3	-652	-158	3.77k	-10.6	-3.70k	-4.65	-652	-158	3.77k	-10.6	-1.44k	90.3	-652	-158	3.77k	-10.6	819	185	
1	4	106	-309	-4.06k	-28.4	3.55k	-73.7	106	-309	-4.06k	-28.4	1.12k	112	106	-309	-4.06k	-28.4	-1.32k	298	
1	5	652	-158	3.77k	-10.6	-819	-185	652	-158	3.77k	-10.6	1.44k	-90.3	652	-158	3.77k	-10.6	3.70k	4.65	
1	6	-106	-309	-4.06k	-28.4	1.32k	-298	-106	-309	-4.06k	-28.4	-1.12k	-112	-106	-309	-4.06k	-28.4	-3.55k	73.7	
2	1	5.87	0	0	6.40	0	0	5.87	0	0	6.40	0	0	5.87	0	0	6.40	0	0	
2	2	-5.87	0	0	6.40	0	0	-5.87	0	0	6.40	0	0	-5.87	0	0	6.40	0	0	
2	3	289	-297	-2.15k	1.29	64.2	201	289	-297	-2.15k	1.29	-1.01k	349	289	-297	-2.15k	1.29	-1.98k	483	
2	4	-289	-297	-2.15k	1.29	1.98k	-483	-289	-297	-2.15k	1.29	1.01k	-349	-289	-297	-2.15k	1.29	-64.2	-201	
2	5	0	-286	-234	3.30	117	-143	0	-286	-234	3.30	0	0	0	-286	-234	3.30	-117	143	
2	6	287	-294	2.12k	1.40	-1.98k	-482	287	-294	2.12k	1.40	-1.03k	-349	287	-294	2.12k	1.40	27.6	-202	
2	7	-287	-294	2.12k	1.40	-27.6	202	-287	-294	2.12k	1.40	1.03k	349	-287	-294	2.12k	1.40	1.98k	482	
2	8	0	-289	304	3.14	-152	-144	0	-289	304	3.14	0	0	0	-289	304	3.14	152	144	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pilastri. Azione 17:Eccentricità Y Sisma X
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-2.88k	-1.33k	-263	-27.5	203	-2.40k	-2.88k	-1.33k	-263	-27.5	-86.2	-933	-2.88k	-1.33k	-263	-27.5	-506	1.20k	
1	2	3.34k	-832	107	-27.8	-17.3	-1.97k	3.34k	-832	107	-27.8	100	-1.05k	3.34k	-832	107	-27.8	271	279	
1	3	2.88k	1.33k	-263	-27.5	203	2.40k	2.88k	1.33k	-263	-27.5	-86.2	933	2.88k	1.33k	-263	-27.5	-506	-1.20k	
1	4	-3.34k	832	107	-27.8	-17.3	1.97k	-3.34k	832	107	-27.8	100	1.05k	-3.34k	832	107	-27.8	271	-279	
2	1	-2.15k	-1.24k	-2.15k	-524	2.27k	-1.22k	-2.15k	-1.24k	-2.15k	-524	-1.17k	763	-2.15k	-1.24k	-2.15k	-524	-4.60k	2.75k	
2	2	2.12k	-1.25k	2.15k	-523	-2.26k	-1.23k	2.12k	-1.25k	2.15k	-523	1.18k	782	2.12k	-1.25k	2.15k	-523	4.61k	2.79k	
2	3	2.15k	1.24k	-2.15k	-524	2.27k	1.22k	2.15k	1.24k	-2.15k	-524	-1.17k	-763	2.15k	1.24k	-2.15k	-524	-4.60k	-2.75k	
2	4	-2.12k	1.25k	2.15k	-523	-2.26k	1.23k	-2.12k	1.25k	2.15k	-523	1.18k	-782	-2.12k	1.25k	2.15k	-523	4.61k	-2.79k	
2	5	1.92k	-36.1	-289	-0.794	464	-5.56	1.92k	-36.1	-289	-0.794	1.72	52.2	1.92k	-36.1	-289	-0.794	-460	110	
2	6	-1.81k	-31.2	287	-0.796	-465	-4.55	-1.81k	-31.2	287	-0.796	-4.74	45.4	-1.81k	-31.2	287	-0.796	455	95.4	
2	7	-1.92k	36.1	-289	-0.794	464	5.56	-1.92k	36.1	-289	-0.794	1.72	-52.2	-1.92k	36.1	-289	-0.794	-460	-110	
2	8	1.81k	31.2	287	-0.796	-465	4.55	1.81k	31.2	287	-0.796	-4.74	-45.4	1.81k	31.2	287	-0.796	455	-95.4	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pareti. Azione 17:Eccentricità Y Sisma X
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	0	0	10.4k	-183	-15.9k	0	0	0	10.4k	-183	773	0	0	0	10.4k	-183	17.5k	0	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pali. Azione 17:Eccentricità Y Sisma X
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	165	-426	-88.7	-76.0m	-223	139	122	-18.1	62.6	-45.1m	-228	355	79.1	209	124	-21.0m	-112	216	
0	1	-43.1	-424	-87.5	-76.0m	-225	142	-31.8	-16.9	63.3	-45.1m	-229	356	-20.6	209	124	-21.0m	-112	216	
0	1	-3.02k	-426	-86.4	-76.0m	-226	139	-2.23k	-18.1	64.0	-45.1m	-229	355	-1.45k	209	125	-21.0m	-113	216	
0	3	3.02k	426	-86.4	-76.0m	-226	-139	2.23k	18.1	64.0	-45.1m	-229	-355	1.45k	-209	125	-21.0m	-113	-216	
0	3	43.1	424	-87.5	-76.0m	-225	-142	31.8	16.9	63.3	-45.1m	-229	-356	20.6	-209	124	-21.0m	-112	-216	
0	3	-165	426	-88.7	-76.0m	-223	-139	-122	18.1	62.6	-45.1m	-228	-355	-79.1	-209	124	-21.0m	-112	-216	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell piastre piano 0.Azione 17:Eccentricità Y Sisma X
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	7	5	0	0	0	0	-1.09k	-192	-7.69k	-10.7k	-856	0	0	0	9.29k	514	-2.56k	-407	321	
0	1	7	6	0	0	0	0	-13.8k	-2.76k	-7.79k	-15.8k	-1.10k	0	0	0	1.60k	659	32.9	-592	4.60k	
0	1	7	8	0	0	0	0	-1.60k	-659	-7.79k	592	-1.10k	0	0	0	13.8k	2.76k	32.9	15.8k	4.60k	
0	1	7	7	0	0	0	0	-9.29k	-514	-7.69k	407	-856	0	0	0	1.09k	192	-2.56k	10.7k	321	
0	1	7	-	-	0	0	0	-96.8	-38.0	-7.75k	-288	-1.10k	0	0	0	96.8	38.0	-6.95k	288	1.41k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell pareti piano 1.Azione 17:Eccentricità Y Sisma X
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	7	5	1	6.25m	31.3m	-59.5m	24.5	-5.29k	-2.25k	-465	-6.19k	17.6m	88.2m	-7.85m	279	473	655	-40.9	-3.38k	
1	1	7	7	1	-17.6m	-88.2m	-59.5m	-279	-473	-2.25k	-465	3.38k	-6.25m	-31.3m	-7.85m	-24.5	5.29k	655	-40.9	6.19k	
1	1	7	7	0	16.5m	82.6m	-77.7m	-1.25k	-5.13k	-2.17k	-2.08k	3.31k	27.9m	0.140	-7.85m	252	536	565	421	6.04k	
1	1	7	5	0	-27.9m	-0.140	-77.7m	-252	-536	-2.17k	-2.08k	-6.04k	-16.5m	-82.6m	-7.85m	1.25k	5.13k	565	421	-3.31k	
1	1	7	-	-	-5.13m	-25.7m	-77.7m	-120	-60.2	-2.29k	-2.08k	-574	5.13m	25.7m	-7.85m	120	60.2	985	421	574	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell piastre piano 1.Azione 17:Eccentricità Y Sisma X
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	7	5	1	2.18m	-2.14m	-8.40m	142	48.7	-1.80k	-1.07k	-628	19.7m	12.4m	-4.44m	816	1.41k	-877	164	-17.0	
1	1	7	6	1	-4.88m	-8.62m	-8.62m	-1.26k	-815	-1.74k	-2.20k	-667	1.84m	2.14m	-5.19m	-119	-154	-1.25k	-6.11	561	
1	1	7	8	1	-1.84m	-2.14m	-8.62m	119	154	-1.74k	6.11	-667	4.88m	8.62m	-5.19m	1.26k	815	-1.25k	2.20k	561	
1	1	7	7	1	-19.7m	-12.4m	-8.40m	-816	-1.41k	-1.80k	-164	-628	-2.18m	2.14m	-4.44m	-142	-48.7	-877	1.07k	-17.0	
1	1	7	-	-	-1.89m	-0.84m	-9.90m	-138	-43.2	-1.94k	-57.7	-3.18k	1.89m	0.84m	2.37m	138	43.2	-1.22k	57.7	829	
1	2	7	1	1	-48.9m	-15.1m	-7.45m	766	-1.40k	-1.90k	-1.52k	-84.3	-15.9m	7.07m	3.46m	1.63k	260	-1.73k	-1.35k	1.92k	
1	2	7	2	1	20.1m	-6.16m	-6.18m	-1.46k	-323	-1.92k	-1.31k	-2.12k	45.6m	11.5m	4.42m	-747	1.38k	-1.74k	-1.03k	293	
1	2	7	6	1	-4.88m	-8.62m	-8.62m	-1.26k	-815	-1.74k	-2.20k	-667	1.84m	2.14m	-5.19m	-119	-154	-1.25k	-6.11	561	
1	2	7	5	1	2.18m	-2.14m	-8.40m	142	48.7	-1.80k	-1.07k	-628	19.7m	12.4m	-4.44m	816	1.41k	-877	164	-17.0	
1	2	7	-	-	-13.7m	-31.9m	-20.8m	-2.34k	-673	-1.98k	-1.72k	-4.49k	19.6m	40.0m	-1.53m	1.82k	335	-164	53.1	3.85k	
1	3	7	7	1	-19.7m	-12.4m	-8.40m	-816	-1.41k	-1.80k	-164	-628	-2.18m	2.14m	-4.44m	-142	-48.7	-877	1.07k	-17.0	
1	3	7	8	1	-1.84m	-2.14m	-8.62m	119	154	-1.74k	6.11	-667	4.88m	8.62m	-5.19m	1.26k	815	-1.25k	2.20k	561	
1	3	7	4	1	-45.6m	-11.5m	-6.18m	747	-1.38k	-1.92k	1.03k	-2.12k	-20.1m	6.16m	4.42m	1.46k	323	-1.74k	1.31k	293	
1	3	7	3	1	15.9m	-7.07m	-7.45m	-1.63k	-260	-1.90k	1.35k	-84.3	48.9m	15.1m	3.46m	-766	1.40k	-1.73k	1.52k	1.92k	
1	3	7	-	-	-19.6m	-40.0m	-20.8m	-1.82k	-335	-1.98k	-53.1	-4.49k	13.7m	31.9m	-1.53m	2.34k	673	-164	1.72k	3.85k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni travi. Azione 18:Sisma Y
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	407	-17.5k	233	-57.0k	81.2	0	407	-32.0k	230	-68.3k	-102	0	408	-44.5k	229	-91.6k	-346	
0	2	0	922	55.3k	78.7	-31.5k	553	0	922	51.0k	78.4	0	0	0	922	55.3k	78.7	31.5k	-553	
0	3	0	408	-44.5k	229	91.6k	346	0	407	-32.0k	230	68.3k	102	0	407	-17.5k	233	57.0k	-81.2	
0	4	0	110	-38.2k	365	-6.01k	77.9	0	110	-53.9k	362	-26.9k	28.6	0	109	-67.3k	360	-63.7k	-37.1	
0	5	0	-95.5	3.05k	-0.595	-314	-29.1	0	-95.5	-1.47k	-0.592	-291	28.2	0	-95.5	3.05k	-0.595	314	29.1	
0	6	0	109	-67.3k	360	63.7k	37.1	0	110	-53.9k	362	26.9k	-28.6	0	110	-38.2k	365	6.01k	-77.9	
1	1	-11.3k	57.0	2.14k	-442	-4.03k	927	10.0k	26.9	1.83k	176	-405	-151	12.8k	2.28k	3.34k	653	7.68k	-1.48k	
1	2	11.3k	57.0	-2.14k	-442	4.03k	927	-10.0k	26.9	-1.83k	176	405	-151	-12.8k	2.28k	-3.34k	653	-7.68k	-1.48k	
1	3	43.3k	1.46k	-94.0k	-237	86.7k	1.31k	43.3k	1.46k	-94.0k	-237	30.2k	435	43.3k	1.46k	-94.0k	-237	-26.2k	-438	
1	4	17.2k	-4.57k	-90.6k	-122	76.0k	-3.02k	17.2k	-4.57k	-90.6k	-122	21.6k	-283	17.2k	-4.57k	-90.6k	-122	-32.7k	2.46k	
1	5	-43.3k	1.46k	-94.0k	-237	26.2k	438	-43.3k	1.46k	-94.0k	-237	-30.2k	-435	-43.3k	1.46k	-94.0k	-237	-86.7k	-1.31k	
1	6	-17.2k	-4.57k	-90.6k	-122	32.7k	-2.46k	-17.2k	-4.57k	-90.6k	-122	-21.6k	283	-17.2k	-4.57k	-90.6k	-122	-76.0k	3.02k	
2	1	1.75k	0	0	5.44	0	0	1.75k	0	0	5.44	0	0	1.75k	0	0	5.44	0	0	
2	2	-1.75k	0	0	5.44	0	0	-1.75k	0	0	5.44	0	0	-1.75k	0	0	5.44	0	0	
2	3	-5.09k	1.50k	41.0k	5.41	-1.95k	-1.03k	-5.09k	1.50k	41.0k	5.41	18.5k	-1.79k	-5.09k	1.50k	41.0k	5.41	37.0k	-2.46k	
2	4	5.09k	1.50k	41.0k	5.41	-37.0k	2.46k	5.09k	1.50k	41.0k	5.41	-18.5k	1.79k	5.09k	1.50k	41.0k	5.41	1.95k	1.03k	
2	5	0	1.47k	4.18k	-1.09	-2.09k	737	0	1.47k	4.18k	-1.09	0	0	0	1.47k	4.18k	-1.09	2.09k	-737	
2	6	4.89k	-1.96k	38.6k	1.33	-35.7k	-3.21k	4.89k	-1.96k	38.6k	1.33	-18.4k	-2.32k	4.89k	-1.96k	38.6k	1.33	940	-1.34k	
2	7	-4.89k	-1.96k	38.6k	1.33	-940	1.34k	-4.89k	-1.96k	38.6k	1.33	18.4k	2.32k	-4.89k	-1.96k	38.6k	1.33	35.7k	3.21k	
2	8	0	-1.91k	5.89k	5.18	-2.95k	-954	0	-1.91k	5.89k	5.18	0	0	0	-1.91k	5.89k	5.18	2.95k	954	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pilastri. Azione 18:Sisma Y
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	200k	-3.82k	19.0k	-64.8	-18.8k	-7.29k	200k	-3.82k	19.0k	-64.8	2.08k	-3.09k	200k	-3.82k	19.0k	-64.8	32.4k	3.03k	
1	2	159k	-2.16k	8.10k	-53.1	-6.56k	-5.20k	159k	-2.16k	8.10k	-53.1	2.35k	-2.83k	159k	-2.16k	8.10k	-53.1	15.3k	618	
1	3	-200k	3.82k	19.0k	-64.8	-18.8k	7.29k	-200k	3.82k	19.0k	-64.8	2.08k	3.09k	-200k	3.82k	19.0k	-64.8	32.4k	-3.03k	
1	4	-159k	2.16k	8.10k	-53.1	-6.56k	5.20k	-159k	2.16k	8.10k	-53.1	2.35k	2.83k	-159k	2.16k	8.10k	-53.1	15.3k	-618	
2	1	41.0k	-853	47.6k	-2.30k	-54.9k	206	41.0k	-853	47.6k	-2.30k	21.3k	1.57k	41.0k	-853	47.6k	-2.30k	97.4k	2.94k	
2	2	38.6k	-883	46.3k	1.49k	-53.3k	-144	38.6k	-883	46.3k	1.49k	20.9k	1.27k	38.6k	-883	46.3k	1.49k	95.0k	2.68k	
2	3	-41.0k	853	47.6k	-2.30k	-54.9k	-206	-41.0k	853	47.6k	-2.30k	21.3k	-1.57k	-41.0k	853	47.6k	-2.30k	97.4k	-2.94k	
2	4	-38.6k	883	46.3k	1.49k	-53.3k	144	-38.6k	883	46.3k	1.49k	20.9k	-1.27k	-38.6k	883	46.3k	1.49k	95.0k	-2.68k	
2	5	-36.8k	31.4	5.85k	-80.9m	-9.38k	11.2	-36.8k	31.4	5.85k	-80.9m	-10.3	-39.0	-36.8k	31.4	5.85k	-80.9m	9.36k	-89.2	
2	6	-32.7k	-54.5	5.66k	-1.14	-9.13k	-12.0	-32.7k	-54.5	5.66k	-1.14	-78.5	75.1	-32.7k	-54.5	5.66k	-1.14	8.97k	162	
2	7	36.8k	-31.4	5.85k	-80.9m	-9.38k	-11.2	36.8k	-31.4	5.85k	-80.9m	-10.3	39.0	36.8k	-31.4	5.85k	-80.9m	9.36k	89.2	
2	8	32.7k	54.5	5.66k	-1.14	-9.13k	12.0	32.7k	54.5	5.66k	-1.14	-78.5	-75.1	32.7k	54.5	5.66k	-1.14	8.97k	-162	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pareti. Azione 18:Sisma Y
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	2.37µ	0	179k	-381	-308k	0	2.37µ	0	179k	-381	-22.5k	0	2.37µ	0	179k	-381	263k	0	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pali. Azione 18:Sisma Y
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	111k	-1.41k	6.32k	61.4m	16.3k	276	81.8k	-123	-4.61k	36.4m	16.6k	1.03k	53.1k	615	-9.04k	16.9m	8.17k	652	
0	1	5.51k	-1.41k	6.32k	61.4m	16.3k	274	4.07k	-124	-4.61k	36.4m	16.6k	1.03k	2.64k	615	-9.04k	16.9m	8.17k	652	
0	1	101k	-1.41k	6.32k	61.4m	16.3k	276	74.7k	-123	-4.62k	36.4m	16.6k	1.03k	48.4k	615	-9.04k	16.9m	8.17k	652	
0	3	-101k	1.41k	6.32k	61.4m	16.3k	-276	-74.7k	123	-4.62k	36.4m	16.6k	-1.03k	-48.4k	-615	-9.04k	16.9m	8.17k	-652	
0	3	-5.51k	1.41k	6.32k	61.4m	16.3k	-274	-4.07k	124	-4.61k	36.4m	16.6k	-1.03k	-2.64k	-615	-9.04k	16.9m	8.17k	-652	
0	3	-111k	1.41k	6.32k	61.4m	16.3k	-276	-81.8k	123	-4.61k	36.4m	16.6k	-1.03k	-53.1k	-615	-9.04k	16.9m	8.17k	-652	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell piastre piano 0.Azione 18:Sisma Y
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	8	5	0	0	0	0	-3.11k	-104k	-17.0k	-1.70k	-33.0k	0	0	0	7.27k	19.8k	-2.63k	7.28k	174k	
0	1	8	6	0	0	0	0	-63.3k	-13.0k	-30.3k	-79.9k	-5.01k	0	0	0	14.1k	3.01k	-10.6	-3.18k	21.7k	
0	1	8	8	0	0	0	0	-14.1k	-3.01k	-30.3k	3.18k	-5.01k	0	0	0	63.3k	13.0k	-10.6	79.9k	21.7k	
0	1	8	7	0	0	0	0	-7.27k	-19.8k	-17.0k	-7.28k	-33.0k	0	0	0	3.11k	104k	-2.63k	1.70k	174k	
0	1	8	-	-	0	0	0	-6.58k	-3.77k	-30.4k	-1.44k	-33.0k	0	0	0	6.58k	3.77k	10.8k	1.44k	70.7k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell pareti piano 1.Azione 18:Sisma Y
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	8	5	1	-0.478	-2.39	0.127	-1.11k	-127	-4.42k	-178	580	-0.294	-1.47	1.30	107	1.01k	-3.79k	1.86k	1.24k	
1	1	8	7	1	0.294	1.47	0.127	-107	-1.01k	-4.42k	-178	-1.24k	0.478	2.39	1.30	1.11k	127	-3.79k	1.86k	-580	
1	1	8	7	0	-0.267	-1.33	0.130	-369	-2.01k	-4.31k	-615	1.26k	-78.4m	-0.392	0.942	2.34k	233	-3.06k	3.91k	2.44k	
1	1	8	5	0	78.4m	0.392	0.130	-2.34k	-233	-4.31k	-615	-2.44k	0.267	1.33	0.942	369	2.01k	-3.06k	3.91k	-1.26k	
1	1	8	-	-	-0.110	-0.549	0.127	-292	-92.8	-4.76k	-615	-77.0	0.110	0.549	1.30	292	92.8	-2.32k	3.91k	77.0	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell piastre piano 1.Azione 18:Sisma Y
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	8	5	1	-77.0m	-0.153	13.9m	-2.97k	-32.3k	-10.4k	-7.04k	883	-16.0m	34.9m	0.161	7.04k	977	-3.85k	18.4k	11.9k	
1	1	8	6	1	-56.8m	-0.133	-0.131	-6.40k	-12.1k	-5.95k	-17.1k	-19.0k	-24.4m	31.0m	-9.98m	2.25k	502	-4.51k	2.03k	11.6k	
1	1	8	8	1	24.4m	-31.0m	-0.131	-2.25k	-502	-5.95k	-2.03k	-19.0k	56.8m	0.133	-9.98m	6.40k	12.1k	-4.51k	17.1k	11.6k	
1	1	8	7	1	16.0m	-34.9m	13.9m	-7.04k	-977	-10.4k	-18.4k	883	77.0m	0.153	0.161	2.97k	32.3k	-3.85k	7.04k	11.9k	
1	1	8	-	-	-50.8m	-8.80m	-97.1m	-385	-434	-6.15k	-3.64k	-4.36k	50.8m	8.80m	0.133	385	434	9.96k	3.64k	73.3k	
1	2	8	1	1	-79.2m	-0.316	-0.155	-556	-9.48k	-8.45k	-20.0k	-49.4k	-25.9m	74.5m	66.9m	9.78k	38.6k	14.2k	485	7.35k	
1	2	8	2	1	-16.1m	-0.243	-51.7m	-4.54k	-10.1k	-21.0k	-4.92k	-44.4k	56.3m	83.0m	0.131	2.40k	33.0k	-3.31k	11.8k	13.9k	
1	2	8	6	1	-56.8m	-0.133	-0.131	-6.40k	-12.1k	-5.95k	-17.1k	-19.0k	-24.4m	31.0m	-9.98m	2.25k	502	-4.51k	2.03k	11.6k	
1	2	8	5	1	-77.0m	-0.153	13.9m	-2.97k	-32.3k	-10.4k	-7.04k	883	-16.0m	34.9m	0.161	7.04k	977	-3.85k	18.4k	11.9k	
1	2	8	-	-	-0.142	-0.708	-36.8m	-5.68k	-5.07k	-13.0k	-5.20k	-106k	19.7m	75.7m	49.6m	6.34k	23.0k	1.86k	896	13.9k	
1	3	8	7	1	16.0m	-34.9m	13.9m	-7.04k	-977	-10.4k	-18.4k	883	77.0m	0.153	0.161	2.97k	32.3k	-3.85k	7.04k	11.9k	
1	3	8	8	1	24.4m	-31.0m	-0.131	-2.25k	-502	-5.95k	-2.03k	-19.0k	56.8m	0.133	-9.98m	6.40k	12.1k	-4.51k	17.1k	11.6k	
1	3	8	4	1	-56.3m	-83.0m	-51.7m	-2.40k	-33.0k	-21.0k	-11.8k	-44.4k	16.1m	0.243	0.131	4.54k	10.1k	-3.31k	4.92k	13.9k	
1	3	8	3	1	25.9m	-74.5m	-0.155	-9.78k	-38.6k	-8.45k	-485	-49.4k	79.2m	0.316	66.9m	556	9.48k	14.2k	20.0k	7.35k	
1	3	8	-	-	-19.7m	-75.7m	-36.8m	-6.34k	-23.0k	-13.0k	-896	-106k	0.142	0.708	49.6m	5.68k	5.07k	1.86k	5.20k	13.9k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni travi. Azione 19:Eccentricità X Sisma Y
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-83.2	-251	176	1.11k	88.1	0	-83.7	28.7	175	1.06k	126	0	-84.3	269	175	1.16k	176	
0	2	0	-701	1.15k	-24.8	-722	-421	0	-701	1.23k	-24.7	0	0	0	-701	1.15k	-24.8	722	421	
0	3	0	-84.3	269	175	-1.16k	-176	0	-83.7	28.7	175	-1.06k	-126	0	-83.2	-251	176	-1.11k	-88.1	
0	4	0	81.2	232	238	-51.0	55.7	0	81.1	-184	236	-45.2	19.2	0	81.1	-535	235	-273	-29.5	
0	5	0	-32.4	62.2	-0.204	-6.26	-10.1	0	-32.4	-54.9	-0.203	-15.8	9.35	0	-32.4	62.2	-0.204	6.26	10.1	
0	6	0	81.1	-535	235	273	29.5	0	81.1	-184	236	45.2	-19.2	0	81.2	232	238	51.0	-55.7	
1	1	-8.42k	665	2.69k	92.8	-5.26k	676	-691	82.8	1.28k	90.5	-7.60	-9.49	7.53k	812	2.04k	96.8	4.54k	-781	
1	2	8.42k	665	-2.69k	92.8	5.26k	676	691	82.8	-1.28k	90.5	7.60	-9.49	-7.53k	812	-2.04k	96.8	-4.54k	-781	
1	3	-1.06k	-342	5.99k	-22.5	-5.98k	-94.6	-1.06k	-342	5.99k	-22.5	-2.39k	110	-1.06k	-342	5.99k	-22.5	1.20k	315	
1	4	283	-589	-6.56k	-49.3	5.83k	-202	283	-589	-6.56k	-49.3	1.89k	152	283	-589	-6.56k	-49.3	-2.05k	505	
1	5	1.06k	-342	5.99k	-22.5	-1.20k	-315	1.06k	-342	5.99k	-22.5	2.39k	-110	1.06k	-342	5.99k	-22.5	5.98k	94.6	
1	6	-283	-589	-6.56k	-49.3	2.05k	-505	-283	-589	-6.56k	-49.3	-1.89k	-152	-283	-589	-6.56k	-49.3	-5.83k	202	
2	1	8.89	0	0	9.40	0	0	8.89	0	0	9.40	0	0	8.89	0	0	9.40	0	0	
2	2	-8.89	0	0	9.40	0	0	-8.89	0	0	9.40	0	0	-8.89	0	0	9.40	0	0	
2	3	385	-653	-3.12k	4.33	120	421	385	-653	-3.12k	4.33	-1.44k	747	385	-653	-3.12k	4.33	-2.84k	1.04k	
2	4	-385	-653	-3.12k	4.33	2.84k	-1.04k	-385	-653	-3.12k	4.33	1.44k	-747	-385	-653	-3.12k	4.33	-120	-421	
2	5	0	-594	-421	5.37	211	-297	0	-594	-421	5.37	0	0	0	-594	-421	5.37	-211	297	
2	6	383	-650	3.07k	4.50	-2.84k	-1.04k	383	-650	3.07k	4.50	-1.46k	-748	383	-650	3.07k	4.50	73.3	-423	
2	7	-383	-650	3.07k	4.50	-73.3	423	-383	-650	3.07k	4.50	1.46k	748	-383	-650	3.07k	4.50	2.84k	1.04k	
2	8	0	-598	508	5.13	-254	-299	0	-598	508	5.13	0	0	0	-598	508	5.13	254	299	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pilastri. Azione 19:Eccentricità X Sisma Y
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-4.50k	-2.08k	-286	-41.8	139	-3.77k	-4.50k	-2.08k	-286	-41.8	-176	-1.48k	-4.50k	-2.08k	-286	-41.8	-633	1.85k	
1	2	5.48k	-1.31k	119	-42.2	50.7	-3.11k	5.48k	-1.31k	119	-42.2	181	-1.67k	5.48k	-1.31k	119	-42.2	371	428	
1	3	4.50k	2.08k	-286	-41.8	139	3.77k	4.50k	2.08k	-286	-41.8	-176	1.48k	4.50k	2.08k	-286	-41.8	-633	-1.85k	
1	4	-5.48k	1.31k	119	-42.2	50.7	3.11k	-5.48k	1.31k	119	-42.2	181	1.67k	-5.48k	1.31k	119	-42.2	371	-428	
2	1	-3.12k	-1.04k	-3.88k	-623	4.55k	95.9	-3.12k	-1.04k	-3.88k	-623	-1.65k	1.77k	-3.12k	-1.04k	-3.88k	-623	-7.85k	3.44k	
2	2	3.07k	-1.07k	3.88k	-622	-4.55k	90.8	3.07k	-1.07k	3.88k	-622	1.66k	1.80k	3.07k	-1.07k	3.88k	-622	7.86k	3.50k	
2	3	3.12k	1.04k	-3.88k	-623	4.55k	-95.9	3.12k	1.04k	-3.88k	-623	-1.65k	-1.77k	3.12k	1.04k	-3.88k	-623	-7.85k	-3.44k	
2	4	-3.07k	1.07k	3.88k	-622	-4.55k	-90.8	-3.07k	1.07k	3.88k	-622	1.66k	-1.80k	-3.07k	1.07k	3.88k	-622	7.86k	-3.50k	
2	5	2.70k	-58.9	-467	-1.28	749	-9.87	2.70k	-58.9	-467	-1.28	1.05	84.3	2.70k	-58.9	-467	-1.28	-746	179	
2	6	-2.56k	-51.6	465	-1.29	-749	-8.37	-2.56k	-51.6	465	-1.29	-5.33	74.3	-2.56k	-51.6	465	-1.29	738	157	
2	7	-2.70k	58.9	-467	-1.28	749	9.87	-2.70k	58.9	-467	-1.28	1.05	-84.3	-2.70k	58.9	-467	-1.28	-746	-179	
2	8	2.56k	51.6	465	-1.29	-749	8.37	2.56k	51.6	465	-1.29	-5.33	-74.3	2.56k	51.6	465	-1.29	738	-157	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pareti. Azione 19:Eccentricità X Sisma Y
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	0	0	16.0k	-279	-24.4k	0	0	0	16.0k	-279	1.16k	0	0	0	16.0k	-279	26.7k	0	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni pali. Azione 19:Eccentricità X Sisma Y
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	428	-667	-97.2	-0.118	-340	214	316	-29.6	101	-69.9m	-326	552	205	326	176	-32.5m	-156	337	
0	1	-141	-664	-95.4	-0.118	-342	218	-105	-27.8	102	-69.9m	-327	554	-67.8	326	176	-32.5m	-156	338	
0	1	-4.54k	-667	-93.5	-0.118	-344	214	-3.35k	-29.6	103	-69.9m	-327	552	-2.17k	326	176	-32.5m	-156	337	
0	3	4.54k	667	-93.5	-0.118	-344	-214	3.35k	29.6	103	-69.9m	-327	-552	2.17k	-326	176	-32.5m	-156	-337	
0	3	141	664	-95.4	-0.118	-342	-218	105	27.8	102	-69.9m	-327	-554	67.8	-326	176	-32.5m	-156	-338	
0	3	-428	667	-97.2	-0.118	-340	-214	-316	29.6	101	-69.9m	-326	-552	-205	-326	176	-32.5m	-156	-337	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell piastre piano 0.Azione 19:Eccentricità X Sisma Y
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	9	5	0	0	0	0	-1.63k	-214	-11.8k	-16.2k	-621	0	0	0	14.0k	373	-4.14k	-619	357	
0	1	9	6	0	0	0	0	-21.2k	-4.26k	-12.0k	-24.5k	-1.69k	0	0	0	2.48k	1.02k	50.5	-914	7.10k	
0	1	9	8	0	0	0	0	-2.48k	-1.02k	-12.0k	914	-1.69k	0	0	0	21.2k	4.26k	50.5	24.5k	7.10k	
0	1	9	7	0	0	0	0	-14.0k	-373	-11.8k	619	-621	0	0	0	1.63k	214	-4.14k	16.2k	357	
0	1	9	-	-	0	0	0	-156	-55.9	-11.9k	-445	-1.69k	0	0	0	156	55.9	-10.7k	445	2.17k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell pareti piano 1.Azione 19:Eccentricità X Sisma Y
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	9	5	1	10.4m	51.9m	-87.5m	27.7	-8.22k	-3.49k	-841	-9.72k	26.9m	0.135	-11.4m	504	838	948	-46.2	-5.27k	
1	1	9	7	1	-26.9m	-0.135	-87.5m	-504	-838	-3.49k	-841	5.27k	-10.4m	-51.9m	-11.4m	-27.7	8.22k	948	-46.2	9.72k	
1	1	9	7	0	23.6m	0.118	-0.116	-1.92k	-7.75k	-3.26k	-3.21k	4.95k	40.9m	0.205	-12.0m	386	768	905	643	9.08k	
1	1	9	5	0	-40.9m	-0.205	-0.116	-386	-768	-3.26k	-3.21k	-9.08k	-23.6m	-0.118	-12.0m	1.92k	7.75k	905	643	-4.95k	
1	1	9	-	-	-6.20m	-31.0m	-0.116	-193	-36.6	-3.48k	-3.21k	-817	6.20m	31.0m	-11.4m	193	36.6	1.48k	643	817	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni Shell piastre piano 1.Azione 19:Eccentricità X Sisma Y
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	9	5	1	5.18m	-3.25m	-5.56m	197	53.3	-2.74k	-1.66k	-677	30.4m	20.3m	4.89m	1.24k	1.98k	-1.43k	248	-70.9	
1	1	9	6	1	-6.36m	-14.2m	-5.95m	-1.95k	-1.28k	-2.66k	-3.57k	-1.09k	1.35m	3.26m	3.67m	-118	-237	-1.96k	26.8	927	
1	1	9	8	1	-1.35m	-3.26m	-5.95m	118	237	-2.66k	-26.8	-1.09k	6.36m	14.2m	3.67m	1.95k	1.28k	-1.96k	3.57k	927	
1	1	9	7	1	-30.4m	-20.3m	-5.56m	-1.24k	-1.98k	-2.74k	-248	-677	-5.18m	3.25m	4.89m	-197	-53.3	-1.43k	1.66k	-70.9	
1	1	9	-	-	-3.85m	-1.37m	-0.25m	-198	-70.1	-2.96k	-95.0	-4.37k	3.85m	1.37m	11.7m	198	70.1	-1.92k	95.0	1.30k	
1	2	9	1	1	-61.6m	-21.5m	-1.83m	1.10k	-2.27k	-3.11k	-2.12k	-299	-17.6m	16.1m	14.4m	2.27k	485	-2.64k	-2.04k	3.01k	
1	2	9	2	1	24.5m	-14.6m	0.23m	-2.01k	-581	-3.14k	-2.00k	-3.42k	56.5m	15.6m	16.0m	-1.07k	2.29k	-2.63k	-1.33k	551	
1	2	9	6	1	-6.36m	-14.2m	-5.95m	-1.95k	-1.28k	-2.66k	-3.57k	-1.09k	1.35m	3.26m	3.67m	-118	-237	-1.96k	26.8	927	
1	2	9	5	1	5.18m	-3.25m	-5.56m	197	53.3	-2.74k	-1.66k	-677	30.4m	20.3m	4.89m	1.24k	1.98k	-1.43k	248	-70.9	
1	2	9	-	-	-15.3m	-55.2m	-21.6m	-3.48k	-1.19k	-3.01k	-2.63k	-7.33k	23.7m	68.3m	6.91m	2.66k	666	-441	95.0	6.21k	
1	3	9	7	1	-30.4m	-20.3m	-5.56m	-1.24k	-1.98k	-2.74k	-248	-677	-5.18m	3.25m	4.89m	-197	-53.3	-1.43k	1.66k	-70.9	
1	3	9	8	1	-1.35m	-3.26m	-5.95m	118	237	-2.66k	-26.8	-1.09k	6.36m	14.2m	3.67m	1.95k	1.28k	-1.96k	3.57k	927	
1	3	9	4	1	-56.5m	-15.6m	0.23m	1.07k	-2.29k	-3.14k	1.33k	-3.42k	-24.5m	14.6m	16.0m	2.01k	581	-2.63k	2.00k	551	
1	3	9	3	1	17.6m	-16.1m	-1.83m	-2.27k	-485	-3.11k	2.04k	-299	61.6m	21.5m	14.4m	-1.10k	2.27k	-2.64k	2.12k	3.01k	
1	3	9	-	-	-23.7m	-68.3m	-21.6m	-2.66k	-666	-3.01k	-95.0	-7.33k	15.3m	55.2m	6.91m	3.48k	1.19k	-441	2.63k	6.21k	
Le forze per le azioni sismiche (n° 16,17,18 e 19) sono calcolate per l'accelerazione orizzontale di 1g.
Sollecitazioni travi. Modo 1: 0.359s x60% y0% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-632	-2.64k	91.5	925	184	0	-634	-3.92k	85.8	-549	469	0	-636	-5.65k	78.6	-3.42k	850	
0	2	0	-3.00	1.75k	6.81	-1.45k	-591	0	0	0	0	-926	-590	0	3.00	-1.75k	-6.81	-1.45k	-591	
0	3	0	636	5.65k	-78.6	-3.42k	850	0	634	3.92k	-85.8	-549	469	0	632	2.64k	-91.5	925	184	
0	4	0	70.7	2.33k	377	-450	52.6	0	70.6	3.76k	369	920	20.8	0	70.5	5.69k	361	3.76k	-21.6	
0	5	0	-55.3	-964	3.01	101	-22.1	0	-55.3	970	-3.92	103	11.1	0	55.3	964	-3.01	101	-22.1	
0	6	0	-70.5	-5.69k	-361	3.76k	-21.6	0	-70.6	-3.76k	-369	920	20.8	0	-70.7	-2.33k	-377	-450	52.6	
1	1	33.8k	227	-7.41k	23.5	19.4k	-73.0	1.83k	55.4	-6.80k	-26.5	453	7.98	-30.1k	-213	-6.86k	16.8	-17.8k	441	
1	2	33.8k	-227	-7.41k	-23.5	19.4k	73.0	1.83k	-55.4	-6.80k	26.5	453	-7.98	-30.1k	213	-6.86k	-16.8	-17.8k	-441	
1	3	3.85k	880	-671	43.5	-377	316	3.85k	880	-671	43.5	-780	-211	3.85k	880	-671	43.5	-1.18k	-739	
1	4	-4.04k	-574	332	28.0	460	-51.4	-4.04k	-574	332	28.0	659	293	-4.04k	-574	332	28.0	859	637	
1	5	3.85k	-880	671	-43.5	-1.18k	-739	3.85k	-880	671	-43.5	-780	-211	3.85k	-880	671	-43.5	-377	316	
1	6	-4.04k	574	-332	-28.0	859	637	-4.04k	574	-332	-28.0	659	293	-4.04k	574	-332	-28.0	460	-51.4	
2	1	-387	0	0	48.6m	0	0	-387	0	0	48.6m	0	0	-387	0	0	48.6m	0	0	
2	2	-387	0	0	-48.6m	0	0	-387	0	0	-48.6m	0	0	-387	0	0	-48.6m	0	0	
2	3	134	-735	153	0.465	-38.4	-414	134	-735	153	0.465	38.1	-47.0	134	-735	153	0.465	107	284	
2	4	134	735	-153	-0.465	107	284	134	735	-153	-0.465	38.1	-47.0	134	735	-153	-0.465	-38.4	-414	
2	5	139	0	0	0	-45.0	-488	139	0	0	0	-45.0	-488	139	0	0	0	-45.0	-488	
2	6	-125	744	96.2	-0.396	-69.4	284	-125	744	96.2	-0.396	-26.1	-50.4	-125	744	96.2	-0.396	22.0	-422	
2	7	-125	-744	-96.2	0.396	22.0	-422	-125	-744	-96.2	0.396	-26.1	-50.4	-125	-744	-96.2	0.396	-69.4	284	
2	8	-127	0	0	0	27.2	-497	-127	0	0	0	27.2	-497	-127	0	0	0	27.2	-497	
Sollecitazioni pilastri. Modo 1: 0.359s x60% y0% z0%
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	12.9k	-4.94k	543	-0.610	-684	-6.21k	12.9k	-4.94k	543	-0.610	-86.8	-780	12.9k	-4.94k	543	-0.610	782	7.12k	
1	2	-11.9k	-2.16k	-434	-2.71	534	-4.03k	-11.9k	-2.16k	-434	-2.71	57.3	-1.65k	-11.9k	-2.16k	-434	-2.71	-637	1.81k	
1	3	12.9k	-4.94k	-543	0.610	684	-6.21k	12.9k	-4.94k	-543	0.610	86.8	-780	12.9k	-4.94k	-543	0.610	-782	7.12k	
1	4	-11.9k	-2.16k	434	2.71	-534	-4.03k	-11.9k	-2.16k	434	2.71	-57.3	-1.65k	-11.9k	-2.16k	434	2.71	637	1.81k	
2	1	462	-7.79k	158	-390	-153	-1.90k	462	-7.79k	158	-390	100	10.6k	462	-7.79k	158	-390	353	23.0k	
2	2	-476	-8.00k	-113	-392	106	-2.10k	-476	-8.00k	-113	-392	-75.3	10.7k	-476	-8.00k	-113	-392	-257	23.5k	
2	3	462	-7.79k	-158	390	153	-1.90k	462	-7.79k	-158	390	-100	10.6k	462	-7.79k	-158	390	-353	23.0k	
2	4	-476	-8.00k	113	392	-106	-2.10k	-476	-8.00k	113	392	75.3	10.7k	-476	-8.00k	113	392	257	23.5k	
2	5	-144	-863	5.09	-0.231	-9.50	-120	-144	-863	5.09	-0.231	-1.36	1.26k	-144	-863	5.09	-0.231	6.79	2.64k	
2	6	86.3	-873	-2.15	-0.274	4.71	-121	86.3	-873	-2.15	-0.274	1.27	1.28k	86.3	-873	-2.15	-0.274	-2.17	2.67k	
2	7	-144	-863	-5.09	0.231	9.50	-120	-144	-863	-5.09	0.231	1.36	1.26k	-144	-863	-5.09	0.231	-6.79	2.64k	
2	8	86.3	-873	2.15	0.274	-4.71	-121	86.3	-873	2.15	0.274	-1.27	1.28k	86.3	-873	2.15	0.274	2.17	2.67k	
Sollecitazioni pareti. Modo 1: 0.359s x60% y0% z0%
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	-10.9k	-16.7k	0	0	0	-25.3k	-10.9k	-16.7k	0	0	0	1.44k	-10.9k	-16.7k	0	0	0	28.1k	
Sollecitazioni pali. Modo 1: 0.359s x60% y0% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	12.3k	-1.44k	175	-0.407	-136	1.17k	9.12k	180	73.3	-0.241	-7.91	1.76k	5.91k	999	-5.56	-0.112	21.7	975	
0	1	4.95k	-1.43k	181	-0.407	-144	1.19k	3.65k	186	76.9	-0.241	-10.4	1.76k	2.37k	1.00k	-4.59	-0.112	21.6	976	
0	1	-1.80k	-1.44k	187	-0.407	-151	1.17k	-1.33k	180	80.6	-0.241	-13.0	1.76k	-862	999	-3.62	-0.112	21.4	975	
0	3	-1.80k	-1.44k	-187	0.407	151	1.17k	-1.33k	180	-80.6	0.241	13.0	1.76k	-862	999	3.62	0.112	-21.4	975	
0	3	4.95k	-1.43k	-181	0.407	144	1.19k	3.65k	186	-76.9	0.241	10.4	1.76k	2.37k	1.00k	4.59	0.112	-21.6	976	
0	3	12.3k	-1.44k	-175	0.407	136	1.17k	9.12k	180	-73.3	0.241	7.91	1.76k	5.91k	999	5.56	0.112	-21.7	975	
Sollecitazioni Shell piastre piano 0.Modo 1: 0.359s x60% y0% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	10	5	0	0	0	0	12.5k	72.4	-1.12k	-11.6k	0	0	0	0	28.1k	1.95k	-2.43	-8.35k	0	
0	1	10	6	0	0	0	0	-27.5k	-5.48k	-1.06k	-11.0k	0	0	0	0	-13.6k	-91.4	1.71k	-7.17k	0	
0	1	10	8	0	0	0	0	-27.5k	-5.48k	-1.71k	-11.0k	0	0	0	0	-13.6k	-91.4	1.06k	-7.17k	0	
0	1	10	7	0	0	0	0	12.5k	72.4	2.43	-11.6k	0	0	0	0	28.1k	1.95k	1.12k	-8.35k	0	
0	1	10	-	-	0	0	0	-23.6k	-2.81k	-1.20k	-12.4k	0	0	0	0	23.5k	1.03k	1.20k	-7.17k	0	
Sollecitazioni Shell pareti piano 1.Modo 1: 0.359s x60% y0% z0%
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	10	5	1	-8.34m	19.9m	-16.4m	-2.38k	-20.6k	-832	0	-14.0k	63.8m	30.3m	-8.89m	-31.7	-5.82k	-281	0	-13.8k	
1	1	10	7	1	-8.34m	19.9m	8.89m	-2.38k	-20.6k	281	0	-14.0k	63.8m	30.3m	16.4m	-31.7	-5.82k	832	0	-13.8k	
1	1	10	7	0	-14.5m	17.9m	-24.9m	27.9	9.22k	-298	0	-14.2k	95.1m	35.0m	-11.8m	3.70k	24.4k	542	0	-14.2k	
1	1	10	5	0	-14.5m	17.9m	11.8m	27.9	9.22k	-542	0	-14.2k	95.1m	35.0m	24.9m	3.70k	24.4k	298	0	-14.2k	
1	1	10	-	-	-14.5m	17.9m	-1.35m	-2.38k	-20.6k	-1.38k	0	-14.2k	95.1m	35.0m	1.35m	3.70k	24.4k	1.38k	0	-13.8k	
Sollecitazioni Shell piastre piano 1.Modo 1: 0.359s x60% y0% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	10	5	1	7.97m	-30.1m	-11.5m	5.16k	534	-232	-3.75k	-63.7	51.4m	17.0m	2.01m	9.52k	1.31k	144	-2.81k	500	
1	1	10	6	1	-45.0m	-8.89m	-13.5m	-9.36k	-1.58k	-205	-3.89k	-614	-5.16m	30.7m	1.32m	-4.53k	-749	90.8	-3.71k	-149	
1	1	10	8	1	-45.0m	-8.89m	-1.32m	-9.36k	-1.58k	-90.8	-3.89k	149	-5.16m	30.7m	13.5m	-4.53k	-749	205	-3.71k	614	
1	1	10	7	1	7.97m	-30.1m	-2.01m	5.16k	534	-144	-3.75k	-500	51.4m	17.0m	11.5m	9.52k	1.31k	232	-2.81k	63.7	
1	1	10	-	-	-41.3m	-56.5m	-8.49m	-9.38k	-1.70k	-261	-3.86k	-114	48.5m	54.1m	8.49m	9.55k	1.47k	261	-2.91k	114	
1	2	10	1	1	-0.271	-48.6m	-19.9m	5.42k	-173	-896	-9.18k	-127	-0.114	-31.5m	9.42m	11.3k	1.30k	564	-7.97k	1.00k	
1	2	10	2	1	0.106	30.6m	-17.4m	-10.3k	-1.10k	-865	-8.47k	-1.23k	0.256	49.2m	10.3m	-4.74k	203	399	-7.90k	-297	
1	2	10	6	1	-45.0m	-8.89m	-13.5m	-9.36k	-1.58k	-205	-3.89k	-614	-5.16m	30.7m	1.32m	-4.53k	-749	90.8	-3.71k	-149	
1	2	10	5	1	7.97m	-30.1m	-11.5m	5.16k	534	-232	-3.75k	-63.7	51.4m	17.0m	2.01m	9.52k	1.31k	144	-2.81k	500	
1	2	10	-	-	-0.108	-28.6m	-93.2m	-13.2k	-2.16k	-1.01k	-7.96k	-1.62k	0.103	30.2m	23.8m	13.6k	2.17k	1.34k	-3.77k	1.00k	
1	3	10	7	1	7.97m	-30.1m	-2.01m	5.16k	534	-144	-3.75k	-500	51.4m	17.0m	11.5m	9.52k	1.31k	232	-2.81k	63.7	
1	3	10	8	1	-45.0m	-8.89m	-1.32m	-9.36k	-1.58k	-90.8	-3.89k	149	-5.16m	30.7m	13.5m	-4.53k	-749	205	-3.71k	614	
1	3	10	4	1	0.106	30.6m	-10.3m	-10.3k	-1.10k	-399	-8.47k	297	0.256	49.2m	17.4m	-4.74k	203	865	-7.90k	1.23k	
1	3	10	3	1	-0.271	-48.6m	-9.42m	5.42k	-173	-564	-9.18k	-1.00k	-0.114	-31.5m	19.9m	11.3k	1.30k	896	-7.97k	127	
1	3	10	-	-	-0.108	-28.6m	-23.8m	-13.2k	-2.16k	-1.34k	-7.96k	-1.00k	0.103	30.2m	93.2m	13.6k	2.17k	1.01k	-3.77k	1.62k	
Sollecitazioni travi. Modo 2: 0.332s x0% y74% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-61.7	1.45k	-61.9	10.2k	-24.2	0	-61.7	3.94k	-61.4	11.4k	3.61	0	-61.8	6.11k	-61.1	14.5k	40.7	
0	2	0	-82.1	-9.00k	-10.9	5.11k	-49.2	0	-82.0	-8.27k	-10.8	0	0	0	-82.1	-9.00k	-10.9	-5.11k	49.2	
0	3	0	-61.8	6.11k	-61.1	-14.5k	-40.7	0	-61.7	3.94k	-61.4	-11.4k	-3.61	0	-61.7	1.45k	-61.9	-10.2k	24.2	
0	4	0	-26.5	4.87k	-82.8	1.33k	-18.7	0	-26.5	7.66k	-82.1	4.18k	-6.74	0	-26.4	10.0k	-81.8	9.56k	9.12	
0	5	0	20.0	-538	0.125	54.1	6.12	0	20.0	260	0.124	50.5	-5.88	0	20.0	-538	0.125	-54.1	-6.12	
0	6	0	-26.4	10.0k	-81.8	-9.56k	-9.12	0	-26.5	7.66k	-82.1	-4.18k	6.74	0	-26.5	4.87k	-82.8	-1.33k	18.7	
1	1	2.96k	-142	-1.04k	59.2	1.51k	-279	-2.26k	-11.3	-452	-40.2	-310	35.9	-2.87k	-404	-523	-116	-1.68k	286	
1	2	-2.96k	-142	1.04k	59.2	-1.51k	-279	2.26k	-11.3	452	-40.2	310	35.9	2.87k	-404	523	-116	1.68k	286	
1	3	-7.41k	-152	14.9k	45.6	-13.9k	-183	-7.41k	-152	14.9k	45.6	-4.91k	-92.1	-7.41k	-152	14.9k	45.6	4.04k	-0.988	
1	4	-3.68k	751	15.3k	18.1	-13.4k	477	-3.68k	751	15.3k	18.1	-4.16k	25.9	-3.68k	751	15.3k	18.1	5.05k	-425	
1	5	7.41k	-152	14.9k	45.6	-4.04k	0.988	7.41k	-152	14.9k	45.6	4.91k	92.1	7.41k	-152	14.9k	45.6	13.9k	183	
1	6	3.68k	751	15.3k	18.1	-5.05k	425	3.68k	751	15.3k	18.1	4.16k	-25.9	3.68k	751	15.3k	18.1	13.4k	-477	
2	1	-190	0	0	-2.07	0	0	-190	0	0	-2.07	0	0	-190	0	0	-2.07	0	0	
2	2	190	0	0	-2.07	0	0	190	0	0	-2.07	0	0	190	0	0	-2.07	0	0	
2	3	831	-189	-6.63k	-1.14	286	134	831	-189	-6.63k	-1.14	-3.03k	228	831	-189	-6.63k	-1.14	-6.02k	313	
2	4	-831	-189	-6.63k	-1.14	6.02k	-313	-831	-189	-6.63k	-1.14	3.03k	-228	-831	-189	-6.63k	-1.14	-286	-134	
2	5	0	-191	-745	-0.485	373	-95.5	0	-191	-745	-0.485	0	0	0	-191	-745	-0.485	-373	95.5	
2	6	-899	411	-7.02k	-0.884	6.53k	669	-899	411	-7.02k	-0.884	3.37k	485	-899	411	-7.02k	-0.884	-144	279	
2	7	899	411	-7.02k	-0.884	144	-279	899	411	-7.02k	-0.884	-3.37k	-485	899	411	-7.02k	-0.884	-6.53k	-669	
2	8	0	398	-1.14k	-1.51	569	199	0	398	-1.14k	-1.51	0	0	0	398	-1.14k	-1.51	-569	-199	
Sollecitazioni pilastri. Modo 2: 0.332s x0% y74% z0%
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-36.1k	941	-2.99k	15.5	2.90k	1.79k	-36.1k	941	-2.99k	15.5	-398	757	-36.1k	941	-2.99k	15.5	-5.19k	-748	
1	2	-30.1k	458	-1.11k	13.7	731	1.09k	-30.1k	458	-1.11k	13.7	-489	585	-30.1k	458	-1.11k	13.7	-2.26k	-148	
1	3	36.1k	-941	-2.99k	15.5	2.90k	-1.79k	36.1k	-941	-2.99k	15.5	-398	-757	36.1k	-941	-2.99k	15.5	-5.19k	748	
1	4	30.1k	-458	-1.11k	13.7	731	-1.09k	30.1k	-458	-1.11k	13.7	-489	-585	30.1k	-458	-1.11k	13.7	-2.26k	148	
2	1	-8.38k	410	-7.76k	478	8.94k	222	-8.38k	410	-7.76k	478	-3.48k	-434	-8.38k	410	-7.76k	478	-15.9k	-1.09k	
2	2	-9.02k	190	-8.47k	-177	9.72k	-133	-9.02k	190	-8.47k	-177	-3.83k	-437	-9.02k	190	-8.47k	-177	-17.4k	-740	
2	3	8.38k	-410	-7.76k	478	8.94k	-222	8.38k	-410	-7.76k	478	-3.48k	434	8.38k	-410	-7.76k	478	-15.9k	1.09k	
2	4	9.02k	-190	-8.47k	-177	9.72k	133	9.02k	-190	-8.47k	-177	-3.83k	437	9.02k	-190	-8.47k	-177	-17.4k	740	
2	5	5.88k	3.20	-956	0.164	1.53k	-0.263	5.88k	3.20	-956	0.164	1.75	-5.38	5.88k	3.20	-956	0.164	-1.53k	-10.5	
2	6	5.87k	15.4	-1.04k	0.351	1.67k	2.77	5.87k	15.4	-1.04k	0.351	12.7	-21.9	5.87k	15.4	-1.04k	0.351	-1.65k	-46.5	
2	7	-5.88k	-3.20	-956	0.164	1.53k	0.263	-5.88k	-3.20	-956	0.164	1.75	5.38	-5.88k	-3.20	-956	0.164	-1.53k	10.5	
2	8	-5.87k	-15.4	-1.04k	0.351	1.67k	-2.77	-5.87k	-15.4	-1.04k	0.351	12.7	21.9	-5.87k	-15.4	-1.04k	0.351	-1.65k	46.5	
Sollecitazioni pareti. Modo 2: 0.332s x0% y74% z0%
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	0	0	-29.4k	95.2	49.9k	0	0	0	-29.4k	95.2	2.80k	0	0	0	-29.4k	95.2	-44.3k	0	
Sollecitazioni pali. Modo 2: 0.332s x0% y74% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	-19.4k	334	-998	2.57m	-2.87k	-71.7	-14.3k	27.0	827	1.52m	-2.85k	-248	-9.27k	-148	1.55k	0.71m	-1.39k	-157	
0	1	-1.15k	334	-998	2.57m	-2.87k	-71.8	-846	26.9	827	1.52m	-2.85k	-248	-549	-148	1.55k	0.71m	-1.39k	-157	
0	1	-17.0k	334	-998	2.57m	-2.87k	-71.7	-12.6k	27.0	827	1.52m	-2.85k	-248	-8.17k	-148	1.55k	0.71m	-1.39k	-157	
0	3	17.0k	-334	-998	2.57m	-2.87k	71.7	12.6k	-27.0	827	1.52m	-2.85k	248	8.17k	148	1.55k	0.71m	-1.39k	157	
0	3	1.15k	-334	-998	2.57m	-2.87k	71.8	846	-26.9	827	1.52m	-2.85k	248	549	148	1.55k	0.71m	-1.39k	157	
0	3	19.4k	-334	-998	2.57m	-2.87k	71.7	14.3k	-27.0	827	1.52m	-2.85k	248	9.27k	148	1.55k	0.71m	-1.39k	157	
Sollecitazioni Shell piastre piano 0.Modo 2: 0.332s x0% y74% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	11	5	0	0	0	0	-1.27k	-3.14k	1.35k	338	-27.7k	0	0	0	-777	16.6k	3.85k	574	5.23k	
0	1	11	6	0	0	0	0	-2.70k	-630	-2.46	647	-4.49k	0	0	0	13.2k	2.70k	6.38k	16.4k	1.05k	
0	1	11	8	0	0	0	0	-13.2k	-2.70k	-2.46	-16.4k	-4.49k	0	0	0	2.70k	630	6.38k	-647	1.05k	
0	1	11	7	0	0	0	0	777	-16.6k	1.35k	-574	-27.7k	0	0	0	1.27k	3.14k	3.85k	-338	5.23k	
0	1	11	-	-	0	0	0	-1.16k	-605	-640	-299	-11.3k	0	0	0	1.16k	605	6.41k	299	5.23k	
Sollecitazioni Shell pareti piano 1.Modo 2: 0.332s x0% y74% z0%
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	11	5	1	46.5m	0.233	-0.198	-10.0	-126	366	-75.0	811	74.0m	0.370	-18.6m	45.0	1.26k	1.04k	16.7	1.49k	
1	1	11	7	1	-74.0m	-0.370	-0.198	-45.0	-1.26k	366	-75.0	-1.49k	-46.5m	-0.233	-18.6m	10.0	126	1.04k	16.7	-811	
1	1	11	7	0	8.89m	44.4m	-0.135	-196	-122	431	-326	-1.41k	36.9m	0.184	-19.1m	27.2	1.19k	1.07k	45.3	-773	
1	1	11	5	0	-36.9m	-0.184	-0.135	-27.2	-1.19k	431	-326	773	-8.89m	-44.4m	-19.1m	196	122	1.07k	45.3	1.41k	
1	1	11	-	-	-19.1m	-95.6m	-0.198	-18.3	-0.632	313	-326	-134	19.1m	95.6m	-18.6m	18.3	0.632	1.06k	45.3	134	
Sollecitazioni Shell piastre piano 1.Modo 2: 0.332s x0% y74% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	11	5	1	-1.20m	-5.55m	-24.9m	-1.06k	-220	1.13k	-2.55k	-1.50k	11.4m	23.7m	-1.60m	296	4.81k	2.06k	1.09k	-185	
1	1	11	6	1	3.65m	-5.82m	0.41m	-199	-180	924	-323	-1.91k	8.67m	25.0m	21.7m	1.06k	1.88k	962	2.46k	3.23k	
1	1	11	8	1	-8.67m	-25.0m	0.41m	-1.06k	-1.88k	924	-2.46k	-1.91k	-3.65m	5.82m	21.7m	199	180	962	323	3.23k	
1	1	11	7	1	-11.4m	-23.7m	-24.9m	-296	-4.81k	1.13k	-1.09k	-1.50k	1.20m	5.55m	-1.60m	1.06k	220	2.06k	2.55k	-185	
1	1	11	-	-	-6.87m	-1.58m	-21.3m	-193	-102	-963	-575	-10.8k	6.87m	1.58m	14.0m	193	102	1.31k	575	660	
1	2	11	1	1	6.14m	-10.5m	-10.5m	-1.91k	-6.21k	-1.87k	373	-1.33k	20.5m	52.0m	25.7m	56.6	1.56k	1.84k	4.04k	7.79k	
1	2	11	2	1	-18.6m	-16.8m	-25.9m	-148	-5.74k	762	-2.11k	-2.43k	-6.61m	44.4m	8.77m	1.08k	1.72k	3.75k	822	7.44k	
1	2	11	6	1	3.65m	-5.82m	0.41m	-199	-180	924	-323	-1.91k	8.67m	25.0m	21.7m	1.06k	1.88k	962	2.46k	3.23k	
1	2	11	5	1	-1.20m	-5.55m	-24.9m	-1.06k	-220	1.13k	-2.55k	-1.50k	11.4m	23.7m	-1.60m	296	4.81k	2.06k	1.09k	-185	
1	2	11	-	-	-8.16m	-14.7m	-7.89m	-1.57k	-3.85k	-261	-132	-2.43k	24.6m	0.113	6.68m	916	756	2.48k	1.08k	17.3k	
1	3	11	7	1	-11.4m	-23.7m	-24.9m	-296	-4.81k	1.13k	-1.09k	-1.50k	1.20m	5.55m	-1.60m	1.06k	220	2.06k	2.55k	-185	
1	3	11	8	1	-8.67m	-25.0m	0.41m	-1.06k	-1.88k	924	-2.46k	-1.91k	-3.65m	5.82m	21.7m	199	180	962	323	3.23k	
1	3	11	4	1	6.61m	-44.4m	-25.9m	-1.08k	-1.72k	762	-822	-2.43k	18.6m	16.8m	8.77m	148	5.74k	3.75k	2.11k	7.44k	
1	3	11	3	1	-20.5m	-52.0m	-10.5m	-56.6	-1.56k	-1.87k	-4.04k	-1.33k	-6.14m	10.5m	25.7m	1.91k	6.21k	1.84k	-373	7.79k	
1	3	11	-	-	-24.6m	-0.113	-7.89m	-916	-756	-261	-1.08k	-2.43k	8.16m	14.7m	6.68m	1.57k	3.85k	2.48k	132	17.3k	
Sollecitazioni travi. Modo 4: 0.14s x32% y0% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	2.48k	17.3k	-857	-4.83k	-806	0	2.48k	20.9k	-834	3.76k	-1.92k	0	2.49k	26.0k	-808	17.8k	-3.42k	
0	2	0	12.2	-5.11k	-22.5	6.42k	2.40k	0	0	0	0	4.89k	2.39k	0	-12.2	5.11k	22.5	6.42k	2.40k	
0	3	0	-2.49k	-26.0k	808	17.8k	-3.42k	0	-2.48k	-20.9k	834	3.76k	-1.92k	0	-2.48k	-17.3k	857	-4.83k	-806	
0	4	0	-376	-12.6k	-2.08k	1.92k	-273	0	-376	-17.0k	-2.05k	-4.74k	-104	0	-376	-22.9k	-2.02k	-16.7k	122	
0	5	0	228	2.94k	-9.47	-315	91.3	0	228	-2.96k	13.2	-320	-45.7	0	-228	-2.94k	9.47	-315	91.3	
0	6	0	376	22.9k	2.02k	-16.7k	122	0	376	17.0k	2.05k	-4.74k	-104	0	376	12.6k	2.08k	1.92k	-273	
1	1	-18.3k	1.03k	-12.3k	136	4.71k	610	-10.2k	88.4	4.24k	-81.9	-2.16k	-60.5	1.03k	3.01k	-14.4k	172	-11.0k	-2.36k	
1	2	-18.3k	-1.03k	-12.3k	-136	4.71k	-610	-10.2k	-88.4	4.24k	81.9	-2.16k	60.5	1.03k	-3.01k	-14.4k	-172	-11.0k	2.36k	
1	3	-2.37k	-1.31k	8.99k	525	-4.98k	1.47k	-2.37k	-1.31k	8.99k	525	416	2.25k	-2.37k	-1.31k	8.99k	525	5.81k	3.04k	
1	4	-5.91k	6.01k	-11.6k	594	4.42k	3.22k	-5.91k	6.01k	-11.6k	594	-2.56k	-385	-5.91k	6.01k	-11.6k	594	-9.53k	-3.99k	
1	5	-2.37k	1.31k	-8.99k	-525	5.81k	3.04k	-2.37k	1.31k	-8.99k	-525	416	2.25k	-2.37k	1.31k	-8.99k	-525	-4.98k	1.47k	
1	6	-5.91k	-6.01k	11.6k	-594	-9.53k	-3.99k	-5.91k	-6.01k	11.6k	-594	-2.56k	-385	-5.91k	-6.01k	11.6k	-594	4.42k	3.22k	
2	1	1.40k	0	0	-0.110	0	0	1.40k	0	0	-0.110	0	0	1.40k	0	0	-0.110	0	0	
2	2	1.40k	0	0	0.110	0	0	1.40k	0	0	0.110	0	0	1.40k	0	0	0.110	0	0	
2	3	-156	-1.58k	-953	3.31m	284	-883	-156	-1.58k	-953	3.31m	-192	-93.2	-156	-1.58k	-953	3.31m	-621	617	
2	4	-156	1.58k	953	-3.31m	-621	617	-156	1.58k	953	-3.31m	-192	-93.2	-156	1.58k	953	-3.31m	284	-883	
2	5	-222	0	0	0	294	-1.04k	-222	0	0	0	294	-1.04k	-222	0	0	0	294	-1.04k	
2	6	432	1.54k	-356	-0.327	255	620	432	1.54k	-356	-0.327	95.2	-71.9	432	1.54k	-356	-0.327	-82.8	-841	
2	7	432	-1.54k	356	0.327	-82.8	-841	432	-1.54k	356	0.327	95.2	-71.9	432	-1.54k	356	0.327	255	620	
2	8	439	0	0	0	-103	-994	439	0	0	0	-103	-994	439	0	0	0	-103	-994	
Sollecitazioni pilastri. Modo 4: 0.14s x32% y0% z0%
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-26.6k	26.1k	-3.06k	-7.05	3.82k	41.2k	-26.6k	26.1k	-3.06k	-7.05	451	12.6k	-26.6k	26.1k	-3.06k	-7.05	-4.45k	-29.1k	
1	2	30.1k	14.4k	2.04k	3.34	-2.45k	32.2k	30.1k	14.4k	2.04k	3.34	-209	16.3k	30.1k	14.4k	2.04k	3.34	3.05k	-6.77k	
1	3	-26.6k	26.1k	3.06k	7.05	-3.82k	41.2k	-26.6k	26.1k	3.06k	7.05	-451	12.6k	-26.6k	26.1k	3.06k	7.05	4.45k	-29.1k	
1	4	30.1k	14.4k	-2.04k	-3.34	2.45k	32.2k	30.1k	14.4k	-2.04k	-3.34	209	16.3k	30.1k	14.4k	-2.04k	-3.34	-3.05k	-6.77k	
2	1	-15.4k	-14.8k	-744	-863	751	-2.54k	-15.4k	-14.8k	-744	-863	-439	21.1k	-15.4k	-14.8k	-744	-863	-1.63k	44.7k	
2	2	17.0k	-13.8k	392	-858	-340	-1.64k	17.0k	-13.8k	392	-858	287	20.5k	17.0k	-13.8k	392	-858	914	42.6k	
2	3	-15.4k	-14.8k	744	863	-751	-2.54k	-15.4k	-14.8k	744	863	439	21.1k	-15.4k	-14.8k	744	863	1.63k	44.7k	
2	4	17.0k	-13.8k	-392	858	340	-1.64k	17.0k	-13.8k	-392	858	-287	20.5k	17.0k	-13.8k	-392	858	-914	42.6k	
2	5	782	-1.84k	-66.0	-0.764	95.1	-255	782	-1.84k	-66.0	-0.764	-10.5	2.69k	782	-1.84k	-66.0	-0.764	-116	5.63k	
2	6	-158	-1.80k	7.36	-0.551	-16.5	-248	-158	-1.80k	7.36	-0.551	-4.75	2.63k	-158	-1.80k	7.36	-0.551	7.02	5.51k	
2	7	782	-1.84k	66.0	0.764	-95.1	-255	782	-1.84k	66.0	0.764	10.5	2.69k	782	-1.84k	66.0	0.764	116	5.63k	
2	8	-158	-1.80k	-7.36	0.551	16.5	-248	-158	-1.80k	-7.36	0.551	4.75	2.63k	-158	-1.80k	-7.36	0.551	-7.02	5.51k	
Sollecitazioni pareti. Modo 4: 0.14s x32% y0% z0%
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	30.9k	72.3k	0	0	0	116k	30.9k	72.3k	0	0	0	683	30.9k	72.3k	0	0	0	-115k	
Sollecitazioni pali. Modo 4: 0.14s x32% y0% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	-48.9k	7.87k	-995	1.68	764	-4.32k	-36.1k	-263	-415	0.997	37.7	-7.94k	-23.4k	-4.59k	35.5	0.463	-127	-4.60k	
0	1	-13.4k	7.83k	-1.02k	1.68	796	-4.37k	-9.87k	-288	-430	0.997	48.1	-7.96k	-6.40k	-4.60k	31.5	0.463	-126	-4.61k	
0	1	18.4k	7.87k	-1.05k	1.68	828	-4.32k	13.6k	-263	-444	0.997	58.6	-7.94k	8.80k	-4.59k	27.5	0.463	-125	-4.60k	
0	3	18.4k	7.87k	1.05k	-1.68	-828	-4.32k	13.6k	-263	444	-0.997	-58.6	-7.94k	8.80k	-4.59k	-27.5	-0.463	125	-4.60k	
0	3	-13.4k	7.83k	1.02k	-1.68	-796	-4.37k	-9.87k	-288	430	-0.997	-48.1	-7.96k	-6.40k	-4.60k	-31.5	-0.463	126	-4.61k	
0	3	-48.9k	7.87k	995	-1.68	-764	-4.32k	-36.1k	-263	415	-0.997	-37.7	-7.94k	-23.4k	-4.59k	-35.5	-0.463	127	-4.60k	
Sollecitazioni Shell piastre piano 0.Modo 4: 0.14s x32% y0% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	12	5	0	0	0	0	-119k	-5.71k	1.38k	38.4k	0	0	0	0	-50.5k	-185	4.59k	47.1k	0	
0	1	12	6	0	0	0	0	53.5k	271	-6.88k	33.0k	0	0	0	0	114k	22.8k	4.34k	44.4k	0	
0	1	12	8	0	0	0	0	53.5k	271	-4.34k	33.0k	0	0	0	0	114k	22.8k	6.88k	44.4k	0	
0	1	12	7	0	0	0	0	-119k	-5.71k	-4.59k	38.4k	0	0	0	0	-50.5k	-185	-1.38k	47.1k	0	
0	1	12	-	-	0	0	0	-97.5k	-3.01k	-4.78k	33.0k	0	0	0	0	96.1k	11.6k	4.78k	48.8k	0	
Sollecitazioni Shell pareti piano 1.Modo 4: 0.14s x32% y0% z0%
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	12	5	1	-0.249	-85.8m	36.5m	332	32.8k	1.10k	0	54.6k	30.0m	-50.0m	63.7m	9.62k	91.1k	3.53k	0	57.9k	
1	1	12	7	1	-0.249	-85.8m	-63.7m	332	32.8k	-3.53k	0	54.6k	30.0m	-50.0m	-36.5m	9.62k	91.1k	-1.10k	0	57.9k	
1	1	12	7	0	-0.458	-0.129	55.3m	-15.4k	-101k	-2.58k	0	62.8k	71.6m	-42.4m	0.120	-20.6	-32.5k	793	0	64.4k	
1	1	12	5	0	-0.458	-0.129	-0.120	-15.4k	-101k	-793	0	62.8k	71.6m	-42.4m	-55.3m	-20.6	-32.5k	2.58k	0	64.4k	
1	1	12	-	-	-0.458	-0.129	-9.40m	-15.4k	-101k	-5.96k	0	54.6k	71.6m	-42.4m	9.40m	9.62k	91.1k	5.96k	0	64.4k	
Sollecitazioni Shell piastre piano 1.Modo 4: 0.14s x32% y0% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	12	5	1	-61.2m	11.2m	-4.09m	-24.8k	-5.10k	-836	7.10k	-3.02k	-27.0m	32.3m	32.4m	-7.59k	-3.30k	2.92k	29.3k	-871	
1	1	12	6	1	38.5m	-3.39m	-6.43m	4.66k	5.05k	-1.04k	8.27k	1.15k	41.5m	11.7m	1.78m	25.1k	7.33k	1.24k	34.9k	4.42k	
1	1	12	8	1	38.5m	-3.39m	-1.78m	4.66k	5.05k	-1.24k	8.27k	-4.42k	41.5m	11.7m	6.43m	25.1k	7.33k	1.04k	34.9k	-1.15k	
1	1	12	7	1	-61.2m	11.2m	-32.4m	-24.8k	-5.10k	-2.92k	7.10k	871	-27.0m	32.3m	4.09m	-7.59k	-3.30k	836	29.3k	3.02k	
1	1	12	-	-	-52.4m	-11.1m	-6.83m	-24.7k	-4.28k	-1.44k	3.50k	-699	40.9m	76.3m	6.83m	25.5k	7.45k	1.44k	36.0k	699	
1	2	12	1	1	-58.1m	-9.22m	4.88m	-7.07k	-1.75k	-1.40k	-13.2k	-6.05k	25.5m	31.7m	9.59m	-1.84k	1.35k	2.92k	2.06k	-1.74k	
1	2	12	2	1	-22.8m	-15.3m	-34.9m	-2.00k	-2.12k	-1.71k	-15.6k	2.31k	0.111	32.1m	1.36m	4.32k	955	3.80k	2.17k	8.84k	
1	2	12	6	1	38.5m	-3.39m	-6.43m	4.66k	5.05k	-1.04k	8.27k	1.15k	41.5m	11.7m	1.78m	25.1k	7.33k	1.24k	34.9k	4.42k	
1	2	12	5	1	-61.2m	11.2m	-4.09m	-24.8k	-5.10k	-836	7.10k	-3.02k	-27.0m	32.3m	32.4m	-7.59k	-3.30k	2.92k	29.3k	-871	
1	2	12	-	-	-70.6m	-43.2m	-32.5m	-17.7k	-3.25k	-2.73k	3.50k	-6.05k	83.5m	59.2m	21.4m	16.4k	3.19k	20.4k	9.12k	8.84k	
1	3	12	7	1	-61.2m	11.2m	-32.4m	-24.8k	-5.10k	-2.92k	7.10k	871	-27.0m	32.3m	4.09m	-7.59k	-3.30k	836	29.3k	3.02k	
1	3	12	8	1	38.5m	-3.39m	-1.78m	4.66k	5.05k	-1.24k	8.27k	-4.42k	41.5m	11.7m	6.43m	25.1k	7.33k	1.04k	34.9k	-1.15k	
1	3	12	4	1	-22.8m	-15.3m	-1.36m	-2.00k	-2.12k	-3.80k	-15.6k	-8.84k	0.111	32.1m	34.9m	4.32k	955	1.71k	2.17k	-2.31k	
1	3	12	3	1	-58.1m	-9.22m	-9.59m	-7.07k	-1.75k	-2.92k	-13.2k	1.74k	25.5m	31.7m	-4.88m	-1.84k	1.35k	1.40k	2.06k	6.05k	
1	3	12	-	-	-70.6m	-43.2m	-21.4m	-17.7k	-3.25k	-20.4k	3.50k	-8.84k	83.5m	59.2m	32.5m	16.4k	3.19k	2.73k	9.12k	6.05k	
Sollecitazioni travi. Modo 6: 0.096s x0% y10% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	-186	65.9k	-104	-5.97k	-20.4	0	-186	69.8k	-103	24.6k	63.2	0	-186	73.2k	-102	67.6k	175	
0	2	0	-503	-42.1k	-32.9	24.8k	-302	0	-503	-40.9k	-32.8	0	0	0	-503	-42.1k	-32.9	-24.8k	302	
0	3	0	-186	73.2k	-102	-67.6k	-175	0	-186	69.8k	-103	-24.6k	-63.2	0	-186	65.9k	-104	5.97k	20.4	
0	4	0	-4.19	59.6k	7.33	-15.6k	-3.99	0	-4.18	63.8k	7.27	12.2k	-2.11	0	-4.17	67.4k	7.24	51.7k	0.400	
0	5	0	23.0	-812	0.143	111	6.96	0	23.0	440	0.142	125	-6.82	0	23.0	-812	0.143	-111	-6.96	
0	6	0	-4.17	67.4k	7.24	-51.7k	-0.400	0	-4.18	63.8k	7.27	-12.2k	2.11	0	-4.19	59.6k	7.33	15.6k	3.99	
1	1	-14.3k	-693	-13.9k	-764	9.74k	-606	-50.5k	-59.6	-575	-57.0	-6.72k	80.6	-20.3k	-177	14.4k	733	9.08k	80.6	
1	2	14.3k	-693	13.9k	-764	-9.74k	-606	50.5k	-59.6	575	-57.0	6.72k	80.6	20.3k	-177	-14.4k	733	-9.08k	80.6	
1	3	61.6k	3.93k	-33.9k	319	56.7k	3.13k	61.6k	3.93k	-33.9k	319	36.4k	772	61.6k	3.93k	-33.9k	319	16.1k	-1.58k	
1	4	98.9k	-4.01k	-22.8k	-62.9	66.2k	-2.25k	98.9k	-4.01k	-22.8k	-62.9	52.6k	156	98.9k	-4.01k	-22.8k	-62.9	38.9k	2.56k	
1	5	-61.6k	3.93k	-33.9k	319	-16.1k	1.58k	-61.6k	3.93k	-33.9k	319	-36.4k	-772	-61.6k	3.93k	-33.9k	319	-56.7k	-3.13k	
1	6	-98.9k	-4.01k	-22.8k	-62.9	-38.9k	-2.56k	-98.9k	-4.01k	-22.8k	-62.9	-52.6k	-156	-98.9k	-4.01k	-22.8k	-62.9	-66.2k	2.25k	
2	1	4.16k	0	0	1.29	0	0	4.16k	0	0	1.29	0	0	4.16k	0	0	1.29	0	0	
2	2	-4.16k	0	0	1.29	0	0	-4.16k	0	0	1.29	0	0	-4.16k	0	0	1.29	0	0	
2	3	-6.16k	1.91k	44.0k	4.70	1.13k	-1.37k	-6.16k	1.91k	44.0k	4.70	23.1k	-2.32k	-6.16k	1.91k	44.0k	4.70	43.0k	-3.18k	
2	4	6.16k	1.91k	44.0k	4.70	-43.0k	3.18k	6.16k	1.91k	44.0k	4.70	-23.1k	2.32k	6.16k	1.91k	44.0k	4.70	-1.13k	1.37k	
2	5	0	1.97k	11.9k	-0.579	-5.97k	983	0	1.97k	11.9k	-0.579	0	0	0	1.97k	11.9k	-0.579	5.97k	-983	
2	6	6.74k	-2.22k	48.9k	-6.00	-46.5k	-3.67k	6.74k	-2.22k	48.9k	-6.00	-24.5k	-2.67k	6.74k	-2.22k	48.9k	-6.00	-27.7	-1.56k	
2	7	-6.74k	-2.22k	48.9k	-6.00	27.7	1.56k	-6.74k	-2.22k	48.9k	-6.00	24.5k	2.67k	-6.74k	-2.22k	48.9k	-6.00	46.5k	3.67k	
2	8	0	-2.23k	10.7k	4.19	-5.33k	-1.11k	0	-2.23k	10.7k	4.19	0	0	0	-2.23k	10.7k	4.19	5.33k	1.11k	
Sollecitazioni pilastri. Modo 6: 0.096s x0% y10% z0%
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	9.12k	2.05k	-25.4k	8.91	36.4k	4.28k	9.12k	2.05k	-25.4k	8.91	8.46k	2.03k	9.12k	2.05k	-25.4k	8.91	-32.2k	-1.25k	
1	2	7.42k	-241	-20.0k	8.22	30.0k	-687	7.42k	-241	-20.0k	8.22	7.98k	-422	7.42k	-241	-20.0k	8.22	-24.0k	-36.7	
1	3	-9.12k	-2.05k	-25.4k	8.91	36.4k	-4.28k	-9.12k	-2.05k	-25.4k	8.91	8.46k	-2.03k	-9.12k	-2.05k	-25.4k	8.91	-32.2k	1.25k	
1	4	-7.42k	241	-20.0k	8.22	30.0k	687	-7.42k	241	-20.0k	8.22	7.98k	422	-7.42k	241	-20.0k	8.22	-24.0k	36.7	
2	1	13.5k	1.78k	55.5k	-2.51k	-63.6k	3.36k	13.5k	1.78k	55.5k	-2.51k	25.2k	511	13.5k	1.78k	55.5k	-2.51k	114k	-2.34k	
2	2	14.7k	-2.23k	59.8k	2.34k	-68.7k	-4.28k	14.7k	-2.23k	59.8k	2.34k	26.9k	-703	14.7k	-2.23k	59.8k	2.34k	122k	2.87k	
2	3	-13.5k	-1.78k	55.5k	-2.51k	-63.6k	-3.36k	-13.5k	-1.78k	55.5k	-2.51k	25.2k	-511	-13.5k	-1.78k	55.5k	-2.51k	114k	2.34k	
2	4	-14.7k	2.23k	59.8k	2.34k	-68.7k	4.28k	-14.7k	2.23k	59.8k	2.34k	26.9k	703	-14.7k	2.23k	59.8k	2.34k	122k	-2.87k	
2	5	-32.3k	-22.8	7.06k	0.270	-11.4k	-0.582	-32.3k	-22.8	7.06k	0.270	-127	36.0	-32.3k	-22.8	7.06k	0.270	11.2k	72.5	
2	6	-38.5k	-46.1	7.70k	-0.849	-12.3k	-13.1	-38.5k	-46.1	7.70k	-0.849	-27.7	60.6	-38.5k	-46.1	7.70k	-0.849	12.3k	134	
2	7	32.3k	22.8	7.06k	0.270	-11.4k	0.582	32.3k	22.8	7.06k	0.270	-127	-36.0	32.3k	22.8	7.06k	0.270	11.2k	-72.5	
2	8	38.5k	46.1	7.70k	-0.849	-12.3k	13.1	38.5k	46.1	7.70k	-0.849	-27.7	-60.6	38.5k	46.1	7.70k	-0.849	12.3k	-134	
Sollecitazioni pareti. Modo 6: 0.096s x0% y10% z0%
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	0	0	-94.9k	66.3	119k	0	0	0	-94.9k	66.3	-32.9k	0	0	0	-94.9k	66.3	-185k	0	
Sollecitazioni pali. Modo 6: 0.096s x0% y10% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	-38.1k	744	-8.47k	-44.8m	-1.68k	-80.1	-28.1k	87.3	-729	-26.6m	-6.19k	-490	-18.2k	-297	3.71k	-12.4m	-3.92k	-321	
0	1	14.6k	745	-8.47k	-44.8m	-1.69k	-78.6	10.8k	88.0	-729	-26.6m	-6.19k	-489	6.97k	-297	3.71k	-12.4m	-3.92k	-321	
0	1	-33.3k	744	-8.47k	-44.8m	-1.69k	-80.1	-24.6k	87.3	-728	-26.6m	-6.19k	-490	-16.0k	-297	3.71k	-12.4m	-3.92k	-321	
0	3	33.3k	-744	-8.47k	-44.8m	-1.69k	80.1	24.6k	-87.3	-728	-26.6m	-6.19k	490	16.0k	297	3.71k	-12.4m	-3.92k	321	
0	3	-14.6k	-745	-8.47k	-44.8m	-1.69k	78.6	-10.8k	-88.0	-729	-26.6m	-6.19k	489	-6.97k	297	3.71k	-12.4m	-3.92k	321	
0	3	38.1k	-744	-8.47k	-44.8m	-1.68k	80.1	28.1k	-87.3	-729	-26.6m	-6.19k	490	18.2k	297	3.71k	-12.4m	-3.92k	321	
Sollecitazioni Shell piastre piano 0.Modo 6: 0.096s x0% y10% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	13	5	0	0	0	0	-2.57k	-16.0k	-2.81k	-10.2k	-140k	0	0	0	9.44k	84.1k	13.8k	1.22k	26.7k	
0	1	13	6	0	0	0	0	-3.62k	-672	-7.58	804	-5.42k	0	0	0	15.0k	3.25k	7.11k	19.3k	1.12k	
0	1	13	8	0	0	0	0	-15.0k	-3.25k	-7.58	-19.3k	-5.42k	0	0	0	3.62k	672	7.11k	-804	1.12k	
0	1	13	7	0	0	0	0	-9.44k	-84.1k	-2.81k	-1.22k	-140k	0	0	0	2.57k	16.0k	13.8k	10.2k	26.7k	
0	1	13	-	-	0	0	0	-1.84k	-3.05k	-8.42k	-485	-56.9k	0	0	0	1.84k	3.05k	7.15k	485	26.7k	
Sollecitazioni Shell pareti piano 1.Modo 6: 0.096s x0% y10% z0%
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	13	5	1	-52.8m	-0.264	-0.256	-4.98k	-16.1k	494	-1.88k	-18.8k	35.5m	0.177	-55.2m	1.13k	1.67k	9.27k	8.30k	-9.84k	
1	1	13	7	1	-35.5m	-0.177	-0.256	-1.13k	-1.67k	494	-1.88k	9.84k	52.8m	0.264	-55.2m	4.98k	16.1k	9.27k	8.30k	18.8k	
1	1	13	7	0	0.241	1.21	-0.859	-1.43k	-2.12k	59.0	-2.38k	1.66k	0.342	1.71	-63.6m	391	140	1.29k	651	2.48k	
1	1	13	5	0	-0.342	-1.71	-0.859	-391	-140	59.0	-2.38k	-2.48k	-0.241	-1.21	-63.6m	1.43k	2.12k	1.29k	651	-1.66k	
1	1	13	-	-	-0.141	-0.705	-0.859	-176	-196	-169	-2.38k	-837	0.141	0.705	-55.2m	176	196	8.67k	8.30k	837	
Sollecitazioni Shell piastre piano 1.Modo 6: 0.096s x0% y10% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	13	5	1	-38.2m	-0.170	-97.4m	-6.24k	7.58k	220	-19.6k	-52.1k	-10.4m	49.0m	-39.8m	3.58k	36.4k	9.33k	6.53k	12.0k	
1	1	13	6	1	-63.2m	-0.231	-0.81m	-2.16k	8.09k	257	-1.22k	-8.40k	-20.3m	62.1m	0.104	4.87k	13.5k	5.87k	16.3k	-2.53k	
1	1	13	8	1	20.3m	-62.1m	-0.81m	-4.87k	-13.5k	257	-16.3k	-8.40k	63.2m	0.231	0.104	2.16k	-8.09k	5.87k	1.22k	-2.53k	
1	1	13	7	1	10.4m	-49.0m	-97.4m	-3.58k	-36.4k	220	-6.53k	-52.1k	38.2m	0.170	-39.8m	6.24k	-7.58k	9.33k	19.6k	12.0k	
1	1	13	-	-	-24.4m	-8.68m	-0.125	-1.26k	-3.01k	-16.6k	-3.31k	-98.0k	24.4m	8.68m	0.142	1.26k	3.01k	4.05k	3.31k	-346	
1	2	13	1	1	0.101	-0.306	-0.363	2.79k	-5.70k	6.34k	4.20k	-6.13k	0.170	0.136	-26.0m	3.71k	21.4k	25.9k	6.33k	24.3k	
1	2	13	2	1	86.9m	-0.428	10.7m	4.15k	-2.74k	-25.1k	-6.56k	-4.67k	0.181	0.169	0.440	5.08k	25.3k	-2.47k	-3.30k	13.4k	
1	2	13	6	1	-63.2m	-0.231	-0.81m	-2.16k	8.09k	257	-1.22k	-8.40k	-20.3m	62.1m	0.104	4.87k	13.5k	5.87k	16.3k	-2.53k	
1	2	13	5	1	-38.2m	-0.170	-97.4m	-6.24k	7.58k	220	-19.6k	-52.1k	-10.4m	49.0m	-39.8m	3.58k	36.4k	9.33k	6.53k	12.0k	
1	2	13	-	-	-0.122	-1.05	-0.168	-103	1.83k	-4.84k	-2.27k	-36.0k	0.129	0.150	0.178	8.43k	39.5k	9.56k	5.94k	24.3k	
1	3	13	7	1	10.4m	-49.0m	-97.4m	-3.58k	-36.4k	220	-6.53k	-52.1k	38.2m	0.170	-39.8m	6.24k	-7.58k	9.33k	19.6k	12.0k	
1	3	13	8	1	20.3m	-62.1m	-0.81m	-4.87k	-13.5k	257	-16.3k	-8.40k	63.2m	0.231	0.104	2.16k	-8.09k	5.87k	1.22k	-2.53k	
1	3	13	4	1	-0.181	-0.169	10.7m	-5.08k	-25.3k	-25.1k	3.30k	-4.67k	-86.9m	0.428	0.440	-4.15k	2.74k	-2.47k	6.56k	13.4k	
1	3	13	3	1	-0.170	-0.136	-0.363	-3.71k	-21.4k	6.34k	-6.33k	-6.13k	-0.101	0.306	-26.0m	-2.79k	5.70k	25.9k	-4.20k	24.3k	
1	3	13	-	-	-0.129	-0.150	-0.168	-8.43k	-39.5k	-4.84k	-5.94k	-36.0k	0.122	1.05	0.178	103	-1.83k	9.56k	2.27k	24.3k	
Sollecitazioni travi. Modo 7: 0.07s x7% y0% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	6.45k	34.1k	-3.95k	-7.18k	-1.31k	0	6.47k	22.5k	-3.94k	5.56k	-4.22k	0	6.50k	7.27k	-3.95k	14.5k	-8.11k	
0	2	0	27.8	15.2k	25.7	5.81k	5.48k	0	0	0	0	10.4k	5.47k	0	-27.8	-15.2k	-25.7	5.81k	5.48k	
0	3	0	-6.50k	-7.27k	3.95k	14.5k	-8.11k	0	-6.47k	-22.5k	3.94k	5.56k	-4.22k	0	-6.45k	-34.1k	3.95k	-7.18k	-1.31k	
0	4	0	-454	-36.0k	-4.98k	3.56k	-356	0	-454	-24.5k	-4.97k	-10.0k	-151	0	-453	-9.28k	-4.97k	-20.2k	120	
0	5	0	532	-7.52k	17.6	726	213	0	532	7.65k	-8.90	764	-106	0	-532	7.52k	-17.6	726	213	
0	6	0	453	9.28k	4.97k	-20.2k	120	0	454	24.5k	4.97k	-10.0k	-151	0	454	36.0k	4.98k	3.56k	-356	
1	1	-109k	2.81k	-20.7k	269	-32.1k	2.71k	-11.3k	-102	38.5k	-59.9	-2.28k	-76.4	97.0k	6.33k	-20.7k	299	28.4k	-6.05k	
1	2	-109k	-2.81k	-20.7k	-269	-32.1k	-2.71k	-11.3k	102	38.5k	59.9	-2.28k	76.4	97.0k	-6.33k	-20.7k	-299	28.4k	6.05k	
1	3	-15.5k	-2.71k	24.1k	1.00k	-10.5k	2.67k	-15.5k	-2.71k	24.1k	1.00k	3.97k	4.30k	-15.5k	-2.71k	24.1k	1.00k	18.4k	5.92k	
1	4	-11.5k	13.1k	-41.4k	1.02k	11.5k	6.04k	-11.5k	13.1k	-41.4k	1.02k	-13.4k	-1.85k	-11.5k	13.1k	-41.4k	1.02k	-38.3k	-9.73k	
1	5	-15.5k	2.71k	-24.1k	-1.00k	18.4k	5.92k	-15.5k	2.71k	-24.1k	-1.00k	3.97k	4.30k	-15.5k	2.71k	-24.1k	-1.00k	-10.5k	2.67k	
1	6	-11.5k	-13.1k	41.4k	-1.02k	-38.3k	-9.73k	-11.5k	-13.1k	41.4k	-1.02k	-13.4k	-1.85k	-11.5k	-13.1k	41.4k	-1.02k	11.5k	6.04k	
2	1	1.26k	0	0	1.42	0	0	1.26k	0	0	1.42	0	0	1.26k	0	0	1.42	0	0	
2	2	1.26k	0	0	-1.42	0	0	1.26k	0	0	-1.42	0	0	1.26k	0	0	-1.42	0	0	
2	3	4.16k	51.8	-6.83k	-27.1	2.27k	71.4	4.16k	51.8	-6.83k	-27.1	-1.15k	45.5	4.16k	51.8	-6.83k	-27.1	-4.22k	22.2	
2	4	4.16k	-51.8	6.83k	27.1	-4.22k	22.2	4.16k	-51.8	6.83k	27.1	-1.15k	45.5	4.16k	-51.8	6.83k	27.1	2.27k	71.4	
2	5	3.85k	0	0	0	2.46k	77.1	3.85k	0	0	0	2.46k	77.1	3.85k	0	0	0	2.46k	77.1	
2	6	-3.41k	-114	-5.95k	26.8	3.71k	42.5	-3.41k	-114	-5.95k	26.8	1.04k	93.6	-3.41k	-114	-5.95k	26.8	-1.94k	150	
2	7	-3.41k	114	5.95k	-26.8	-1.94k	150	-3.41k	114	5.95k	-26.8	1.04k	93.6	-3.41k	114	5.95k	-26.8	3.71k	42.5	
2	8	-3.24k	0	0	0	-2.19k	162	-3.24k	0	0	0	-2.19k	162	-3.24k	0	0	0	-2.19k	162	
Sollecitazioni pilastri. Modo 7: 0.07s x7% y0% z0%
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	177k	31.6k	-6.30k	-6.20	9.05k	62.2k	177k	31.6k	-6.30k	-6.20	2.12k	27.5k	177k	31.6k	-6.30k	-6.20	-7.96k	-23.0k	
1	2	-152k	22.7k	5.58k	17.2	-7.92k	55.5k	-152k	22.7k	5.58k	17.2	-1.79k	30.6k	-152k	22.7k	5.58k	17.2	7.13k	-5.76k	
1	3	177k	31.6k	6.30k	6.20	-9.05k	62.2k	177k	31.6k	6.30k	6.20	-2.12k	27.5k	177k	31.6k	6.30k	6.20	7.96k	-23.0k	
1	4	-152k	22.7k	-5.58k	-17.2	7.92k	55.5k	-152k	22.7k	-5.58k	-17.2	1.79k	30.6k	-152k	22.7k	-5.58k	-17.2	-7.13k	-5.76k	
2	1	154k	-4.89k	-3.53k	34.2	4.64k	-16.9k	154k	-4.89k	-3.53k	34.2	-1.01k	-9.03k	154k	-4.89k	-3.53k	34.2	-6.66k	-1.20k	
2	2	-153k	-4.08k	3.14k	26.8	-4.12k	-16.1k	-153k	-4.08k	3.14k	26.8	901	-9.54k	-153k	-4.08k	3.14k	26.8	5.93k	-3.01k	
2	3	154k	-4.89k	3.53k	-34.2	-4.64k	-16.9k	154k	-4.89k	3.53k	-34.2	1.01k	-9.03k	154k	-4.89k	3.53k	-34.2	6.66k	-1.20k	
2	4	-153k	-4.08k	-3.14k	-26.8	4.12k	-16.1k	-153k	-4.08k	-3.14k	-26.8	-901	-9.54k	-153k	-4.08k	-3.14k	-26.8	-5.93k	-3.01k	
2	5	8.94k	-12.5	-310	-0.401	541	-22.9	8.94k	-12.5	-310	-0.401	45.4	-2.83	8.94k	-12.5	-310	-0.401	-450	17.2	
2	6	-8.05k	34.3	163	83.7m	-362	-14.5	-8.05k	34.3	163	83.7m	-101	-69.5	-8.05k	34.3	163	83.7m	159	-124	
2	7	8.94k	-12.5	310	0.401	-541	-22.9	8.94k	-12.5	310	0.401	-45.4	-2.83	8.94k	-12.5	310	0.401	450	17.2	
2	8	-8.05k	34.3	-163	-83.7m	362	-14.5	-8.05k	34.3	-163	-83.7m	101	-69.5	-8.05k	34.3	-163	-83.7m	-159	-124	
Sollecitazioni pareti. Modo 7: 0.07s x7% y0% z0%
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	-192k	162k	0	0	-1.23µ	249k	-192k	162k	0	0	0	-10.8k	-192k	162k	0	0	0	-271k	
Sollecitazioni pali. Modo 7: 0.07s x7% y0% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	14.9k	8.40k	-2.04k	3.59	1.21k	-2.54k	11.0k	426	-729	2.13	-208	-6.83k	7.16k	-4.04k	223	0.989	-386	-4.20k	
0	1	51.2k	8.31k	-2.10k	3.59	1.28k	-2.66k	37.9k	370	-761	2.13	-186	-6.87k	24.5k	-4.06k	214	0.989	-384	-4.20k	
0	1	76.7k	8.40k	-2.16k	3.59	1.35k	-2.54k	56.7k	426	-793	2.13	-164	-6.83k	36.8k	-4.04k	205	0.989	-383	-4.20k	
0	3	76.7k	8.40k	2.16k	-3.59	-1.35k	-2.54k	56.7k	426	793	-2.13	164	-6.83k	36.8k	-4.04k	-205	-0.989	383	-4.20k	
0	3	51.2k	8.31k	2.10k	-3.59	-1.28k	-2.66k	37.9k	370	761	-2.13	186	-6.87k	24.5k	-4.06k	-214	-0.989	384	-4.20k	
0	3	14.9k	8.40k	2.04k	-3.59	-1.21k	-2.54k	11.0k	426	729	-2.13	208	-6.83k	7.16k	-4.04k	-223	-0.989	386	-4.20k	
Sollecitazioni Shell piastre piano 0.Modo 7: 0.07s x7% y0% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	14	5	0	0	0	0	-272k	-24.9k	395	86.1k	0	0	0	0	-88.7k	1.40k	9.02k	123k	0	
0	1	14	6	0	0	0	0	85.9k	-1.42k	-12.7k	85.6k	0	0	0	0	268k	53.5k	8.99k	123k	0	
0	1	14	8	0	0	0	0	85.9k	-1.42k	-8.99k	85.6k	0	0	0	0	268k	53.5k	12.7k	123k	0	
0	1	14	7	0	0	0	0	-272k	-24.9k	-9.02k	86.1k	0	0	0	0	-88.7k	1.40k	-395	123k	0	
0	1	14	-	-	0	0	0	-204k	-11.7k	-8.37k	72.9k	0	0	0	0	200k	26.0k	8.37k	123k	0	
Sollecitazioni Shell pareti piano 1.Modo 7: 0.07s x7% y0% z0%
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	14	5	1	-0.813	0.233	97.8m	525	64.6k	3.60k	0	129k	0.125	0.432	0.210	20.4k	203k	8.53k	0	134k	
1	1	14	7	1	-0.813	0.233	-0.210	525	64.6k	-8.53k	0	129k	0.125	0.432	-97.8m	20.4k	203k	-3.60k	0	134k	
1	1	14	7	0	-0.612	0.477	87.4m	-35.2k	-231k	-5.47k	0	138k	80.4m	0.548	0.160	-331	-83.3k	2.53k	0	138k	
1	1	14	5	0	-0.612	0.477	-0.160	-35.2k	-231k	-2.53k	0	138k	80.4m	0.548	-87.4m	-331	-83.3k	5.47k	0	138k	
1	1	14	-	-	-0.813	0.233	-14.7m	-35.2k	-231k	-13.5k	0	129k	0.125	0.548	14.7m	20.4k	203k	13.5k	0	139k	
Sollecitazioni Shell piastre piano 1.Modo 7: 0.07s x7% y0% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	14	5	1	-0.237	37.5m	-0.42m	-73.2k	-14.4k	-353	29.3k	-8.11k	-72.1m	0.139	0.118	-36.0k	-8.11k	7.27k	45.5k	-614	
1	1	14	6	1	96.6m	-0.109	-6.19m	32.8k	9.39k	-1.28k	30.6k	-2.55k	0.205	76.3m	61.6m	72.7k	17.5k	783	49.2k	11.2k	
1	1	14	8	1	96.6m	-0.109	-61.6m	32.8k	9.39k	-783	30.6k	-11.2k	0.205	76.3m	6.19m	72.7k	17.5k	1.28k	49.2k	2.55k	
1	1	14	7	1	-0.237	37.5m	-0.118	-73.2k	-14.4k	-7.27k	29.3k	614	-72.1m	0.139	0.42m	-36.0k	-8.11k	353	45.5k	8.11k	
1	1	14	-	-	-0.207	-0.155	-43.1m	-73.1k	-12.3k	-2.42k	28.8k	-1.73k	0.185	0.200	43.1m	74.2k	17.1k	2.42k	53.3k	1.73k	
1	2	14	1	1	0.507	74.8m	14.3m	-43.0k	-7.18k	1.15k	-20.2k	-16.2k	0.680	0.231	79.6m	-26.0k	2.91k	6.30k	29.4k	-1.23k	
1	2	14	2	1	-0.626	-0.211	-29.4m	22.9k	-5.76k	1.17k	-18.9k	-5.09k	-0.518	5.37m	6.79m	40.0k	7.76k	7.13k	30.0k	22.3k	
1	2	14	6	1	96.6m	-0.109	-6.19m	32.8k	9.39k	-1.28k	30.6k	-2.55k	0.205	76.3m	61.6m	72.7k	17.5k	783	49.2k	11.2k	
1	2	14	5	1	-0.237	37.5m	-0.42m	-73.2k	-14.4k	-353	29.3k	-8.11k	-72.1m	0.139	0.118	-36.0k	-8.11k	7.27k	45.5k	-614	
1	2	14	-	-	-0.258	-0.196	-0.107	-59.9k	-9.12k	-4.63k	12.4k	-32.1k	0.250	0.321	0.330	57.9k	7.63k	36.3k	45.3k	22.3k	
1	3	14	7	1	-0.237	37.5m	-0.118	-73.2k	-14.4k	-7.27k	29.3k	614	-72.1m	0.139	0.42m	-36.0k	-8.11k	353	45.5k	8.11k	
1	3	14	8	1	96.6m	-0.109	-61.6m	32.8k	9.39k	-783	30.6k	-11.2k	0.205	76.3m	6.19m	72.7k	17.5k	1.28k	49.2k	2.55k	
1	3	14	4	1	-0.626	-0.211	-6.79m	22.9k	-5.76k	-7.13k	-18.9k	-22.3k	-0.518	5.37m	29.4m	40.0k	7.76k	-1.17k	30.0k	5.09k	
1	3	14	3	1	0.507	74.8m	-79.6m	-43.0k	-7.18k	-6.30k	-20.2k	1.23k	0.680	0.231	-14.3m	-26.0k	2.91k	-1.15k	29.4k	16.2k	
1	3	14	-	-	-0.258	-0.196	-0.330	-59.9k	-9.12k	-36.3k	12.4k	-22.3k	0.250	0.321	0.107	57.9k	7.63k	4.63k	45.3k	32.1k	
Sollecitazioni travi. Modo 9: 0.032s x0% y11% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	0	323	720k	2.27k	-168k	633	0	320	717k	2.25k	156k	488	0	318	716k	2.24k	585k	297	
0	2	0	-2.05k	-325k	-43.3	195k	-1.23k	0	-2.05k	-325k	-43.1	0	0	0	-2.05k	-325k	-43.3	-195k	1.23k	
0	3	0	318	716k	2.24k	-585k	-297	0	320	717k	2.25k	-156k	-488	0	323	720k	2.27k	168k	-633	
0	4	0	-653	515k	-3.38k	-83.4k	-433	0	-652	513k	-3.35k	148k	-139	0	-652	512k	-3.34k	455k	252	
0	5	0	-10.3	330	-80.3m	329	-2.87	0	-10.3	391	-80.0m	551	3.32	0	-10.3	330	-80.3m	-329	2.87	
0	6	0	-652	512k	-3.34k	-455k	-252	0	-652	513k	-3.35k	-148k	139	0	-653	515k	-3.38k	83.4k	433	
1	1	706	30.9k	209k	3.80k	-108k	23.2k	498k	-851	-9.82k	-283	246k	-5.98k	-19.0k	-45.6k	-147k	-4.42k	-71.8k	35.5k	
1	2	-706	30.9k	-209k	3.80k	108k	23.2k	-498k	-851	9.82k	-283	-246k	-5.98k	19.0k	-45.6k	147k	-4.42k	71.8k	35.5k	
1	3	94.3k	-41.5k	270k	-2.09k	-154k	-23.4k	94.3k	-41.5k	270k	-2.09k	7.87k	1.47k	94.3k	-41.5k	270k	-2.09k	170k	26.4k	
1	4	211k	60.3k	285k	5.51k	-107k	37.0k	211k	60.3k	285k	5.51k	64.0k	806	211k	60.3k	285k	5.51k	235k	-35.4k	
1	5	-94.3k	-41.5k	270k	-2.09k	-170k	-26.4k	-94.3k	-41.5k	270k	-2.09k	-7.87k	-1.47k	-94.3k	-41.5k	270k	-2.09k	154k	23.4k	
1	6	-211k	60.3k	285k	5.51k	-235k	35.4k	-211k	60.3k	285k	5.51k	-64.0k	-806	-211k	60.3k	285k	5.51k	107k	-37.0k	
2	1	-49.9k	0	0	-2.95	0	0	-49.9k	0	0	-2.95	0	0	-49.9k	0	0	-2.95	0	0	
2	2	49.9k	0	0	-2.95	0	0	49.9k	0	0	-2.95	0	0	49.9k	0	0	-2.95	0	0	
2	3	2.72k	-744	-46.6k	-75.4	17.5k	-29.9	2.72k	-744	-46.6k	-75.4	-5.85k	342	2.72k	-744	-46.6k	-75.4	-26.8k	677	
2	4	-2.72k	-744	-46.6k	-75.4	26.8k	-677	-2.72k	-744	-46.6k	-75.4	5.85k	-342	-2.72k	-744	-46.6k	-75.4	-17.5k	29.9	
2	5	0	173	31.5k	32.1	-15.7k	86.5	0	173	31.5k	32.1	0	0	0	173	31.5k	32.1	15.7k	-86.5	
2	6	-654	1.20k	-19.7k	5.89	12.0k	1.96k	-654	1.20k	-19.7k	5.89	3.16k	1.42k	-654	1.20k	-19.7k	5.89	-6.70k	817	
2	7	654	1.20k	-19.7k	5.89	6.70k	-817	654	1.20k	-19.7k	5.89	-3.16k	-1.42k	654	1.20k	-19.7k	5.89	-12.0k	-1.96k	
2	8	0	1.16k	12.1k	-1.11	-6.04k	582	0	1.16k	12.1k	-1.11	0	0	0	1.16k	12.1k	-1.11	6.04k	-582	
Sollecitazioni pilastri. Modo 9: 0.032s x0% y11% z0%
 Pilastro		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	793k	-42.8k	-133k	21.6	178k	-93.7k	793k	-42.8k	-133k	21.6	31.5k	-46.6k	793k	-42.8k	-133k	21.6	-182k	21.9k	
1	2	554k	34.3k	-93.5k	-49.8	122k	90.5k	554k	34.3k	-93.5k	-49.8	19.5k	52.8k	554k	34.3k	-93.5k	-49.8	-130k	-2.15k	
1	3	-793k	42.8k	-133k	21.6	178k	93.7k	-793k	42.8k	-133k	21.6	31.5k	46.6k	-793k	42.8k	-133k	21.6	-182k	-21.9k	
1	4	-554k	-34.3k	-93.5k	-49.8	122k	-90.5k	-554k	-34.3k	-93.5k	-49.8	19.5k	-52.8k	-554k	-34.3k	-93.5k	-49.8	-130k	2.15k	
2	1	551k	-48.1k	-28.0k	230	35.6k	-77.0k	551k	-48.1k	-28.0k	230	-9.19k	-27.1	551k	-48.1k	-28.0k	230	-53.9k	77.0k	
2	2	351k	31.4k	-17.1k	-1.49k	23.8k	36.3k	351k	31.4k	-17.1k	-1.49k	-3.54k	-13.9k	351k	31.4k	-17.1k	-1.49k	-30.9k	-64.0k	
2	3	-551k	48.1k	-28.0k	230	35.6k	77.0k	-551k	48.1k	-28.0k	230	-9.19k	27.1	-551k	48.1k	-28.0k	230	-53.9k	-77.0k	
2	4	-351k	-31.4k	-17.1k	-1.49k	23.8k	-36.3k	-351k	-31.4k	-17.1k	-1.49k	-3.54k	13.9k	-351k	-31.4k	-17.1k	-1.49k	-30.9k	64.0k	
2	5	79.1k	-1.02k	-2.37k	-0.282	3.66k	-243	79.1k	-1.02k	-2.37k	-0.282	-123	1.39k	79.1k	-1.02k	-2.37k	-0.282	-3.91k	3.02k	
2	6	32.9k	17.8	-725	0.171	1.55k	10.9	32.9k	17.8	-725	0.171	394	-17.6	32.9k	17.8	-725	0.171	-766	-46.1	
2	7	-79.1k	1.02k	-2.37k	-0.282	3.66k	243	-79.1k	1.02k	-2.37k	-0.282	-123	-1.39k	-79.1k	1.02k	-2.37k	-0.282	-3.91k	-3.02k	
2	8	-32.9k	-17.8	-725	0.171	1.55k	-10.9	-32.9k	-17.8	-725	0.171	394	17.6	-32.9k	-17.8	-725	0.171	-766	46.1	
Sollecitazioni pareti. Modo 9: 0.032s x0% y11% z0%
 Parete		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	2	0	0	-988k	-286	1.88M	-1.63µ	0	0	-988k	-286	301k	0	0	0	-988k	-286	-1.28M	0	
Sollecitazioni pali. Modo 9: 0.032s x0% y11% z0%
 Trave		Sezione iniziale		Sezione centrale		Sezione finale	
 Piano		N°		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
0	1	32.1k	-14.4k	-44.4k	-0.522	27.5k	1.20k	23.7k	-1.81k	-16.3k	-0.310	-3.55k	9.20k	15.4k	5.61k	4.32k	-0.144	-7.96k	6.09k	
0	1	98.7k	-14.4k	-44.4k	-0.522	27.5k	1.22k	72.9k	-1.80k	-16.2k	-0.310	-3.56k	9.20k	47.3k	5.61k	4.33k	-0.144	-7.96k	6.09k	
0	1	-58.5k	-14.4k	-44.4k	-0.522	27.5k	1.20k	-43.2k	-1.81k	-16.2k	-0.310	-3.56k	9.20k	-28.0k	5.61k	4.33k	-0.144	-7.96k	6.09k	
0	3	58.5k	14.4k	-44.4k	-0.522	27.5k	-1.20k	43.2k	1.81k	-16.2k	-0.310	-3.56k	-9.20k	28.0k	-5.61k	4.33k	-0.144	-7.96k	-6.09k	
0	3	-98.7k	14.4k	-44.4k	-0.522	27.5k	-1.22k	-72.9k	1.80k	-16.2k	-0.310	-3.56k	-9.20k	-47.3k	-5.61k	4.33k	-0.144	-7.96k	-6.09k	
0	3	-32.1k	14.4k	-44.4k	-0.522	27.5k	-1.20k	-23.7k	1.81k	-16.3k	-0.310	-3.55k	-9.20k	-15.4k	-5.61k	4.32k	-0.144	-7.96k	-6.09k	
Sollecitazioni Shell piastre piano 0.Modo 9: 0.032s x0% y11% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
0	1	15	5	0	0	0	0	-6.77k	-127k	-24.1k	-87.6k	-1.12M	0	0	0	94.7k	669k	129k	9.44k	212k	
0	1	15	6	0	0	0	0	-344	-2.12k	-245	433	-3.90k	0	0	0	1.71k	2.34k	381	1.91k	3.54k	
0	1	15	8	0	0	0	0	-1.71k	-2.34k	-245	-1.91k	-3.90k	0	0	0	344	2.12k	381	-433	3.54k	
0	1	15	7	0	0	0	0	-94.7k	-669k	-24.1k	-9.44k	-1.12M	0	0	0	6.77k	127k	129k	87.6k	212k	
0	1	15	-	-	0	0	0	-1.30k	-24.3k	-47.4k	-3.65k	-452k	0	0	0	1.30k	24.3k	10.0k	3.65k	212k	
Sollecitazioni Shell pareti piano 1.Modo 9: 0.032s x0% y11% z0%
 Parete				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	15	5	1	1.29	6.46	-7.35	-7.34k	-323k	-10.8k	-97.2k	-381k	2.51	12.5	-0.815	58.3k	33.3k	163k	12.2k	-201k	
1	1	15	7	1	-2.51	-12.5	-7.35	-58.3k	-33.3k	-10.8k	-97.2k	201k	-1.29	-6.46	-0.815	7.34k	323k	163k	12.2k	381k	
1	1	15	7	0	1.18	5.89	-7.43	-3.94k	-21.4k	-9.29k	-6.57k	23.0k	2.43	12.2	-0.843	-2.35k	1.07k	958	-3.92k	25.9k	
1	1	15	5	0	-2.43	-12.2	-7.43	2.35k	-1.07k	-9.29k	-6.57k	-25.9k	-1.18	-5.89	-0.843	3.94k	21.4k	958	-3.92k	-23.0k	
1	1	15	-	-	-77.8m	-0.389	-7.43	-7.04k	-6.61k	-9.68k	-97.2k	-20.0k	77.8m	0.389	-0.815	7.04k	6.61k	195k	12.2k	20.0k	
Sollecitazioni Shell piastre piano 1.Modo 9: 0.032s x0% y11% z0%
 Piastra				Zona		min.Lastra		min.Piastra		max.Lastra		max.Piastra	
 Piano		N°		Az.		Filo		Piano		σx		σy		τxy		mx		my		mxy		vx		vy		σx		σy		τxy		mx		my		mxy		vx		vy	
 										[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]		[N/mm²]		[N/mm²]		[N/mm²]		[N]		[N]		[N]		[N/m]		[N/m]	
1	1	15	5	1	0.311	-20.9m	-0.872	-93.8k	3.68k	-99.8k	-238k	-254k	0.700	96.9m	-0.477	42.7k	278k	-80.4k	38.8k	50.0k	
1	1	15	6	1	59.3m	-0.183	0.405	-79.3k	20.6k	98.6k	6.05k	-61.3k	0.599	23.4m	0.650	130k	119k	161k	423k	33.8k	
1	1	15	8	1	-0.599	-23.4m	0.405	-130k	-119k	98.6k	-423k	-61.3k	-59.3m	0.183	0.650	79.3k	-20.6k	161k	-6.05k	33.8k	
1	1	15	7	1	-0.700	-96.9m	-0.872	-42.7k	-278k	-99.8k	-38.8k	-254k	-0.311	20.9m	-0.477	93.8k	-3.68k	-80.4k	238k	50.0k	
1	1	15	-	-	-0.884	-45.3m	-1.24	-76.6k	-23.0k	-267k	-19.0k	-690k	0.884	45.3m	1.15	76.6k	23.0k	162k	19.0k	46.2k	
1	2	15	1	1	0.236	0.117	-0.220	-132k	-76.1k	-127k	-213k	13.7k	3.58	0.459	85.6m	-20.1k	9.83k	-63.8k	-153k	182k	
1	2	15	2	1	0.351	-0.319	9.66m	-122k	-57.5k	83.7k	144k	1.79k	3.37	0.482	0.384	-18.0k	17.6k	137k	163k	187k	
1	2	15	6	1	59.3m	-0.183	0.405	-79.3k	20.6k	98.6k	6.05k	-61.3k	0.599	23.4m	0.650	130k	119k	161k	423k	33.8k	
1	2	15	5	1	0.311	-20.9m	-0.872	-93.8k	3.68k	-99.8k	-238k	-254k	0.700	96.9m	-0.477	42.7k	278k	-80.4k	38.8k	50.0k	
1	2	15	-	-	0.132	-0.618	-0.375	-199k	-23.0k	-70.5k	-191k	-30.2k	4.69	0.675	0.268	224k	90.8k	167k	296k	362k	
1	3	15	7	1	-0.700	-96.9m	-0.872	-42.7k	-278k	-99.8k	-38.8k	-254k	-0.311	20.9m	-0.477	93.8k	-3.68k	-80.4k	238k	50.0k	
1	3	15	8	1	-0.599	-23.4m	0.405	-130k	-119k	98.6k	-423k	-61.3k	-59.3m	0.183	0.650	79.3k	-20.6k	161k	-6.05k	33.8k	
1	3	15	4	1	-3.37	-0.482	9.66m	18.0k	-17.6k	83.7k	-163k	1.79k	-0.351	0.319	0.384	122k	57.5k	137k	-144k	187k	
1	3	15	3	1	-3.58	-0.459	-0.220	20.1k	-9.83k	-127k	153k	13.7k	-0.236	-0.117	85.6m	132k	76.1k	-63.8k	213k	182k	
1	3	15	-	-	-4.69	-0.675	-0.375	-224k	-90.8k	-70.5k	-296k	-30.2k	-0.132	0.618	0.268	199k	23.0k	167k	191k	362k	
Sollecitazioni bielle solai Azioni Statiche. Sforzo Normale [N]
 Piano		N°		Peso. 		Caric. 		Resid		Vento		Vento		Sisma		Ecc.Y 		Sisma		Ecc.X 		Sisma		Sisma		Sisma		Sisma	
 				Prop.		Perm.				X		Y		X		Sism.X		Y		Sism.Y		X SLD		Y SLD		X SLV		Y SLV	
2	1	1.05k	3.01k	2.41k	-4.89	-0.99m	-835	0	0	0	143	0	177	0	
2	2	-793	-4.50k	-3.60k	45.9	22.0	2.59k	-4.45k	1.31k	2.04k	273	123	324	174	
2	3	-793	-4.50k	-3.60k	37.2	-22.0	2.59k	4.45k	-1.31k	-2.04k	273	123	324	174	
2	4	1.03k	2.92k	2.34k	-30.8	-2.04m	-1.59k	0	0	0	146	0	181	0	
Sollecitazioni bielle solai Azioni modali. Sforzo Normale [N]
 Piano		N°		Modo		Modo		Modo		Modo		Modo		Modo	
 				1		2		4		6		7		9	
2	1	169	0	185	0	6.70k	0	
2	2	-330	133	1.08k	1.05k	944	37.0k	
2	3	-330	-133	1.08k	-1.05k	944	-37.0k	
2	4	156	0	-733	0	-6.55k	0	
Sollecitazioni unioni per azione
 Posizione				Sollecitazioni	
 Piano		Tipo		n°		x		Pos		Vincolo		Est		Azione		Fx [N]		Fy [N]		Fz [N]		Mx [Nm]		My [Nm]		Mz [Nm]	
 		Elem		Elem		[m]						Int															
2	Trave	1	0.1	Ini	7) cern_forata	Int	1	-1.38k	0	-16.7k	7.36m	3.64p	0	
2	Trave	1	0.1	Ini	7) cern_forata	Int	2	3.61k	0	-11.9k	9.97m	-1.82p	0	
2	Trave	1	0.1	Ini	7) cern_forata	Int	3	2.89k	0	-9.54k	7.97m	0	0	
2	Trave	1	0.1	Ini	7) cern_forata	Int	11	-47.8	0	0	2.76m	0	0	
2	Trave	1	0.1	Ini	7) cern_forata	Int	12	-1.62	0	-0.23p	-91.5m	0.45p	0.11p	
2	Trave	1	0.1	Ini	7) cern_forata	Int	16	-3.00k	0	3.64p	-0.302	-21.8p	-21.3f	
2	Trave	1	0.1	Ini	7) cern_forata	Int	17	5.87	0.11p	-0.23p	-6.40	-0.45p	0.34p	
2	Trave	1	0.1	Ini	7) cern_forata	Int	18	1.75k	0	7.28p	-5.44	0	-7.28p	
2	Trave	1	0.1	Ini	7) cern_forata	Int	19	8.89	56.8f	0	-9.40	-0.45p	0.23p	
2	Trave	1	0.1	Ini	7) cern_forata	Int	1	-387	0	-0.45p	-48.6m	0.91p	-1.78f	
2	Trave	1	0.1	Ini	7) cern_forata	Int	2	-190	0	-1.82p	2.07	0	1.82p	
2	Trave	1	0.1	Ini	7) cern_forata	Int	3	1.40k	10.7f	5.46p	0.110	0	21.3f	
2	Trave	1	0.1	Ini	7) cern_forata	Int	4	4.16k	-0.23p	0	-1.29	7.28p	-0.91p	
2	Trave	1	0.1	Ini	7) cern_forata	Int	5	1.26k	-77.3f	7.28p	-1.42	-43.7p	-0.20p	
2	Trave	1	0.1	Ini	7) cern_forata	Int	6	-49.9k	-0.72p	18.2p	2.95	-29.1p	-5.43p	
2	Trave	1	0.5	 	6) unione Incastro	Int	1	-1.38k	0	-14.2k	7.36m	-6.19k	0	
2	Trave	1	0.5	 	6) unione Incastro	Int	2	3.61k	0	-10.1k	9.97m	-4.41k	0	
2	Trave	1	0.5	 	6) unione Incastro	Int	3	2.89k	0	-8.10k	7.97m	-3.53k	0	
2	Trave	1	0.5	 	6) unione Incastro	Int	11	-47.8	0	0	2.76m	0	0	
2	Trave	1	0.5	 	6) unione Incastro	Int	12	-1.62	0	-0.23p	-91.5m	0.36p	0.11p	
2	Trave	1	0.5	 	6) unione Incastro	Int	16	-3.00k	0	3.64p	-0.302	-20.4p	-21.3f	
2	Trave	1	0.5	 	6) unione Incastro	Int	17	5.87	0.11p	-0.23p	-6.40	-0.55p	0.30p	
2	Trave	1	0.5	 	6) unione Incastro	Int	18	1.75k	0	7.28p	-5.44	2.91p	-7.28p	
2	Trave	1	0.5	 	6) unione Incastro	Int	19	8.89	56.8f	0	-9.40	-0.45p	0.20p	
2	Trave	1	0.5	 	6) unione Incastro	Int	1	-387	0	-0.45p	-48.6m	0.73p	-1.78f	
2	Trave	1	0.5	 	6) unione Incastro	Int	2	-190	0	-1.82p	2.07	-0.73p	1.82p	
2	Trave	1	0.5	 	6) unione Incastro	Int	3	1.40k	10.7f	5.46p	0.110	2.18p	17.1f	
2	Trave	1	0.5	 	6) unione Incastro	Int	4	4.16k	-0.23p	0	-1.29	7.28p	-0.82p	
2	Trave	1	0.5	 	6) unione Incastro	Int	5	1.26k	-77.3f	7.28p	-1.42	-40.7p	-0.17p	
2	Trave	1	0.5	 	6) unione Incastro	Int	6	-49.9k	-0.72p	18.2p	2.95	-21.8p	-5.14p	
2	Trave	1	5.4	Fin	7) cern_forata	Int	1	-1.38k	0	-16.7k	7.36m	-18.2p	0	
2	Trave	1	5.4	Fin	7) cern_forata	Int	2	3.61k	0	-11.9k	9.97m	-3.64p	0	
2	Trave	1	5.4	Fin	7) cern_forata	Int	3	2.89k	0	-9.54k	7.97m	-3.64p	0	
2	Trave	1	5.4	Fin	7) cern_forata	Int	11	-47.8	0	0	2.76m	0	0	
2	Trave	1	5.4	Fin	7) cern_forata	Int	12	-1.62	0	0.23p	-91.5m	-0.75p	-0.11p	
2	Trave	1	5.4	Fin	7) cern_forata	Int	16	-3.00k	0	-3.64p	-0.302	-2.55p	21.3f	
2	Trave	1	5.4	Fin	7) cern_forata	Int	17	5.87	0.11p	0.23p	-6.40	-1.66p	0.26p	
2	Trave	1	5.4	Fin	7) cern_forata	Int	18	1.75k	0	-7.28p	-5.44	38.6p	7.28p	
2	Trave	1	5.4	Fin	7) cern_forata	Int	19	8.89	56.8f	0	-9.40	-0.45p	73.9f	
2	Trave	1	5.4	Fin	7) cern_forata	Int	1	-387	0	0.45p	-48.6m	-1.50p	1.78f	
2	Trave	1	5.4	Fin	7) cern_forata	Int	2	-190	0	1.82p	2.07	-9.64p	-1.82p	
2	Trave	1	5.4	Fin	7) cern_forata	Int	3	1.40k	10.7f	-5.46p	0.110	28.9p	35.2f	
2	Trave	1	5.4	Fin	7) cern_forata	Int	4	4.16k	-0.23p	0	-1.29	7.28p	-0.30p	
2	Trave	1	5.4	Fin	7) cern_forata	Int	5	1.26k	-77.3f	-7.28p	-1.42	-5.09p	-0.21p	
2	Trave	1	5.4	Fin	7) cern_forata	Int	6	-49.9k	-0.72p	-18.2p	2.95	67.3p	1.59p	
2	Trave	2	0.1	Ini	7) cern_forata	Int	1	-1.38k	0	-16.7k	-7.36m	3.64p	0	
2	Trave	2	0.1	Ini	7) cern_forata	Int	2	3.61k	0	-11.9k	-9.97m	-1.82p	0	
2	Trave	2	0.1	Ini	7) cern_forata	Int	3	2.89k	0	-9.54k	-7.97m	3.64p	0	
2	Trave	2	0.1	Ini	7) cern_forata	Int	11	-47.8	0	-0.11p	10.8m	-0.11p	0	
2	Trave	2	0.1	Ini	7) cern_forata	Int	12	1.62	0	0	-91.5m	0.45p	0.11p	
2	Trave	2	0.1	Ini	7) cern_forata	Int	16	-3.00k	3.55f	-3.64p	0.302	-7.28p	7.11f	
2	Trave	2	0.1	Ini	7) cern_forata	Int	17	-5.87	56.8f	0.34p	-6.40	0	0	
2	Trave	2	0.1	Ini	7) cern_forata	Int	18	-1.75k	-3.64p	-7.28p	-5.44	0	0	
2	Trave	2	0.1	Ini	7) cern_forata	Int	19	-8.89	0	-0.45p	-9.40	1.36p	-0.11p	
2	Trave	2	0.1	Ini	7) cern_forata	Int	1	-387	0	-0.91p	48.6m	2.73p	7.11f	
2	Trave	2	0.1	Ini	7) cern_forata	Int	2	190	0	-1.82p	2.07	3.64p	-0.91p	
2	Trave	2	0.1	Ini	7) cern_forata	Int	3	1.40k	26.6f	-5.46p	-0.110	18.2p	67.5f	
2	Trave	2	0.1	Ini	7) cern_forata	Int	4	-4.16k	-1.82p	-7.28p	-1.29	14.6p	-8.19p	
2	Trave	2	0.1	Ini	7) cern_forata	Int	5	1.26k	-58.6f	7.28p	1.42	-43.7p	-0.15p	
2	Trave	2	0.1	Ini	7) cern_forata	Int	6	49.9k	9.09p	18.2p	2.95	-43.7p	30.1p	
2	Trave	2	0.5	 	6) unione Incastro	Int	1	-1.38k	0	-14.2k	-7.36m	-6.19k	0	
2	Trave	2	0.5	 	6) unione Incastro	Int	2	3.61k	0	-10.1k	-9.97m	-4.41k	0	
2	Trave	2	0.5	 	6) unione Incastro	Int	3	2.89k	0	-8.10k	-7.97m	-3.53k	0	
2	Trave	2	0.5	 	6) unione Incastro	Int	11	-47.8	0	-0.11p	10.8m	-0.16p	0	
2	Trave	2	0.5	 	6) unione Incastro	Int	12	1.62	0	0	-91.5m	0.45p	0.11p	
2	Trave	2	0.5	 	6) unione Incastro	Int	16	-3.00k	3.55f	-3.64p	0.302	-8.73p	5.68f	
2	Trave	2	0.5	 	6) unione Incastro	Int	17	-5.87	56.8f	0.34p	-6.40	0.14p	-22.7f	
2	Trave	2	0.5	 	6) unione Incastro	Int	18	-1.75k	-3.64p	-7.28p	-5.44	-2.91p	1.46p	
2	Trave	2	0.5	 	6) unione Incastro	Int	19	-8.89	0	-0.45p	-9.40	1.18p	-0.11p	
2	Trave	2	0.5	 	6) unione Incastro	Int	1	-387	0	-0.91p	48.6m	2.36p	6.75f	
2	Trave	2	0.5	 	6) unione Incastro	Int	2	190	0	-1.82p	2.07	2.91p	-0.91p	
2	Trave	2	0.5	 	6) unione Incastro	Int	3	1.40k	26.6f	-5.46p	-0.110	16.0p	56.8f	
2	Trave	2	0.5	 	6) unione Incastro	Int	4	-4.16k	-1.82p	-7.28p	-1.29	11.6p	-7.46p	
2	Trave	2	0.5	 	6) unione Incastro	Int	5	1.26k	-58.6f	7.28p	1.42	-40.7p	-0.13p	
2	Trave	2	0.5	 	6) unione Incastro	Int	6	49.9k	9.09p	18.2p	2.95	-36.4p	26.4p	
2	Trave	2	5.4	Fin	7) cern_forata	Int	1	-1.38k	0	-16.7k	-7.36m	21.8p	0	
2	Trave	2	5.4	Fin	7) cern_forata	Int	2	3.61k	0	-11.9k	-9.97m	-3.64p	0	
2	Trave	2	5.4	Fin	7) cern_forata	Int	3	2.89k	0	-9.54k	-7.97m	-5.46p	0	
2	Trave	2	5.4	Fin	7) cern_forata	Int	11	-47.8	0	0.11p	10.8m	-0.72p	1.91f	
2	Trave	2	5.4	Fin	7) cern_forata	Int	12	1.62	0	0	-91.5m	0.45p	-0.11p	
2	Trave	2	5.4	Fin	7) cern_forata	Int	16	-3.00k	3.55f	3.64p	0.302	-26.6p	11.7f	
2	Trave	2	5.4	Fin	7) cern_forata	Int	17	-5.87	56.8f	-0.34p	-6.40	1.81p	0.30p	
2	Trave	2	5.4	Fin	7) cern_forata	Int	18	-1.75k	-3.64p	7.28p	-5.44	-38.6p	-19.3p	
2	Trave	2	5.4	Fin	7) cern_forata	Int	19	-8.89	0	0.45p	-9.40	-1.05p	0.11p	
2	Trave	2	5.4	Fin	7) cern_forata	Int	1	-387	0	0.91p	48.6m	-2.09p	-2.40f	
2	Trave	2	5.4	Fin	7) cern_forata	Int	2	190	0	1.82p	2.07	-6.00p	0.91p	
2	Trave	2	5.4	Fin	7) cern_forata	Int	3	1.40k	26.6f	5.46p	-0.110	-10.7p	73.7f	
2	Trave	2	5.4	Fin	7) cern_forata	Int	4	-4.16k	-1.82p	7.28p	-1.29	-24.0p	-1.46p	
2	Trave	2	5.4	Fin	7) cern_forata	Int	5	1.26k	-58.6f	-7.28p	1.42	-5.09p	-0.16p	
2	Trave	2	5.4	Fin	7) cern_forata	Int	6	49.9k	9.09p	-18.2p	2.95	52.8p	18.1p	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Sollecitazioni per combinazione beam
Sollecitazioni combinazioni Trave 1 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	0.14p	-710	-5.64k	252	150	39.5	0.14p	-711	1.38k	253	-810	359	0.14p	-713	10.7k	257	2.82k	786	
1	2	0.16p	-765	-7.66k	282	529	47.1	0.16p	-766	-183	284	-1.24k	392	0.16p	-769	9.78k	288	1.64k	852	
1	3	0.18p	-850	-8.10k	302	667	74.4	0.18p	-852	-763	303	-1.33k	457	0.18p	-854	9.01k	307	1.15k	969	
1	4	0.16p	-759	-7.97k	286	-306	48.3	0.16p	-760	-716	287	-2.26k	390	0.16p	-762	9.06k	291	234	847	
1	5	0.16p	-771	-7.35k	279	1.36k	46.0	0.16p	-773	349	280	-209	393	0.16p	-775	10.5k	284	3.05k	858	
1	6	0.13p	-680	-7.22k	262	391	19.9	0.13p	-681	397	264	-1.14k	326	0.13p	-683	10.6k	269	2.14k	735	
1	7	0.20p	-883	-7.53k	303	597	89.3	0.20p	-885	-482	303	-1.21k	487	0.20p	-888	8.91k	306	1.32k	1.02k	
1	8	0.15p	-731	-7.32k	275	-1.02k	45.8	0.15p	-732	-402	277	-2.77k	375	0.15p	-735	8.98k	281	-201	815	
1	9	0.15p	-751	-6.28k	263	1.76k	42.0	0.15p	-753	1.37k	265	659	380	0.15p	-755	11.4k	269	4.50k	833	
1	10	0.10p	-599	-6.06k	235	137	-1.55	0.10p	-600	1.45k	238	-901	268	0.10p	-602	11.5k	244	2.98k	629	
2	1	0.13p	-626	-5.52k	220	373	51.7	0.13p	-628	-9.73	221	-871	334	0.13p	-630	7.33k	224	1.33k	711	
2	2	0.12p	-566	-5.43k	209	-271	34.5	0.12p	-567	20.5	211	-1.49k	289	0.12p	-569	7.36k	214	719	630	
2	3	0.12p	-574	-5.02k	205	835	33.0	0.12p	-575	726	206	-130	292	0.12p	-577	8.32k	209	2.59k	637	
2	4	97.1f	-514	-4.94k	194	191	15.8	97.1f	-515	756	195	-750	247	97.1f	-516	8.35k	199	1.98k	557	
2	5	0.14p	-648	-5.14k	221	326	61.6	0.14p	-649	180	221	-789	353	0.14p	-651	7.27k	223	1.44k	744	
2	6	0.11p	-548	-4.99k	202	-749	32.9	0.11p	-549	231	203	-1.82k	279	0.11p	-550	7.31k	206	433	609	
2	7	0.11p	-561	-4.31k	194	1.10k	30.3	0.11p	-562	1.41k	196	446	283	0.11p	-564	8.92k	199	3.55k	621	
2	8	80.9f	-461	-4.17k	176	21.9	1.60	80.9f	-461	1.46k	178	-588	209	80.8f	-463	8.96k	182	2.54k	486	
3	1	0.11p	-544	-4.27k	193	102	30.1	0.11p	-545	1.12k	194	-607	275	0.11p	-546	8.30k	197	2.22k	602	
3	2	0.11p	-552	-3.98k	191	59.7	34.7	0.11p	-553	1.29k	192	-546	283	0.11p	-555	8.31k	195	2.33k	616	
3	3	0.11p	-532	-3.95k	188	-155	29.0	0.11p	-533	1.30k	189	-753	268	0.11p	-534	8.32k	192	2.13k	589	
3	4	0.11p	-535	-3.81k	186	214	28.4	0.11p	-536	1.53k	187	-299	269	0.11p	-537	8.64k	190	2.75k	591	
3	5	0.10p	-515	-3.78k	182	-0.993	22.7	0.10p	-515	1.54k	184	-506	254	0.10p	-517	8.65k	187	2.55k	564	
4	1	0.11p	-533	-3.88k	187	29.4	28.7	0.11p	-534	1.41k	188	-526	269	0.11p	-536	8.48k	191	2.44k	590	
5	1	0.10p	-517	-3.30k	178	-78.9	26.5	0.10p	-518	1.86k	179	-405	260	0.10p	-520	8.75k	182	2.78k	571	
6	1	0.33p	155	-50.3	365	4.00k	245	0.33p	156	7.01k	360	3.44k	782	0.33p	157	16.4k	357	10.4k	1.52k	
6	2	-0.11p	155	-50.3	365	4.00k	245	-0.11p	156	7.01k	360	3.44k	782	-0.11p	157	16.4k	357	10.4k	1.52k	
6	3	0.33p	-1.22k	-7.71k	8.94	-3.94k	-188	0.33p	-1.22k	-4.18k	16.0	-4.49k	-245	0.33p	-1.23k	598	25.3	-5.52k	-339	
6	4	-0.11p	-1.22k	-7.71k	8.94	-3.94k	-188	-0.11p	-1.22k	-4.18k	16.0	-4.49k	-245	-0.11p	-1.23k	598	25.3	-5.52k	-339	
6	5	0.18p	-261	-527	322	9.79k	129	0.18p	-262	6.84k	321	10.3k	448	0.18p	-262	16.3k	321	17.1k	933	
6	6	29.2f	-261	-527	322	9.79k	129	29.2f	-262	6.84k	321	10.3k	448	29.2f	-262	16.3k	321	17.1k	933	
6	7	0.18p	-805	-7.24k	51.8	-9.73k	-71.5	0.18p	-807	-4.01k	55.5	-11.3k	89.6	0.18p	-809	679	60.7	-12.2k	247	
6	8	29.2f	-805	-7.24k	51.8	-9.73k	-71.5	29.2f	-807	-4.01k	55.5	-11.3k	89.6	29.2f	-809	679	60.7	-12.2k	247	
7	1	0.29p	30.5	-677	333	3.28k	206	0.29p	31.1	6.04k	330	2.72k	690	0.29p	31.9	15.0k	328	8.97k	1.35k	
7	2	-74.4f	30.5	-677	333	3.28k	206	-74.4f	31.1	6.04k	330	2.72k	690	-74.4f	31.9	15.0k	328	8.97k	1.35k	
7	3	0.29p	-1.10k	-7.09k	40.3	-3.22k	-149	0.29p	-1.10k	-3.21k	46.3	-3.77k	-152	0.29p	-1.10k	2.00k	54.4	-4.09k	-171	
7	4	-74.4f	-1.10k	-7.09k	40.3	-3.22k	-149	-74.4f	-1.10k	-3.21k	46.3	-3.77k	-152	-74.4f	-1.10k	2.00k	54.4	-4.09k	-171	
7	5	0.17p	-311	-905	298	8.03k	111	0.17p	-311	6.00k	297	8.31k	416	0.17p	-312	15.0k	298	14.5k	871	
7	6	43.2f	-311	-905	298	8.03k	111	43.2f	-311	6.00k	297	8.31k	416	43.2f	-312	15.0k	298	14.5k	871	
7	7	0.17p	-756	-6.86k	75.9	-7.97k	-53.4	0.17p	-758	-3.17k	79.1	-9.37k	122	0.17p	-760	1.99k	83.9	-9.59k	309	
7	8	43.2f	-756	-6.86k	75.9	-7.97k	-53.4	43.2f	-758	-3.17k	79.1	-9.37k	122	43.2f	-760	1.99k	83.9	-9.59k	309	
8	1	0.32p	138	173	366	3.88k	240	0.32p	139	7.06k	362	3.32k	769	0.32p	140	16.3k	359	10.2k	1.49k	
8	2	-0.11p	138	173	366	3.88k	240	-0.11p	139	7.06k	362	3.32k	769	-0.11p	140	16.3k	359	10.2k	1.49k	
8	3	0.32p	-1.20k	-7.94k	8.02	-3.82k	-182	0.32p	-1.21k	-4.24k	14.7	-4.37k	-232	0.32p	-1.21k	676	23.6	-5.34k	-315	
8	4	-0.11p	-1.20k	-7.94k	8.02	-3.82k	-182	-0.11p	-1.21k	-4.24k	14.7	-4.37k	-232	-0.11p	-1.21k	676	23.6	-5.34k	-315	
8	5	0.18p	-269	395	320	9.48k	126	0.18p	-269	7.35k	319	9.93k	444	0.18p	-270	16.5k	320	16.8k	924	
8	6	31.1f	-269	395	320	9.48k	126	31.1f	-269	7.35k	319	9.93k	444	31.1f	-270	16.5k	320	16.8k	924	
8	7	0.18p	-798	-8.16k	53.8	-9.42k	-68.7	0.18p	-800	-4.52k	57.3	-11.0k	93.8	0.18p	-802	424	62.4	-11.9k	256	
8	8	31.1f	-798	-8.16k	53.8	-9.42k	-68.7	31.1f	-800	-4.52k	57.3	-11.0k	93.8	31.1f	-802	424	62.4	-11.9k	256	
Sollecitazioni combinazioni Trave 2 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	0	-2.54	-9.36k	-4.84	1.71k	-500	0	-3.23n	18.7n	-0.20n	-1.10k	-499	0	2.54	9.36k	4.84	1.71k	-500	
1	2	0	-2.76	-9.96k	-5.17	1.55k	-543	0	-3.39n	19.6n	-0.21n	-1.43k	-542	0	2.76	9.96k	5.17	1.55k	-543	
1	3	0	-2.61	-9.77k	-4.34	1.35k	-625	0	0.560	-0.408	18.8m	-1.58k	-624	0	3.73	9.77k	4.38	1.35k	-626	
1	4	0	11.6	-9.11k	-3.97	1.07k	-535	0	14.3	788	1.20	-1.43k	-542	0	17.1	10.8k	6.38	2.04k	-552	
1	5	0	-17.1	-10.8k	-6.38	2.04k	-552	0	-14.3	-788	-1.20	-1.43k	-542	0	-11.6	9.11k	3.97	1.07k	-535	
1	6	0	-2.90	-10.2k	-6.00	1.75k	-461	0	-0.560	0.408	-18.8m	-1.29k	-460	0	1.78	10.2k	5.97	1.76k	-461	
1	7	0	-2.42	-9.38k	-3.64	1.28k	-661	0	0.933	-0.681	31.3m	-1.53k	-660	0	4.29	9.38k	3.71	1.28k	-662	
1	8	0	21.2	-8.28k	-3.02	811	-510	0	23.8	1.31k	2.00	-1.29k	-524	0	26.5	11.1k	7.04	2.43k	-539	
1	9	0	-26.5	-11.1k	-7.04	2.43k	-539	0	-23.8	-1.31k	-2.00	-1.29k	-524	0	-21.2	8.28k	3.02	811	-510	
1	10	0	-2.90	-10.0k	-6.42	1.96k	-388	0	-0.933	0.681	-31.3m	-1.05k	-387	0	1.03	10.0k	6.35	1.96k	-387	
2	1	0	-1.95	-7.34k	-3.32	1.11k	-458	0	0.369	-0.270	12.4m	-1.09k	-457	0	2.69	7.34k	3.34	1.11k	-458	
2	2	0	7.43	-6.90k	-3.07	925	-398	0	9.48	522	0.796	-993	-403	0	11.5	8.03k	4.67	1.57k	-409	
2	3	0	-11.5	-8.03k	-4.67	1.57k	-409	0	-9.48	-522	-0.796	-993	-403	0	-7.43	6.90k	3.07	925	-398	
2	4	0	-2.14	-7.59k	-4.42	1.38k	-350	0	-0.369	0.270	-12.4m	-897	-349	0	1.40	7.59k	4.39	1.38k	-349	
2	5	0	-1.83	-7.08k	-2.86	1.07k	-481	0	0.616	-0.449	20.7m	-1.05k	-481	0	3.06	7.08k	2.90	1.07k	-482	
2	6	0	13.8	-6.35k	-2.44	756	-382	0	15.8	870	1.33	-896	-390	0	17.8	8.24k	5.11	1.83k	-401	
2	7	0	-17.8	-8.24k	-5.11	1.83k	-401	0	-15.8	-870	-1.33	-896	-390	0	-13.8	6.35k	2.44	756	-382	
2	8	0	-2.14	-7.51k	-4.69	1.51k	-301	0	-0.616	0.449	-20.7m	-737	-300	0	0.910	7.51k	4.65	1.51k	-300	
3	1	0	-1.94	-7.18k	-3.71	1.32k	-383	0	-2.48n	14.3n	-0.15n	-832	-382	0	1.94	7.18k	3.71	1.32k	-383	
3	2	0	-1.87	-7.02k	-3.46	1.31k	-393	0	0.123	-89.9m	4.13m	-799	-392	0	2.12	7.02k	3.47	1.31k	-393	
3	3	0	1.26	-6.88k	-3.38	1.24k	-373	0	3.16	174	0.265	-768	-374	0	5.06	7.25k	3.91	1.46k	-376	
3	4	0	-5.06	-7.25k	-3.91	1.46k	-376	0	-3.16	-174	-0.265	-768	-374	0	-1.26	6.88k	3.38	1.24k	-373	
3	5	0	-1.93	-7.11k	-3.83	1.40k	-357	0	-0.123	89.9m	-4.13m	-736	-356	0	1.69	7.11k	3.82	1.40k	-356	
4	1	0	-1.90	-7.07k	-3.65	1.35k	-375	0	-2.45n	14.1n	-0.15n	-768	-374	0	1.90	7.07k	3.65	1.35k	-375	
5	1	0	-1.84	-6.89k	-3.55	1.40k	-362	0	-2.40n	13.9n	-0.15n	-671	-362	0	1.84	6.89k	3.55	1.40k	-362	
6	1	0	150	-2.66k	10.6	4.41k	331	0	148	2.47k	7.31	254	242	0	153	11.5k	17.9	4.41k	331	
6	2	0	150	-2.66k	10.6	4.41k	331	0	148	2.47k	7.31	254	242	0	153	11.5k	17.9	4.41k	331	
6	3	0	-153	-11.5k	-17.9	-1.70k	-1.08k	0	-148	-2.47k	-7.31	-1.79k	-989	0	-150	2.66k	-10.6	-1.70k	-1.08k	
6	4	0	-153	-11.5k	-17.9	-1.70k	-1.08k	0	-148	-2.47k	-7.31	-1.79k	-989	0	-150	2.66k	-10.6	-1.70k	-1.08k	
6	5	0	233	1.94k	13.9	6.65k	-49.0	0	234	7.84k	15.4	-461	-189	0	237	16.1k	21.2	6.65k	-49.0	
6	6	0	233	1.94k	13.9	6.65k	-49.0	0	234	7.84k	15.4	-461	-189	0	237	16.1k	21.2	6.65k	-49.0	
6	7	0	-237	-16.1k	-21.2	-3.94k	-700	0	-234	-7.84k	-15.4	-1.07k	-559	0	-233	-1.94k	-13.9	-3.94k	-700	
6	8	0	-237	-16.1k	-21.2	-3.94k	-700	0	-234	-7.84k	-15.4	-1.07k	-559	0	-233	-1.94k	-13.9	-3.94k	-700	
7	1	0	122	-3.45k	8.00	3.86k	203	0	122	2.03k	5.99	69.0	130	0	126	10.7k	15.3	3.86k	203	
7	2	0	122	-3.45k	8.00	3.86k	203	0	122	2.03k	5.99	69.0	130	0	126	10.7k	15.3	3.86k	203	
7	3	0	-126	-10.7k	-15.3	-1.15k	-953	0	-122	-2.03k	-5.99	-1.60k	-878	0	-122	3.45k	-8.00	-1.15k	-953	
7	4	0	-126	-10.7k	-15.3	-1.15k	-953	0	-122	-2.03k	-5.99	-1.60k	-878	0	-122	3.45k	-8.00	-1.15k	-953	
7	5	0	191	333	10.7	5.70k	-108	0	192	6.44k	12.6	-517	-223	0	195	14.5k	18.0	5.70k	-108	
7	6	0	191	333	10.7	5.70k	-108	0	192	6.44k	12.6	-517	-223	0	195	14.5k	18.0	5.70k	-108	
7	7	0	-195	-14.5k	-18.0	-2.99k	-641	0	-192	-6.44k	-12.6	-1.02k	-525	0	-191	-333	-10.7	-2.99k	-641	
7	8	0	-195	-14.5k	-18.0	-2.99k	-641	0	-192	-6.44k	-12.6	-1.02k	-525	0	-191	-333	-10.7	-2.99k	-641	
8	1	0	145	-2.77k	10.1	4.33k	313	0	144	2.42k	7.08	232	226	0	149	11.4k	17.4	4.33k	313	
8	2	0	145	-2.77k	10.1	4.33k	313	0	144	2.42k	7.08	232	226	0	149	11.4k	17.4	4.33k	313	
8	3	0	-149	-11.4k	-17.4	-1.63k	-1.06k	0	-144	-2.42k	-7.08	-1.77k	-974	0	-145	2.77k	-10.1	-1.63k	-1.06k	
8	4	0	-149	-11.4k	-17.4	-1.63k	-1.06k	0	-144	-2.42k	-7.08	-1.77k	-974	0	-145	2.77k	-10.1	-1.63k	-1.06k	
8	5	0	226	1.74k	13.4	6.53k	-57.8	0	227	7.68k	14.9	-468	-194	0	230	15.9k	20.6	6.53k	-57.8	
8	6	0	226	1.74k	13.4	6.53k	-57.8	0	227	7.68k	14.9	-468	-194	0	230	15.9k	20.6	6.53k	-57.8	
8	7	0	-230	-15.9k	-20.6	-3.83k	-691	0	-227	-7.68k	-14.9	-1.07k	-554	0	-226	-1.74k	-13.4	-3.83k	-691	
8	8	0	-230	-15.9k	-20.6	-3.83k	-691	0	-227	-7.68k	-14.9	-1.07k	-554	0	-226	-1.74k	-13.4	-3.83k	-691	
Sollecitazioni combinazioni Trave 3 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-0.14p	713	-10.7k	-257	2.82k	786	-0.14p	711	-1.38k	-254	-810	359	-0.14p	709	5.64k	-252	150	39.5	
1	2	-0.16p	769	-9.78k	-288	1.64k	852	-0.16p	766	183	-284	-1.24k	392	-0.16p	765	7.66k	-282	529	47.1	
1	3	-0.18p	854	-9.02k	-307	1.15k	969	-0.18p	852	761	-304	-1.33k	457	-0.18p	850	8.10k	-303	668	74.6	
1	4	-0.16p	775	-10.5k	-284	3.05k	858	-0.16p	772	-350	-280	-209	393	-0.16p	771	7.35k	-279	1.36k	46.0	
1	5	-0.16p	762	-9.06k	-291	234	847	-0.16p	760	716	-287	-2.26k	390	-0.16p	759	7.97k	-286	-306	48.3	
1	6	-0.13p	683	-10.6k	-269	2.14k	735	-0.13p	681	-395	-264	-1.15k	326	-0.13p	680	7.22k	-261	390	19.7	
1	7	-0.20p	888	-8.91k	-307	1.33k	1.02k	-0.20p	885	478	-304	-1.20k	487	-0.20p	883	7.53k	-304	598	89.7	
1	8	-0.15p	755	-11.4k	-269	4.50k	833	-0.15p	753	-1.37k	-265	659	380	-0.15p	751	6.28k	-263	1.76k	42.0	
1	9	-0.15p	734	-8.98k	-281	-201	815	-0.15p	732	402	-277	-2.77k	375	-0.15p	731	7.32k	-275	-1.02k	45.8	
1	10	-0.10p	602	-11.5k	-243	2.97k	629	-0.10p	600	-1.45k	-238	-904	268	-0.10p	599	6.07k	-235	135	-1.92	
2	1	-0.13p	630	-7.33k	-224	1.33k	711	-0.13p	628	8.22	-221	-870	334	-0.13p	626	5.52k	-221	374	51.9	
2	2	-0.12p	577	-8.32k	-209	2.59k	637	-0.12p	575	-726	-206	-130	292	-0.12p	574	5.02k	-205	835	33.0	
2	3	-0.12p	569	-7.36k	-214	719	630	-0.12p	567	-20.5	-211	-1.49k	289	-0.12p	566	5.43k	-209	-271	34.5	
2	4	-97.1f	516	-8.35k	-199	1.98k	556	-97.1f	515	-755	-195	-751	247	-97.1f	514	4.94k	-193	190	15.6	
2	5	-0.14p	651	-7.27k	-224	1.45k	744	-0.14p	649	-183	-222	-787	354	-0.14p	648	5.13k	-221	327	61.8	
2	6	-0.11p	564	-8.91k	-199	3.55k	621	-0.11p	562	-1.41k	-196	446	283	-0.11p	561	4.31k	-195	1.10k	30.3	
2	7	-0.11p	550	-7.31k	-207	433	609	-0.11p	549	-231	-204	-1.82k	279	-0.11p	547	5.00k	-202	-749	32.9	
2	8	-80.7f	463	-8.96k	-182	2.53k	486	-80.7f	461	-1.45k	-178	-590	209	-80.7f	461	4.17k	-176	20.7	1.36	
3	1	-0.11p	546	-8.30k	-197	2.22k	602	-0.11p	545	-1.12k	-194	-607	275	-0.11p	544	4.27k	-193	102	30.1	
3	2	-0.11p	555	-8.31k	-195	2.33k	616	-0.11p	553	-1.29k	-193	-546	283	-0.11p	552	3.98k	-191	60.0	34.7	
3	3	-0.11p	537	-8.64k	-190	2.75k	591	-0.11p	536	-1.53k	-187	-299	269	-0.11p	535	3.81k	-186	214	28.4	
3	4	-0.11p	534	-8.32k	-192	2.13k	589	-0.11p	533	-1.30k	-189	-753	268	-0.11p	532	3.95k	-188	-155	29.0	
3	5	-0.10p	517	-8.65k	-187	2.55k	564	-0.10p	515	-1.54k	-184	-507	254	-0.10p	514	3.79k	-182	-1.23	22.7	
4	1	-0.11p	536	-8.48k	-191	2.44k	590	-0.11p	534	-1.41k	-188	-526	269	-0.11p	533	3.88k	-187	29.4	28.7	
5	1	-0.10p	520	-8.75k	-182	2.78k	571	-0.10p	518	-1.86k	-180	-405	260	-0.10p	517	3.30k	-178	-78.9	26.5	
6	1	0.11p	1.23k	-598	-25.3	10.4k	1.52k	0.11p	1.22k	4.18k	-16.0	3.44k	782	0.11p	1.22k	7.71k	-8.94	4.00k	245	
6	2	-0.33p	1.23k	-598	-25.3	10.4k	1.52k	-0.33p	1.22k	4.18k	-16.0	3.44k	782	-0.33p	1.22k	7.71k	-8.94	4.00k	245	
6	3	0.11p	-157	-16.4k	-357	-5.52k	-339	0.11p	-156	-7.01k	-360	-4.49k	-245	0.11p	-155	50.3	-365	-3.94k	-188	
6	4	-0.33p	-157	-16.4k	-357	-5.52k	-339	-0.33p	-156	-7.01k	-360	-4.49k	-245	-0.33p	-155	50.3	-365	-3.94k	-188	
6	5	-29.2f	809	-679	-60.7	17.1k	933	-29.2f	807	4.01k	-55.5	10.3k	448	-29.2f	805	7.24k	-51.8	9.79k	129	
6	6	-0.18p	809	-679	-60.7	17.1k	933	-0.18p	807	4.01k	-55.5	10.3k	448	-0.18p	805	7.24k	-51.8	9.79k	129	
6	7	-29.2f	262	-16.3k	-321	-12.2k	247	-29.2f	262	-6.84k	-321	-11.3k	89.6	-29.2f	261	527	-322	-9.73k	-71.5	
6	8	-0.18p	262	-16.3k	-321	-12.2k	247	-0.18p	262	-6.84k	-321	-11.3k	89.6	-0.18p	261	527	-322	-9.73k	-71.5	
7	1	74.4f	1.10k	-2.00k	-54.4	8.97k	1.35k	74.4f	1.10k	3.21k	-46.3	2.72k	690	74.4f	1.10k	7.09k	-40.3	3.28k	206	
7	2	-0.29p	1.10k	-2.00k	-54.4	8.97k	1.35k	-0.29p	1.10k	3.21k	-46.3	2.72k	690	-0.29p	1.10k	7.09k	-40.3	3.28k	206	
7	3	74.4f	-31.9	-15.0k	-328	-4.09k	-171	74.4f	-31.1	-6.04k	-330	-3.77k	-152	74.4f	-30.5	677	-333	-3.22k	-149	
7	4	-0.29p	-31.9	-15.0k	-328	-4.09k	-171	-0.29p	-31.1	-6.04k	-330	-3.77k	-152	-0.29p	-30.5	677	-333	-3.22k	-149	
7	5	-43.2f	760	-1.99k	-83.9	14.5k	871	-43.2f	758	3.17k	-79.1	8.31k	416	-43.2f	756	6.86k	-75.9	8.03k	111	
7	6	-0.17p	760	-1.99k	-83.9	14.5k	871	-0.17p	758	3.17k	-79.1	8.31k	416	-0.17p	756	6.86k	-75.9	8.03k	111	
7	7	-43.2f	312	-15.0k	-298	-9.59k	309	-43.2f	311	-6.00k	-297	-9.37k	122	-43.2f	311	905	-298	-7.97k	-53.4	
7	8	-0.17p	312	-15.0k	-298	-9.59k	309	-0.17p	311	-6.00k	-297	-9.37k	122	-0.17p	311	905	-298	-7.97k	-53.4	
8	1	0.11p	1.21k	-676	-23.6	10.2k	1.49k	0.11p	1.21k	4.24k	-14.7	3.32k	769	0.11p	1.20k	7.94k	-8.02	3.88k	240	
8	2	-0.32p	1.21k	-676	-23.6	10.2k	1.49k	-0.32p	1.21k	4.24k	-14.7	3.32k	769	-0.32p	1.20k	7.94k	-8.02	3.88k	240	
8	3	0.11p	-140	-16.3k	-359	-5.34k	-315	0.11p	-139	-7.06k	-362	-4.37k	-232	0.11p	-138	-173	-366	-3.82k	-182	
8	4	-0.32p	-140	-16.3k	-359	-5.34k	-315	-0.32p	-139	-7.06k	-362	-4.37k	-232	-0.32p	-138	-173	-366	-3.82k	-182	
8	5	-31.1f	802	-424	-62.4	16.8k	924	-31.1f	800	4.52k	-57.3	9.93k	444	-31.1f	798	8.16k	-53.8	9.48k	126	
8	6	-0.18p	802	-424	-62.4	16.8k	924	-0.18p	800	4.52k	-57.3	9.93k	444	-0.18p	798	8.16k	-53.8	9.48k	126	
8	7	-31.1f	270	-16.5k	-320	-11.9k	256	-31.1f	269	-7.35k	-319	-11.0k	93.8	-31.1f	269	-395	-320	-9.42k	-68.7	
8	8	-0.18p	270	-16.5k	-320	-11.9k	256	-0.18p	269	-7.35k	-319	-11.0k	93.8	-0.18p	269	-395	-320	-9.42k	-68.7	
Sollecitazioni combinazioni Trave 4 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	9.23f	71.1	-6.72k	-212	2.63	43.6	9.23f	71.1	1.39k	-217	-1.20k	11.6	9.23f	71.0	12.2k	-226	2.89k	-31.0	
1	2	9.11f	71.7	-8.32k	-248	164	43.6	9.11f	71.6	318	-253	-1.64k	11.3	9.11f	71.6	11.8k	-261	2.01k	-31.6	
1	3	11.5f	84.5	-7.93k	-188	99.3	52.9	11.5f	84.4	859	-194	-1.49k	14.9	11.5f	84.4	12.6k	-204	2.54k	-35.8	
1	4	9.42f	73.4	-8.94k	-242	100	44.8	9.42f	73.3	-545	-247	-2.04k	11.8	9.42f	73.3	10.8k	-256	1.02k	-32.2	
1	5	8.81f	70.0	-7.70k	-253	228	42.3	8.81f	69.9	1.18k	-258	-1.23k	10.9	8.81f	69.9	12.9k	-267	3.00k	-31.1	
1	6	6.73f	58.9	-8.70k	-307	229	34.3	6.73f	58.8	-223	-311	-1.78k	7.77	6.73f	58.8	11.1k	-319	1.48k	-27.5	
1	7	13.1f	92.8	-6.99k	-133	-13.1	59.1	13.1f	92.7	1.68k	-140	-1.21k	17.4	13.1f	92.6	13.2k	-150	3.27k	-38.2	
1	8	9.67f	74.3	-8.67k	-223	-11.2	45.6	9.67f	74.2	-660	-229	-2.11k	12.2	9.67f	74.2	10.2k	-237	740	-32.3	
1	9	8.66f	68.6	-6.60k	-242	201	41.5	8.66f	68.5	2.22k	-247	-780	10.7	8.66f	68.5	13.8k	-255	4.03k	-30.4	
1	10	5.20f	50.1	-8.28k	-332	203	28.1	5.20f	50.1	-123	-335	-1.69k	5.53	5.20f	50.1	10.7k	-342	1.50k	-24.5	
2	1	8.62f	63.4	-5.62k	-140	30.2	39.7	8.62f	63.3	956	-144	-1.02k	11.1	8.62f	63.3	9.72k	-151	2.18k	-26.9	
2	2	7.25f	56.1	-6.28k	-175	30.8	34.3	7.25f	56.0	27.0	-179	-1.38k	9.10	7.25f	56.0	8.52k	-186	1.18k	-24.5	
2	3	6.85f	53.8	-5.46k	-182	115	32.7	6.85f	53.8	1.17k	-186	-848	8.51	6.85f	53.7	9.94k	-193	2.49k	-23.7	
2	4	5.48f	46.5	-6.13k	-218	116	27.4	5.48f	46.5	242	-221	-1.21k	6.46	5.48f	46.5	8.73k	-227	1.48k	-21.4	
2	5	9.70f	68.9	-4.99k	-103	-44.4	43.8	9.70f	68.8	1.50k	-108	-830	12.8	9.70f	68.8	10.2k	-116	2.67k	-28.5	
2	6	7.42f	56.7	-6.10k	-163	-43.4	34.9	7.42f	56.6	-47.1	-167	-1.43k	9.38	7.42f	56.6	8.16k	-173	995	-24.6	
2	7	6.75f	52.9	-4.73k	-175	97.1	32.2	6.75f	52.8	1.86k	-179	-546	8.40	6.75f	52.8	10.5k	-185	3.17k	-23.3	
2	8	4.46f	40.7	-5.84k	-234	98.1	23.3	4.46f	40.7	311	-237	-1.15k	4.98	4.46f	40.7	8.51k	-242	1.50k	-19.4	
3	1	7.11f	54.7	-5.11k	-162	-3.89	33.5	7.11f	54.6	1.11k	-166	-904	8.94	7.11f	54.6	9.41k	-172	2.25k	-23.8	
3	2	7.65f	57.4	-4.72k	-142	-48.9	35.6	7.65f	57.3	1.43k	-146	-789	9.78	7.65f	57.3	9.65k	-153	2.54k	-24.6	
3	3	7.20f	55.0	-4.95k	-154	-48.7	33.8	7.20f	54.9	1.12k	-158	-909	9.10	7.19f	54.9	9.25k	-164	2.20k	-23.8	
3	4	7.06f	54.2	-4.67k	-157	-20.6	33.3	7.06f	54.2	1.51k	-160	-732	8.90	7.06f	54.1	9.72k	-167	2.64k	-23.6	
3	5	6.60f	51.8	-4.89k	-168	-20.4	31.5	6.60f	51.7	1.20k	-172	-852	8.22	6.60f	51.7	9.32k	-178	2.30k	-22.8	
4	1	7.13f	54.6	-4.81k	-155	-34.6	33.6	7.13f	54.5	1.32k	-159	-821	9.00	7.13f	54.5	9.48k	-165	2.42k	-23.7	
5	1	7.16f	54.4	-4.35k	-145	-80.8	33.6	7.16f	54.4	1.62k	-149	-695	9.08	7.16f	54.4	9.59k	-155	2.67k	-23.5	
6	1	25.8f	154	-771	332	822	106	25.8f	154	7.50k	319	1.34k	36.8	25.8f	154	18.3k	304	9.09k	8.24	
6	2	-11.5f	154	-771	332	822	106	-11.5f	154	7.50k	319	1.34k	36.8	-11.5f	154	18.3k	304	9.09k	8.24	
6	3	25.8f	-45.3	-8.85k	-642	-891	-39.2	25.8f	-45.2	-4.87k	-637	-2.98k	-18.8	25.8f	-45.1	686	-635	-4.25k	-55.7	
6	4	-11.5f	-45.3	-8.85k	-642	-891	-39.2	-11.5f	-45.2	-4.87k	-637	-2.98k	-18.8	-11.5f	-45.1	686	-635	-4.25k	-55.7	
6	5	18.9f	120	725	100	1.38k	80.4	18.9f	120	9.70k	93.0	3.30k	26.2	18.9f	120	20.6k	83.9	12.5k	-1.51	
6	6	-4.61f	120	725	100	1.38k	80.4	-4.61f	120	9.70k	93.0	3.30k	26.2	-4.61f	120	20.6k	83.9	12.5k	-1.51	
6	7	18.9f	-11.3	-10.3k	-411	-1.45k	-13.3	18.9f	-11.2	-7.07k	-411	-4.94k	-8.22	18.9f	-11.2	-1.68k	-415	-7.62k	-45.9	
6	8	-4.61f	-11.3	-10.3k	-411	-1.45k	-13.3	-4.61f	-11.2	-7.07k	-411	-4.94k	-8.22	-4.61f	-11.2	-1.68k	-415	-7.62k	-45.9	
7	1	22.4f	136	-1.48k	244	670	93.1	22.4f	136	6.40k	233	953	31.8	22.4f	136	16.7k	219	7.89k	2.44	
7	2	-8.14f	136	-1.48k	244	670	93.1	-8.14f	136	6.40k	233	953	31.8	-8.14f	136	16.7k	219	7.89k	2.44	
7	3	22.4f	-27.1	-8.14k	-554	-740	-26.0	22.4f	-27.1	-3.76k	-551	-2.59k	-13.8	22.4f	-27.0	2.27k	-550	-3.05k	-49.9	
7	4	-8.14f	-27.1	-8.14k	-554	-740	-26.0	-8.14f	-27.1	-3.76k	-551	-2.59k	-13.8	-8.14f	-27.0	2.27k	-550	-3.05k	-49.9	
7	5	16.7f	109	-204	54.2	1.14k	71.9	16.7f	108	8.23k	47.5	2.56k	23.1	16.7f	108	18.7k	38.9	10.7k	-5.52	
7	6	-2.49f	109	-204	54.2	1.14k	71.9	-2.49f	108	8.23k	47.5	2.56k	23.1	-2.49f	108	18.7k	38.9	10.7k	-5.52	
7	7	16.7f	0.662	-9.41k	-365	-1.20k	-4.80	16.7f	0.684	-5.60k	-366	-4.20k	-5.11	16.7f	0.709	302	-370	-5.83k	-41.9	
7	8	-2.49f	0.662	-9.41k	-365	-1.20k	-4.80	-2.49f	0.684	-5.60k	-366	-4.20k	-5.11	-2.49f	0.709	302	-370	-5.83k	-41.9	
8	1	25.3f	152	-759	321	813	104	25.3f	152	7.40k	309	1.29k	36.1	25.3f	151	18.1k	295	8.94k	7.40	
8	2	-11.0f	152	-759	321	813	104	-11.0f	152	7.40k	309	1.29k	36.1	-11.0f	151	18.1k	295	8.94k	7.40	
8	3	25.3f	-42.6	-8.86k	-632	-883	-37.3	25.3f	-42.5	-4.77k	-627	-2.93k	-18.1	25.3f	-42.5	890	-625	-4.10k	-54.8	
8	4	-11.0f	-42.6	-8.86k	-632	-883	-37.3	-11.0f	-42.5	-4.77k	-627	-2.93k	-18.1	-11.0f	-42.5	890	-625	-4.10k	-54.8	
8	5	18.5f	119	909	94.2	1.39k	79.0	18.5f	118	9.68k	87.0	3.20k	25.7	18.5f	118	20.5k	78.0	12.3k	-2.14	
8	6	-4.27f	119	909	94.2	1.39k	79.0	-4.27f	118	9.68k	87.0	3.20k	25.7	-4.27f	118	20.5k	78.0	12.3k	-2.14	
8	7	18.5f	-9.35	-10.5k	-405	-1.46k	-11.9	18.5f	-9.32	-7.05k	-405	-4.84k	-7.73	18.5f	-9.28	-1.52k	-409	-7.45k	-45.3	
8	8	-4.27f	-9.35	-10.5k	-405	-1.46k	-11.9	-4.27f	-9.32	-7.05k	-405	-4.84k	-7.73	-4.27f	-9.28	-1.52k	-409	-7.45k	-45.3	
Sollecitazioni combinazioni Trave 5 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	0	34.9	-5.37k	4.79	543	14.0	0	34.9	5.45k	-4.21	568	-6.98	0	-34.9	5.37k	-4.79	543	14.0	
1	2	0	39.0	-5.71k	5.11	577	15.6	0	39.0	5.80k	-4.47	603	-7.79	0	-39.0	5.71k	-5.11	577	15.6	
1	3	0	31.0	-5.82k	5.45	588	12.4	0	31.0	5.91k	-4.93	615	-6.20	0	-31.0	5.82k	-5.45	588	12.4	
1	4	0	37.5	-5.67k	5.10	572	15.1	0	37.5	5.78k	-4.47	599	-7.36	0	-40.4	5.76k	-5.12	581	16.0	
1	5	0	40.4	-5.76k	5.12	581	16.0	0	40.4	5.82k	-4.46	608	-8.22	0	-37.5	5.67k	-5.10	572	15.1	
1	6	0	46.9	-5.61k	4.77	566	18.8	0	46.9	5.70k	-3.99	592	-9.38	0	-47.0	5.61k	-4.77	566	18.8	
1	7	0	24.0	-5.74k	5.54	581	9.59	0	24.0	5.83k	-5.14	607	-4.80	0	-23.9	5.74k	-5.54	581	9.56	
1	8	0	34.8	-5.49k	4.96	554	14.2	0	34.8	5.62k	-4.37	581	-6.73	0	-39.6	5.64k	-4.99	570	15.6	
1	9	0	39.7	-5.64k	4.99	570	15.6	0	39.6	5.69k	-4.34	596	-8.16	0	-34.8	5.49k	-4.96	554	14.2	
1	10	0	50.5	-5.39k	4.40	544	20.2	0	50.5	5.48k	-3.57	569	-10.1	0	-50.6	5.39k	-4.40	544	20.2	
2	1	0	23.4	-4.35k	4.05	440	9.35	0	23.4	4.42k	-3.66	460	-4.68	0	-23.4	4.35k	-4.05	440	9.34	
2	2	0	27.7	-4.25k	3.82	429	11.2	0	27.7	4.33k	-3.36	450	-5.44	0	-29.6	4.31k	-3.83	436	11.7	
2	3	0	29.6	-4.31k	3.83	436	11.7	0	29.6	4.36k	-3.34	455	-6.01	0	-27.7	4.25k	-3.82	429	11.2	
2	4	0	33.9	-4.21k	3.60	425	13.6	0	33.9	4.28k	-3.04	445	-6.78	0	-33.9	4.21k	-3.60	425	13.6	
2	5	0	18.7	-4.30k	4.11	435	7.49	0	18.7	4.37k	-3.79	455	-3.75	0	-18.7	4.30k	-4.11	435	7.48	
2	6	0	25.9	-4.13k	3.72	418	10.5	0	25.9	4.22k	-3.29	438	-5.02	0	-29.1	4.24k	-3.74	428	11.5	
2	7	0	29.1	-4.24k	3.74	428	11.5	0	29.1	4.27k	-3.27	447	-5.97	0	-25.9	4.13k	-3.72	418	10.5	
2	8	0	36.2	-4.07k	3.36	411	14.5	0	36.2	4.13k	-2.76	430	-7.24	0	-36.3	4.07k	-3.36	411	14.5	
3	1	0	26.7	-4.12k	3.67	416	10.7	0	26.7	4.18k	-3.23	436	-5.34	0	-26.7	4.12k	-3.67	416	10.7	
3	2	0	24.2	-4.08k	3.68	412	9.68	0	24.2	4.14k	-3.28	432	-4.84	0	-24.2	4.08k	-3.68	412	9.68	
3	3	0	25.6	-4.04k	3.61	409	10.3	0	25.6	4.11k	-3.18	428	-5.09	0	-26.3	4.06k	-3.61	411	10.5	
3	4	0	26.3	-4.06k	3.61	411	10.5	0	26.3	4.12k	-3.18	430	-5.28	0	-25.6	4.04k	-3.61	409	10.3	
3	5	0	27.7	-4.03k	3.53	408	11.1	0	27.7	4.09k	-3.08	427	-5.54	0	-27.7	4.03k	-3.53	408	11.1	
4	1	0	26.0	-4.05k	3.61	410	10.4	0	25.9	4.12k	-3.18	429	-5.19	0	-26.0	4.05k	-3.61	410	10.4	
5	1	0	24.8	-3.96k	3.52	400	9.92	0	24.8	4.02k	-3.11	419	-4.96	0	-24.8	3.96k	-3.52	400	9.92	
6	1	0	95.1	-2.93k	6.71	528	37.0	0	95.1	5.17k	0.859	549	9.67	0	43.2	5.18k	-0.505	528	37.0	
6	2	0	95.1	-2.93k	6.71	528	37.0	0	95.1	5.17k	0.859	549	9.67	0	43.2	5.18k	-0.505	528	37.0	
6	3	0	-43.2	-5.18k	0.505	292	-16.3	0	-43.2	3.06k	-7.22	309	-20.1	0	-95.1	2.93k	-6.71	292	-16.3	
6	4	0	-43.2	-5.18k	0.505	292	-16.3	0	-43.2	3.06k	-7.22	309	-20.1	0	-95.1	2.93k	-6.71	292	-16.3	
6	5	0	68.8	-3.26k	4.68	491	25.1	0	68.8	4.66k	-1.83	510	5.73	0	16.9	4.85k	-2.54	491	25.1	
6	6	0	68.8	-3.26k	4.68	491	25.1	0	68.8	4.66k	-1.83	510	5.73	0	16.9	4.85k	-2.54	491	25.1	
6	7	0	-16.9	-4.85k	2.54	329	-4.39	0	-16.9	3.58k	-4.53	349	-16.1	0	-68.8	3.26k	-4.68	329	-4.39	
6	8	0	-16.9	-4.85k	2.54	329	-4.39	0	-16.9	3.58k	-4.53	349	-16.1	0	-68.8	3.26k	-4.68	329	-4.39	
7	1	0	82.6	-3.13k	6.15	506	32.2	0	82.6	4.98k	0.127	528	6.98	0	30.7	4.98k	-1.07	506	32.2	
7	2	0	82.6	-3.13k	6.15	506	32.2	0	82.6	4.98k	0.127	528	6.98	0	30.7	4.98k	-1.07	506	32.2	
7	3	0	-30.7	-4.98k	1.07	314	-11.4	0	-30.7	3.25k	-6.49	330	-17.4	0	-82.6	3.13k	-6.15	314	-11.4	
7	4	0	-30.7	-4.98k	1.07	314	-11.4	0	-30.7	3.25k	-6.49	330	-17.4	0	-82.6	3.13k	-6.15	314	-11.4	
7	5	0	61.0	-3.40k	4.48	476	22.5	0	61.0	4.56k	-2.08	495	3.76	0	9.13	4.70k	-2.73	476	22.5	
7	6	0	61.0	-3.40k	4.48	476	22.5	0	61.0	4.56k	-2.08	495	3.76	0	9.13	4.70k	-2.73	476	22.5	
7	7	0	-9.13	-4.70k	2.73	344	-1.72	0	-9.13	3.67k	-4.28	363	-14.1	0	-61.0	3.41k	-4.48	344	-1.72	
7	8	0	-9.13	-4.70k	2.73	344	-1.72	0	-9.13	3.67k	-4.28	363	-14.1	0	-61.0	3.41k	-4.48	344	-1.72	
8	1	0	93.3	-2.96k	6.62	524	36.3	0	93.3	5.14k	0.740	546	9.28	0	41.4	5.15k	-0.593	524	36.3	
8	2	0	93.3	-2.96k	6.62	524	36.3	0	93.3	5.14k	0.740	546	9.28	0	41.4	5.15k	-0.593	524	36.3	
8	3	0	-41.4	-5.15k	0.593	296	-15.6	0	-41.4	3.09k	-7.10	312	-19.7	0	-93.3	2.96k	-6.62	296	-15.6	
8	4	0	-41.4	-5.15k	0.593	296	-15.6	0	-41.4	3.09k	-7.10	312	-19.7	0	-93.3	2.96k	-6.62	296	-15.6	
8	5	0	67.5	-3.29k	4.65	489	24.7	0	67.5	4.64k	-1.87	507	5.41	0	15.6	4.82k	-2.57	489	24.7	
8	6	0	67.5	-3.29k	4.65	489	24.7	0	67.5	4.64k	-1.87	507	5.41	0	15.6	4.82k	-2.57	489	24.7	
8	7	0	-15.6	-4.82k	2.57	331	-3.96	0	-15.6	3.59k	-4.49	351	-15.8	0	-67.5	3.29k	-4.65	331	-3.96	
8	8	0	-15.6	-4.82k	2.57	331	-3.96	0	-15.6	3.59k	-4.49	351	-15.8	0	-67.5	3.29k	-4.65	331	-3.96	
Sollecitazioni combinazioni Trave 6 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-9.23f	-71.0	-12.2k	226	2.89k	-31.0	-9.23f	-71.1	-1.39k	217	-1.20k	11.6	-9.23f	-71.1	6.72k	212	2.63	43.6	
1	2	-9.11f	-71.6	-11.8k	261	2.01k	-31.6	-9.11f	-71.6	-318	253	-1.64k	11.3	-9.11f	-71.7	8.32k	248	164	43.6	
1	3	-11.5f	-84.6	-12.6k	204	2.54k	-35.9	-11.5f	-84.7	-857	194	-1.49k	14.9	-11.5f	-84.7	7.93k	188	99.7	53.0	
1	4	-8.81f	-69.9	-12.9k	267	3.00k	-31.1	-8.81f	-69.9	-1.18k	258	-1.23k	10.9	-8.81f	-70.0	7.70k	253	228	42.3	
1	5	-9.42f	-73.3	-10.8k	256	1.02k	-32.2	-9.42f	-73.3	545	247	-2.04k	11.8	-9.42f	-73.4	8.94k	242	100	44.8	
1	6	-6.69f	-58.6	-11.1k	319	1.48k	-27.4	-6.69f	-58.6	222	312	-1.78k	7.71	-6.69f	-58.6	8.70k	308	228	34.1	
1	7	-13.2f	-93.1	-13.2k	150	3.27k	-38.4	-13.2f	-93.1	-1.68k	139	-1.21k	17.5	-13.2f	-93.2	6.99k	132	-12.4	59.4	
1	8	-8.66f	-68.5	-13.8k	255	4.03k	-30.4	-8.66f	-68.5	-2.22k	247	-780	10.7	-8.66f	-68.6	6.60k	242	201	41.5	
1	9	-9.67f	-74.2	-10.2k	237	740	-32.3	-9.67f	-74.2	660	229	-2.11k	12.2	-9.67f	-74.3	8.67k	223	-11.2	45.6	
1	10	-5.13f	-49.6	-10.7k	343	1.50k	-24.4	-5.13f	-49.6	120	336	-1.69k	5.44	-5.13f	-49.7	8.28k	332	202	27.8	
2	1	-8.65f	-63.5	-9.72k	151	2.18k	-26.9	-8.65f	-63.5	-955	144	-1.02k	11.2	-8.65f	-63.6	5.62k	139	30.5	39.8	
2	2	-6.85f	-53.8	-9.94k	193	2.49k	-23.7	-6.85f	-53.8	-1.17k	186	-848	8.51	-6.85f	-53.8	5.46k	182	115	32.7	
2	3	-7.25f	-56.0	-8.52k	186	1.18k	-24.5	-7.25f	-56.0	-27.0	179	-1.38k	9.10	-7.25f	-56.1	6.29k	175	30.8	34.3	
2	4	-5.45f	-46.3	-8.73k	227	1.48k	-21.4	-5.45f	-46.3	-243	222	-1.21k	6.42	-5.45f	-46.3	6.13k	218	115	27.3	
2	5	-9.75f	-69.0	-10.2k	115	2.67k	-28.6	-9.75f	-69.1	-1.50k	108	-830	12.9	-9.75f	-69.2	4.99k	103	-43.9	44.0	
2	6	-6.75f	-52.8	-10.5k	185	3.17k	-23.3	-6.75f	-52.9	-1.86k	179	-546	8.40	-6.75f	-52.9	4.73k	175	97.1	32.2	
2	7	-7.42f	-56.6	-8.16k	173	995	-24.6	-7.42f	-56.6	47.1	167	-1.43k	9.38	-7.42f	-56.7	6.10k	163	-43.4	34.9	
2	8	-4.42f	-40.4	-8.51k	243	1.50k	-19.3	-4.42f	-40.4	-313	237	-1.15k	4.92	-4.42f	-40.4	5.84k	235	97.6	23.1	
3	1	-7.11f	-54.6	-9.41k	172	2.25k	-23.8	-7.11f	-54.6	-1.11k	166	-904	8.94	-7.11f	-54.7	5.11k	162	-3.89	33.5	
3	2	-7.66f	-57.4	-9.65k	153	2.54k	-24.6	-7.66f	-57.4	-1.43k	146	-789	9.79	-7.66f	-57.5	4.72k	142	-48.8	35.6	
3	3	-7.06f	-54.1	-9.72k	167	2.64k	-23.6	-7.06f	-54.2	-1.51k	160	-732	8.90	-7.06f	-54.2	4.67k	156	-20.6	33.3	
3	4	-7.19f	-54.9	-9.25k	164	2.20k	-23.8	-7.20f	-54.9	-1.12k	158	-909	9.10	-7.20f	-55.0	4.95k	154	-48.7	33.8	
3	5	-6.60f	-51.7	-9.32k	178	2.30k	-22.8	-6.60f	-51.7	-1.20k	172	-852	8.21	-6.60f	-51.7	4.89k	168	-20.5	31.5	
4	1	-7.13f	-54.5	-9.48k	165	2.42k	-23.7	-7.13f	-54.5	-1.32k	159	-821	9.00	-7.13f	-54.6	4.81k	155	-34.6	33.6	
5	1	-7.16f	-54.4	-9.59k	155	2.67k	-23.5	-7.16f	-54.4	-1.62k	149	-695	9.08	-7.16f	-54.4	4.35k	145	-80.8	33.6	
6	1	11.5f	45.1	-686	635	9.09k	8.24	11.5f	45.2	4.87k	637	1.34k	36.8	11.5f	45.2	8.85k	642	822	106	
6	2	-25.8f	45.1	-686	635	9.09k	8.24	-25.8f	45.2	4.87k	637	1.34k	36.8	-25.8f	45.2	8.85k	642	822	106	
6	3	11.5f	-154	-18.3k	-304	-4.25k	-55.7	11.5f	-154	-7.50k	-319	-2.98k	-18.8	11.5f	-154	771	-332	-891	-39.2	
6	4	-25.8f	-154	-18.3k	-304	-4.25k	-55.7	-25.8f	-154	-7.50k	-319	-2.98k	-18.8	-25.8f	-154	771	-332	-891	-39.2	
6	5	4.61f	11.2	1.68k	415	12.5k	-1.51	4.61f	11.2	7.07k	411	3.30k	26.2	4.61f	11.2	10.3k	411	1.38k	80.4	
6	6	-18.9f	11.2	1.68k	415	12.5k	-1.51	-18.9f	11.2	7.07k	411	3.30k	26.2	-18.9f	11.2	10.3k	411	1.38k	80.4	
6	7	4.61f	-120	-20.6k	-83.8	-7.62k	-45.9	4.61f	-120	-9.70k	-93.0	-4.94k	-8.22	4.61f	-120	-725	-100	-1.45k	-13.3	
6	8	-18.9f	-120	-20.6k	-83.8	-7.62k	-45.9	-18.9f	-120	-9.70k	-93.0	-4.94k	-8.22	-18.9f	-120	-725	-100	-1.45k	-13.3	
7	1	8.14f	27.0	-2.27k	550	7.89k	2.44	8.14f	27.1	3.76k	551	953	31.8	8.14f	27.1	8.14k	554	670	93.1	
7	2	-22.4f	27.0	-2.27k	550	7.89k	2.44	-22.4f	27.1	3.76k	551	953	31.8	-22.4f	27.1	8.14k	554	670	93.1	
7	3	8.14f	-136	-16.7k	-220	-3.05k	-49.9	8.14f	-136	-6.40k	-233	-2.59k	-13.8	8.14f	-136	1.48k	-244	-740	-26.0	
7	4	-22.4f	-136	-16.7k	-220	-3.05k	-49.9	-22.4f	-136	-6.40k	-233	-2.59k	-13.8	-22.4f	-136	1.48k	-244	-740	-26.0	
7	5	2.49f	-0.709	-303	370	10.7k	-5.52	2.49f	-0.684	5.60k	366	2.56k	23.1	2.49f	-0.662	9.41k	365	1.14k	71.9	
7	6	-16.7f	-0.709	-303	370	10.7k	-5.52	-16.7f	-0.684	5.60k	366	2.56k	23.1	-16.7f	-0.662	9.41k	365	1.14k	71.9	
7	7	2.49f	-108	-18.7k	-38.9	-5.83k	-41.9	2.49f	-108	-8.23k	-47.5	-4.20k	-5.11	2.49f	-109	204	-54.2	-1.20k	-4.80	
7	8	-16.7f	-108	-18.7k	-38.9	-5.83k	-41.9	-16.7f	-108	-8.23k	-47.5	-4.20k	-5.11	-16.7f	-109	204	-54.2	-1.20k	-4.80	
8	1	11.0f	42.5	-890	625	8.94k	7.40	11.0f	42.5	4.77k	627	1.29k	36.1	11.0f	42.6	8.86k	632	813	104	
8	2	-25.3f	42.5	-890	625	8.94k	7.40	-25.3f	42.5	4.77k	627	1.29k	36.1	-25.3f	42.6	8.86k	632	813	104	
8	3	11.0f	-152	-18.1k	-295	-4.10k	-54.8	11.0f	-152	-7.40k	-309	-2.93k	-18.1	11.0f	-152	759	-321	-883	-37.3	
8	4	-25.3f	-152	-18.1k	-295	-4.10k	-54.8	-25.3f	-152	-7.40k	-309	-2.93k	-18.1	-25.3f	-152	759	-321	-883	-37.3	
8	5	4.27f	9.28	1.52k	409	12.3k	-2.14	4.27f	9.32	7.05k	405	3.20k	25.7	4.27f	9.35	10.5k	405	1.39k	79.0	
8	6	-18.5f	9.28	1.52k	409	12.3k	-2.14	-18.5f	9.32	7.05k	405	3.20k	25.7	-18.5f	9.35	10.5k	405	1.39k	79.0	
8	7	4.27f	-118	-20.5k	-78.0	-7.45k	-45.3	4.27f	-118	-9.68k	-87.0	-4.84k	-7.73	4.27f	-119	-909	-94.2	-1.46k	-11.9	
8	8	-18.5f	-118	-20.5k	-78.0	-7.45k	-45.3	-18.5f	-118	-9.68k	-87.0	-4.84k	-7.73	-18.5f	-119	-909	-94.2	-1.46k	-11.9	
Sollecitazioni combinazioni Trave 1 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	8.34k	-582	21.3k	-16.5	-9.63k	-563	66.7k	-18.2	-5.84	-1.99	21.2k	-3.54	7.68k	382	-21.2k	18.6	-9.50k	-431	
1	2	8.47k	-628	21.4k	-20.4	-9.71k	-606	66.9k	-16.4	-3.84	-3.04	21.2k	7.60	7.54k	407	-21.3k	22.6	-9.59k	-467	
1	3	11.7k	-541	20.8k	-20.0	-7.99k	-547	67.2k	-8.08	-688	-4.60	21.3k	9.30	4.82k	424	-21.7k	21.7	-11.1k	-467	
1	4	8.22k	-633	21.4k	-26.8	-9.77k	-601	66.9k	-16.0	23.6	-0.375	21.2k	3.80	7.65k	447	-21.2k	32.1	-9.47k	-499	
1	5	8.73k	-624	21.3k	-14.0	-9.65k	-611	67.0k	-16.8	-31.3	-5.70	21.2k	11.4	7.43k	366	-21.3k	13.0	-9.70k	-436	
1	6	5.27k	-716	21.9k	-20.8	-11.4k	-666	66.7k	-24.7	680	-1.48	21.2k	5.90	10.3k	390	-20.9k	23.5	-8.11k	-467	
1	7	13.8k	-463	20.4k	-18.1	-6.82k	-489	67.2k	-3.30	-1.14k	-5.19	21.3k	5.66	3.07k	425	-21.9k	19.3	-12.0k	-451	
1	8	7.99k	-617	21.4k	-29.4	-9.77k	-579	66.8k	-16.4	41.0	1.85	21.2k	-3.51	7.78k	464	-21.2k	36.8	-9.36k	-504	
1	9	8.84k	-600	21.3k	-8.06	-9.57k	-596	66.9k	-17.9	-50.4	-7.03	21.2k	9.16	7.42k	329	-21.3k	4.93	-9.74k	-399	
1	10	3.08k	-754	22.2k	-19.4	-12.5k	-687	66.5k	-31.0	1.14k	14.5m	21.2k	-8.05m	12.1k	368	-20.5k	22.4	-7.08k	-452	
2	1	8.59k	-410	16.0k	-14.2	-6.31k	-413	51.6k	-7.71	-455	-3.02	16.4k	3.30	4.05k	316	-16.6k	15.4	-8.33k	-347	
2	2	6.30k	-471	16.4k	-18.7	-7.48k	-449	51.4k	-12.9	14.6	-0.225	16.3k	-0.344	5.92k	332	-16.3k	22.4	-7.27k	-368	
2	3	6.64k	-465	16.4k	-10.2	-7.40k	-455	51.4k	-13.5	-21.8	-3.76	16.3k	4.69	5.77k	278	-16.4k	9.71	-7.42k	-327	
2	4	4.36k	-526	16.8k	-14.7	-8.57k	-491	51.3k	-18.7	448	-0.960	16.3k	1.05	7.64k	294	-16.1k	16.6	-6.37k	-348	
2	5	9.96k	-359	15.8k	-12.9	-5.53k	-374	51.6k	-4.56	-757	-3.41	16.4k	0.864	2.90k	317	-16.8k	13.9	-8.95k	-337	
2	6	6.15k	-460	16.4k	-20.4	-7.49k	-434	51.3k	-13.2	26.1	1.25	16.3k	-5.21	6.00k	343	-16.3k	25.4	-7.19k	-372	
2	7	6.72k	-449	16.4k	-6.24	-7.35k	-445	51.4k	-14.2	-34.5	-4.63	16.3k	3.19	5.76k	253	-16.4k	4.35	-7.45k	-302	
2	8	2.91k	-551	17.0k	-13.8	-9.30k	-505	51.1k	-22.9	748	28.5m	16.3k	-2.88	8.87k	279	-15.9k	15.9	-5.69k	-337	
3	1	6.41k	-446	16.4k	-12.6	-7.40k	-431	51.3k	-14.1	-4.57	-1.49	16.3k	-3.13	5.91k	293	-16.3k	14.1	-7.31k	-330	
3	2	7.09k	-418	16.2k	-11.8	-7.01k	-410	51.3k	-12.6	-155	-1.63	16.3k	-4.88	5.34k	292	-16.4k	13.2	-7.62k	-323	
3	3	6.33k	-438	16.4k	-13.3	-7.40k	-422	51.3k	-14.3	1.12	-0.699	16.3k	-6.09	5.96k	298	-16.3k	15.5	-7.26k	-330	
3	4	6.44k	-436	16.4k	-10.4	-7.38k	-424	51.3k	-14.5	-11.0	-1.88	16.3k	-4.41	5.91k	280	-16.3k	11.3	-7.32k	-316	
3	5	5.68k	-456	16.5k	-11.9	-7.77k	-436	51.2k	-16.2	146	-0.944	16.3k	-5.62	6.54k	285	-16.2k	13.6	-6.96k	-323	
4	1	6.38k	-437	16.4k	-11.8	-7.39k	-423	51.3k	-14.4	-4.95	-1.29	16.3k	-5.25	5.94k	289	-16.3k	13.4	-7.29k	-323	
5	1	6.34k	-423	16.3k	-10.7	-7.37k	-411	51.2k	-14.9	-5.52	-0.986	16.3k	-8.43	5.98k	282	-16.3k	12.2	-7.26k	-313	
6	1	40.8k	-22.7	24.3k	47.8	12.4k	-115	54.2k	58.4	6.83k	52.7	17.0k	16.5	36.6k	934	-9.02k	86.2	11.0k	398	
6	2	-28.0k	-22.7	24.3k	47.8	12.4k	-115	48.4k	58.4	6.83k	52.7	17.0k	16.5	-24.7k	934	-9.02k	86.2	11.0k	398	
6	3	40.8k	-851	8.40k	-71.4	-27.2k	-731	54.2k	-87.2	-6.84k	-55.3	15.7k	-27.0	36.6k	-357	-23.5k	-59.5	-25.6k	-1.04k	
6	4	-28.0k	-851	8.40k	-71.4	-27.2k	-731	48.4k	-87.2	-6.84k	-55.3	15.7k	-27.0	-24.7k	-357	-23.5k	-59.5	-25.6k	-1.04k	
6	5	20.6k	-69.4	20.2k	73.7	726	19.4	54.6k	31.3	2.64k	63.7	17.0k	34.1	18.8k	963	-13.2k	149	380	270	
6	6	-7.85k	-69.4	20.2k	73.7	726	19.4	48.0k	31.3	2.64k	63.7	17.0k	34.1	-6.96k	963	-13.2k	149	380	270	
6	7	20.6k	-804	12.5k	-97.4	-15.5k	-866	54.6k	-60.1	-2.65k	-66.2	15.6k	-44.6	18.8k	-386	-19.4k	-122	-15.0k	-917	
6	8	-7.85k	-804	12.5k	-97.4	-15.5k	-866	48.0k	-60.1	-2.65k	-66.2	15.6k	-44.6	-6.96k	-386	-19.4k	-122	-15.0k	-917	
7	1	34.6k	-95.8	22.9k	37.1	8.83k	-170	53.7k	45.3	5.59k	42.9	16.9k	12.8	31.1k	818	-10.3k	73.1	7.69k	269	
7	2	-21.8k	-95.8	22.9k	37.1	8.83k	-170	48.9k	45.3	5.59k	42.9	16.9k	12.8	-19.2k	818	-10.3k	73.1	7.69k	269	
7	3	34.6k	-778	9.83k	-60.8	-23.6k	-676	53.7k	-74.0	-5.60k	-45.5	15.8k	-23.3	31.1k	-241	-22.2k	-46.4	-22.3k	-916	
7	4	-21.8k	-778	9.83k	-60.8	-23.6k	-676	48.9k	-74.0	-5.60k	-45.5	15.8k	-23.3	-19.2k	-241	-22.2k	-46.4	-22.3k	-916	
7	5	18.0k	-130	19.5k	58.8	-732	-58.6	54.1k	23.1	2.16k	51.9	17.0k	27.9	16.5k	846	-13.7k	125	-1.00k	167	
7	6	-5.28k	-130	19.5k	58.8	-732	-58.6	48.5k	23.1	2.16k	51.9	17.0k	27.9	-4.63k	846	-13.7k	125	-1.00k	167	
7	7	18.0k	-744	13.2k	-82.5	-14.0k	-788	54.1k	-51.9	-2.17k	-54.5	15.7k	-38.4	16.5k	-269	-18.9k	-98.0	-13.6k	-814	
7	8	-5.28k	-744	13.2k	-82.5	-14.0k	-788	48.5k	-51.9	-2.17k	-54.5	15.7k	-38.4	-4.63k	-269	-18.9k	-98.0	-13.6k	-814	
8	1	39.7k	-25.4	24.1k	46.9	11.8k	-118	54.3k	56.2	6.62k	51.0	17.1k	17.2	35.6k	931	-9.19k	84.8	10.4k	387	
8	2	-26.9k	-25.4	24.1k	46.9	11.8k	-118	48.3k	56.2	6.62k	51.0	17.1k	17.2	-23.7k	931	-9.19k	84.8	10.4k	387	
8	3	39.7k	-848	8.59k	-70.6	-26.5k	-728	54.3k	-85.0	-6.62k	-53.6	15.6k	-27.7	35.6k	-354	-23.4k	-58.1	-25.0k	-1.03k	
8	4	-26.9k	-848	8.59k	-70.6	-26.5k	-728	48.3k	-85.0	-6.62k	-53.6	15.6k	-27.7	-23.7k	-354	-23.4k	-58.1	-25.0k	-1.03k	
8	5	20.2k	-53.1	20.3k	73.7	508	15.5	55.0k	30.1	2.56k	61.6	17.4k	37.2	18.4k	968	-13.1k	146	153	273	
8	6	-7.40k	-53.1	20.3k	73.7	508	15.5	47.6k	30.1	2.56k	61.6	17.4k	37.2	-6.57k	968	-13.1k	146	153	273	
8	7	20.2k	-820	12.5k	-97.4	-15.3k	-862	55.0k	-58.9	-2.57k	-64.2	15.3k	-47.7	18.4k	-391	-19.5k	-120	-14.7k	-920	
8	8	-7.40k	-820	12.5k	-97.4	-15.3k	-862	47.6k	-58.9	-2.57k	-64.2	15.3k	-47.7	-6.57k	-391	-19.5k	-120	-14.7k	-920	
Sollecitazioni combinazioni Trave 2 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	8.34k	582	21.3k	16.5	-9.63k	563	66.7k	18.2	-5.84	1.99	21.2k	3.54	7.68k	-382	-21.2k	-18.6	-9.50k	431	
1	2	8.47k	628	21.4k	20.4	-9.71k	606	66.9k	16.4	-3.84	3.04	21.2k	-7.60	7.54k	-407	-21.3k	-22.6	-9.59k	467	
1	3	11.7k	540	20.8k	19.9	-8.00k	546	67.2k	7.94	-686	4.46	21.3k	-9.29	4.83k	-425	-21.7k	-21.8	-11.1k	468	
1	4	8.73k	624	21.3k	14.0	-9.65k	611	67.0k	16.8	-31.3	5.70	21.2k	-11.4	7.43k	-366	-21.3k	-13.0	-9.70k	436	
1	5	8.22k	633	21.4k	26.8	-9.77k	601	66.9k	16.0	23.6	0.375	21.2k	-3.80	7.65k	-447	-21.2k	-32.1	-9.47k	499	
1	6	5.28k	717	21.9k	20.9	-11.4k	667	66.7k	24.9	678	1.62	21.2k	-5.91	10.2k	-389	-20.9k	-23.3	-8.11k	466	
1	7	13.7k	461	20.4k	17.9	-6.83k	487	67.2k	3.06	-1.14k	4.96	21.3k	-5.64	3.08k	-427	-21.9k	-19.6	-12.0k	453	
1	8	8.84k	600	21.3k	8.06	-9.57k	596	66.9k	17.9	-50.4	7.03	21.2k	-9.16	7.42k	-329	-21.3k	-4.93	-9.74k	399	
1	9	7.99k	616	21.4k	29.4	-9.77k	579	66.8k	16.4	41.0	-1.85	21.2k	3.51	7.78k	-464	-21.2k	-36.8	-9.36k	504	
1	10	3.09k	756	22.2k	19.6	-12.5k	689	66.5k	31.3	1.13k	0.217	21.2k	-15.6m	12.1k	-366	-20.6k	-22.1	-7.09k	450	
2	1	8.58k	410	16.1k	14.1	-6.32k	412	51.6k	7.62	-454	2.93	16.4k	-3.29	4.06k	-317	-16.6k	-15.5	-8.32k	348	
2	2	6.64k	465	16.4k	10.2	-7.40k	455	51.4k	13.5	-21.8	3.76	16.3k	-4.69	5.77k	-278	-16.4k	-9.71	-7.42k	327	
2	3	6.30k	471	16.4k	18.7	-7.48k	449	51.4k	12.9	14.6	0.225	16.3k	0.344	5.92k	-332	-16.3k	-22.4	-7.27k	368	
2	4	4.36k	526	16.8k	14.8	-8.57k	492	51.3k	18.8	447	1.05	16.3k	-1.06	7.63k	-293	-16.1k	-16.6	-6.37k	347	
2	5	9.95k	357	15.8k	12.7	-5.54k	373	51.6k	4.40	-754	3.25	16.4k	-0.849	2.90k	-318	-16.8k	-14.0	-8.94k	338	
2	6	6.72k	449	16.4k	6.24	-7.35k	445	51.4k	14.2	-34.5	4.63	16.3k	-3.19	5.76k	-253	-16.4k	-4.35	-7.45k	302	
2	7	6.15k	460	16.4k	20.4	-7.49k	434	51.3k	13.2	26.1	-1.25	16.3k	5.21	6.00k	-343	-16.3k	-25.4	-7.19k	372	
2	8	2.92k	552	17.0k	13.9	-9.30k	506	51.1k	23.0	746	0.124	16.3k	2.86	8.87k	-278	-15.9k	-15.8	-5.70k	336	
3	1	6.41k	446	16.4k	12.6	-7.40k	431	51.3k	14.1	-4.57	1.49	16.3k	3.13	5.91k	-293	-16.3k	-14.1	-7.31k	330	
3	2	7.08k	417	16.2k	11.7	-7.01k	410	51.3k	12.5	-155	1.60	16.3k	4.88	5.34k	-293	-16.4k	-13.2	-7.61k	323	
3	3	6.44k	436	16.4k	10.4	-7.38k	424	51.3k	14.5	-11.0	1.88	16.3k	4.41	5.91k	-280	-16.3k	-11.3	-7.32k	316	
3	4	6.33k	438	16.4k	13.3	-7.40k	422	51.3k	14.3	1.12	0.699	16.3k	6.09	5.96k	-298	-16.3k	-15.5	-7.26k	330	
3	5	5.68k	456	16.5k	12.0	-7.76k	436	51.2k	16.3	145	0.974	16.3k	5.62	6.53k	-285	-16.2k	-13.6	-6.97k	323	
4	1	6.38k	437	16.4k	11.8	-7.39k	423	51.3k	14.4	-4.95	1.29	16.3k	5.25	5.94k	-289	-16.3k	-13.4	-7.29k	323	
5	1	6.34k	423	16.3k	10.7	-7.37k	411	51.2k	14.9	-5.52	0.986	16.3k	8.43	5.98k	-282	-16.3k	-12.3	-7.26k	313	
6	1	40.8k	851	24.3k	71.4	12.4k	731	54.2k	87.2	6.83k	55.3	17.0k	27.0	36.6k	357	-9.02k	59.5	11.0k	1.04k	
6	2	-28.0k	851	24.3k	71.4	12.4k	731	48.4k	87.2	6.83k	55.3	17.0k	27.0	-24.7k	357	-9.02k	59.5	11.0k	1.04k	
6	3	40.8k	22.7	8.40k	-47.8	-27.2k	115	54.2k	-58.4	-6.84k	-52.7	15.7k	-16.5	36.6k	-934	-23.5k	-86.2	-25.6k	-398	
6	4	-28.0k	22.7	8.40k	-47.8	-27.2k	115	48.4k	-58.4	-6.84k	-52.7	15.7k	-16.5	-24.7k	-934	-23.5k	-86.2	-25.6k	-398	
6	5	20.6k	804	20.2k	97.4	726	866	54.6k	60.1	2.64k	66.2	17.0k	44.6	18.8k	386	-13.2k	122	380	917	
6	6	-7.85k	804	20.2k	97.4	726	866	48.0k	60.1	2.64k	66.2	17.0k	44.6	-6.96k	386	-13.2k	122	380	917	
6	7	20.6k	69.4	12.5k	-73.7	-15.5k	-19.4	54.6k	-31.3	-2.65k	-63.7	15.6k	-34.1	18.8k	-963	-19.4k	-149	-15.0k	-271	
6	8	-7.85k	69.4	12.5k	-73.7	-15.5k	-19.4	48.0k	-31.3	-2.65k	-63.7	15.6k	-34.1	-6.96k	-963	-19.4k	-149	-15.0k	-271	
7	1	34.6k	778	22.9k	60.8	8.83k	676	53.7k	74.1	5.59k	45.5	16.9k	23.3	31.1k	241	-10.3k	46.4	7.69k	916	
7	2	-21.8k	778	22.9k	60.8	8.83k	676	48.9k	74.1	5.59k	45.5	16.9k	23.3	-19.2k	241	-10.3k	46.4	7.69k	916	
7	3	34.6k	95.8	9.83k	-37.1	-23.6k	170	53.7k	-45.3	-5.60k	-42.9	15.8k	-12.8	31.1k	-819	-22.2k	-73.1	-22.3k	-269	
7	4	-21.8k	95.8	9.83k	-37.1	-23.6k	170	48.9k	-45.3	-5.60k	-42.9	15.8k	-12.8	-19.2k	-819	-22.2k	-73.1	-22.3k	-269	
7	5	18.0k	743	19.5k	82.5	-732	788	54.1k	51.9	2.16k	54.5	17.0k	38.4	16.5k	269	-13.7k	98.0	-1.00k	814	
7	6	-5.28k	743	19.5k	82.5	-732	788	48.5k	51.9	2.16k	54.5	17.0k	38.4	-4.63k	269	-13.7k	98.0	-1.00k	814	
7	7	18.0k	130	13.2k	-58.8	-14.0k	58.6	54.1k	-23.1	-2.17k	-51.9	15.7k	-27.9	16.5k	-846	-18.9k	-125	-13.6k	-167	
7	8	-5.28k	130	13.2k	-58.8	-14.0k	58.6	48.5k	-23.1	-2.17k	-51.9	15.7k	-27.9	-4.63k	-846	-18.9k	-125	-13.6k	-167	
8	1	39.7k	848	24.1k	70.6	11.8k	728	54.3k	85.0	6.62k	53.6	17.1k	27.7	35.6k	354	-9.19k	58.1	10.4k	1.03k	
8	2	-26.9k	848	24.1k	70.6	11.8k	728	48.3k	85.0	6.62k	53.6	17.1k	27.7	-23.7k	354	-9.19k	58.1	10.4k	1.03k	
8	3	39.7k	25.4	8.59k	-46.9	-26.5k	118	54.3k	-56.2	-6.62k	-51.0	15.6k	-17.2	35.6k	-931	-23.4k	-84.8	-25.0k	-387	
8	4	-26.9k	25.4	8.59k	-46.9	-26.5k	118	48.3k	-56.2	-6.62k	-51.0	15.6k	-17.2	-23.7k	-931	-23.4k	-84.8	-25.0k	-387	
8	5	20.2k	820	20.3k	97.4	508	862	55.0k	58.9	2.56k	64.2	17.4k	47.7	18.4k	391	-13.1k	119	153	919	
8	6	-7.40k	820	20.3k	97.4	508	862	47.6k	58.9	2.56k	64.2	17.4k	47.7	-6.57k	391	-13.1k	119	153	919	
8	7	20.2k	53.1	12.5k	-73.7	-15.3k	-15.5	55.0k	-30.1	-2.57k	-61.6	15.3k	-37.2	18.4k	-968	-19.5k	-146	-14.7k	-273	
8	8	-7.40k	53.1	12.5k	-73.7	-15.3k	-15.5	47.6k	-30.1	-2.57k	-61.6	15.3k	-37.2	-6.57k	-968	-19.5k	-146	-14.7k	-273	
Sollecitazioni combinazioni Trave 3 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	4.54k	-1.57k	-2.09k	-74.1	1.88k	-670	4.54k	-1.57k	-4.96k	-74.1	-232	271	4.54k	-1.57k	-7.83k	-74.1	-4.07k	1.21k	
1	2	4.68k	-1.62k	-3.29k	-86.6	2.52k	-716	4.68k	-1.62k	-6.15k	-86.6	-314	255	4.68k	-1.62k	-9.02k	-86.6	-4.87k	1.23k	
1	3	5.02k	-1.59k	-3.46k	-88.5	2.55k	-774	5.02k	-1.59k	-6.32k	-88.5	-388	183	5.02k	-1.59k	-9.19k	-88.5	-5.04k	1.14k	
1	4	5.09k	-1.61k	-4.69k	-90.4	3.82k	-716	5.09k	-1.61k	-7.56k	-90.4	142	253	5.09k	-1.61k	-10.4k	-90.4	-5.26k	1.22k	
1	5	4.28k	-1.62k	-1.88k	-82.8	1.22k	-716	4.28k	-1.62k	-4.75k	-82.8	-770	257	4.28k	-1.62k	-7.62k	-82.8	-4.48k	1.23k	
1	6	4.35k	-1.64k	-3.12k	-84.7	2.49k	-658	4.35k	-1.64k	-5.99k	-84.7	-240	327	4.35k	-1.64k	-8.85k	-84.7	-4.69k	1.31k	
1	7	5.18k	-1.56k	-3.06k	-84.4	2.29k	-793	5.18k	-1.56k	-5.92k	-84.4	-403	142	5.18k	-1.56k	-8.79k	-84.4	-4.82k	1.08k	
1	8	5.30k	-1.59k	-5.12k	-87.6	4.41k	-696	5.30k	-1.59k	-7.99k	-87.6	481	259	5.30k	-1.59k	-10.9k	-87.6	-5.17k	1.21k	
1	9	3.94k	-1.60k	-428	-74.9	78.3	-697	3.94k	-1.60k	-3.30k	-74.9	-1.04k	265	3.94k	-1.60k	-6.16k	-74.9	-3.88k	1.23k	
1	10	4.06k	-1.64k	-2.49k	-78.0	2.20k	-600	4.06k	-1.64k	-5.36k	-78.0	-155	382	4.06k	-1.64k	-8.23k	-78.0	-4.23k	1.36k	
2	1	3.78k	-1.21k	-2.25k	-63.8	1.75k	-574	3.78k	-1.21k	-4.45k	-63.8	-264	154	3.78k	-1.21k	-6.66k	-63.8	-3.60k	882	
2	2	3.83k	-1.23k	-3.07k	-65.0	2.59k	-536	3.83k	-1.23k	-5.27k	-65.0	87.7	200	3.83k	-1.23k	-7.48k	-65.0	-3.74k	936	
2	3	3.29k	-1.23k	-1.20k	-60.0	866	-536	3.29k	-1.23k	-3.41k	-60.0	-517	203	3.29k	-1.23k	-5.61k	-60.0	-3.22k	941	
2	4	3.33k	-1.24k	-2.02k	-61.2	1.71k	-497	3.33k	-1.24k	-4.23k	-61.2	-166	249	3.33k	-1.24k	-6.43k	-61.2	-3.36k	995	
2	5	3.89k	-1.19k	-1.98k	-61.0	1.58k	-586	3.89k	-1.19k	-4.18k	-61.0	-273	127	3.89k	-1.19k	-6.39k	-61.0	-3.45k	840	
2	6	3.97k	-1.21k	-3.35k	-63.1	2.98k	-522	3.97k	-1.21k	-5.55k	-63.1	313	204	3.97k	-1.21k	-7.76k	-63.1	-3.68k	930	
2	7	3.07k	-1.22k	-238	-54.7	110	-523	3.07k	-1.22k	-2.44k	-54.7	-695	208	3.07k	-1.22k	-4.65k	-54.7	-2.82k	939	
2	8	3.15k	-1.24k	-1.61k	-56.8	1.52k	-459	3.15k	-1.24k	-3.81k	-56.8	-110	285	3.15k	-1.24k	-6.02k	-56.8	-3.06k	1.03k	
3	1	3.49k	-1.20k	-1.56k	-56.6	1.42k	-514	3.49k	-1.20k	-3.77k	-56.6	-176	209	3.49k	-1.20k	-5.98k	-56.6	-3.10k	932	
3	2	3.54k	-1.19k	-1.37k	-54.6	1.31k	-518	3.54k	-1.19k	-3.58k	-54.6	-176	197	3.54k	-1.19k	-5.79k	-54.6	-2.99k	911	
3	3	3.55k	-1.19k	-1.65k	-55.0	1.59k	-505	3.55k	-1.19k	-3.85k	-55.0	-59.3	212	3.55k	-1.19k	-6.06k	-55.0	-3.03k	929	
3	4	3.37k	-1.20k	-1.03k	-53.3	1.02k	-505	3.37k	-1.20k	-3.23k	-53.3	-261	213	3.37k	-1.20k	-5.44k	-53.3	-2.86k	931	
3	5	3.39k	-1.20k	-1.30k	-53.8	1.30k	-492	3.39k	-1.20k	-3.51k	-53.8	-144	228	3.39k	-1.20k	-5.71k	-53.8	-2.91k	949	
4	1	3.46k	-1.20k	-1.34k	-54.2	1.30k	-505	3.46k	-1.20k	-3.54k	-54.2	-160	212	3.46k	-1.20k	-5.75k	-54.2	-2.95k	930	
5	1	3.42k	-1.18k	-995	-50.6	1.12k	-492	3.42k	-1.18k	-3.20k	-50.6	-137	217	3.42k	-1.18k	-5.41k	-50.6	-2.72k	926	
6	1	9.36k	-246	4.93k	30.9	6.77k	-105	9.36k	-246	2.73k	30.9	2.35k	573	9.36k	-246	520	30.9	-329	1.77k	
6	2	-2.44k	-246	4.93k	30.9	6.77k	-105	-2.44k	-246	2.73k	30.9	2.35k	573	-2.44k	-246	520	30.9	-329	1.77k	
6	3	9.36k	-2.15k	-7.61k	-139	-4.16k	-905	9.36k	-2.15k	-9.81k	-139	-2.67k	-148	9.36k	-2.15k	-12.0k	-139	-5.57k	86.0	
6	4	-2.44k	-2.15k	-7.61k	-139	-4.16k	-905	-2.44k	-2.15k	-9.81k	-139	-2.67k	-148	-2.44k	-2.15k	-12.0k	-139	-5.57k	86.0	
6	5	11.7k	-688	13.9k	13.5	15.5k	-200	11.7k	-688	11.7k	13.5	5.12k	417	11.7k	-688	9.48k	13.5	1.40k	1.29k	
6	6	-4.73k	-688	13.9k	13.5	15.5k	-200	-4.73k	-688	11.7k	13.5	5.12k	417	-4.73k	-688	9.48k	13.5	1.40k	1.29k	
6	7	11.7k	-1.70k	-16.6k	-122	-12.9k	-810	11.7k	-1.70k	-18.8k	-122	-5.44k	7.52	11.7k	-1.70k	-21.0k	-122	-7.30k	568	
6	8	-4.73k	-1.70k	-16.6k	-122	-12.9k	-810	-4.73k	-1.70k	-18.8k	-122	-5.44k	7.52	-4.73k	-1.70k	-21.0k	-122	-7.30k	568	
7	1	8.30k	-414	3.80k	15.4	5.78k	-176	8.30k	-414	1.60k	15.4	1.90k	507	8.30k	-414	-611	15.4	-799	1.62k	
7	2	-1.38k	-414	3.80k	15.4	5.78k	-176	-1.38k	-414	1.60k	15.4	1.90k	507	-1.38k	-414	-611	15.4	-799	1.62k	
7	3	8.30k	-1.98k	-6.47k	-124	-3.18k	-834	8.30k	-1.98k	-8.68k	-124	-2.22k	-82.6	8.30k	-1.98k	-10.9k	-124	-5.10k	236	
7	4	-1.38k	-1.98k	-6.47k	-124	-3.18k	-834	-1.38k	-1.98k	-8.68k	-124	-2.22k	-82.6	-1.38k	-1.98k	-10.9k	-124	-5.10k	236	
7	5	10.2k	-769	11.1k	1.44	12.9k	-251	10.2k	-769	8.94k	1.44	4.17k	380	10.2k	-769	6.74k	1.44	627	1.24k	
7	6	-3.27k	-769	11.1k	1.44	12.9k	-251	-3.27k	-769	8.94k	1.44	4.17k	380	-3.27k	-769	6.74k	1.44	627	1.24k	
7	7	10.2k	-1.62k	-13.8k	-110	-10.3k	-759	10.2k	-1.62k	-16.0k	-110	-4.49k	44.4	10.2k	-1.62k	-18.2k	-110	-6.52k	623	
7	8	-3.27k	-1.62k	-13.8k	-110	-10.3k	-759	-3.27k	-1.62k	-16.0k	-110	-4.49k	44.4	-3.27k	-1.62k	-18.2k	-110	-6.52k	623	
8	1	9.20k	-261	4.78k	30.0	6.62k	-109	9.20k	-261	2.57k	30.0	2.28k	568	9.20k	-261	366	30.0	-382	1.76k	
8	2	-2.28k	-261	4.78k	30.0	6.62k	-109	-2.28k	-261	2.57k	30.0	2.28k	568	-2.28k	-261	366	30.0	-382	1.76k	
8	3	9.20k	-2.13k	-7.45k	-138	-4.01k	-901	9.20k	-2.13k	-9.66k	-138	-2.60k	-144	9.20k	-2.13k	-11.9k	-138	-5.51k	95.7	
8	4	-2.28k	-2.13k	-7.45k	-138	-4.01k	-901	-2.28k	-2.13k	-9.66k	-138	-2.60k	-144	-2.28k	-2.13k	-11.9k	-138	-5.51k	95.7	
8	5	11.5k	-655	13.4k	12.7	15.0k	-189	11.5k	-655	11.2k	12.7	4.99k	414	11.5k	-655	9.03k	12.7	1.31k	1.32k	
8	6	-4.56k	-655	13.4k	12.7	15.0k	-189	-4.56k	-655	11.2k	12.7	4.99k	414	-4.56k	-655	9.03k	12.7	1.31k	1.32k	
8	7	11.5k	-1.74k	-16.1k	-121	-12.4k	-821	11.5k	-1.74k	-18.3k	-121	-5.31k	10.9	11.5k	-1.74k	-20.5k	-121	-7.21k	536	
8	8	-4.56k	-1.74k	-16.1k	-121	-12.4k	-821	-4.56k	-1.74k	-18.3k	-121	-5.31k	10.9	-4.56k	-1.74k	-20.5k	-121	-7.21k	536	
Sollecitazioni combinazioni Trave 4 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-897	1.24k	-6.34k	65.3	2.19k	538	-897	1.24k	-9.21k	65.3	-2.47k	-204	-897	1.24k	-12.1k	65.3	-8.86k	-946	
1	2	-2.22k	1.33k	-8.35k	75.2	2.80k	577	-2.22k	1.33k	-11.2k	75.2	-3.07k	-220	-2.22k	1.33k	-14.1k	75.2	-10.7k	-1.02k	
1	3	-2.45k	1.12k	-8.14k	70.1	2.78k	459	-2.45k	1.12k	-11.0k	70.1	-2.97k	-211	-2.45k	1.12k	-13.9k	70.1	-10.4k	-881	
1	4	-2.20k	1.28k	-9.71k	73.5	3.93k	551	-2.20k	1.28k	-12.6k	73.5	-2.75k	-217	-2.20k	1.28k	-15.4k	73.5	-11.2k	-986	
1	5	-2.24k	1.38k	-7.00k	76.9	1.67k	603	-2.24k	1.38k	-9.86k	76.9	-3.39k	-223	-2.24k	1.38k	-12.7k	76.9	-10.2k	-1.05k	
1	6	-2.00k	1.54k	-8.56k	80.3	2.82k	695	-2.00k	1.54k	-11.4k	80.3	-3.17k	-230	-2.00k	1.54k	-14.3k	80.3	-10.9k	-1.15k	
1	7	-2.03k	936	-7.14k	62.4	2.50k	364	-2.03k	936	-10.0k	62.4	-2.64k	-198	-2.03k	936	-12.9k	62.4	-9.51k	-759	
1	8	-1.63k	1.21k	-9.75k	68.1	4.43k	517	-1.63k	1.21k	-12.6k	68.1	-2.29k	-208	-1.63k	1.21k	-15.5k	68.1	-10.7k	-933	
1	9	-1.68k	1.37k	-5.23k	73.8	656	604	-1.68k	1.37k	-8.10k	73.8	-3.34k	-218	-1.68k	1.37k	-11.0k	73.8	-9.06k	-1.04k	
1	10	-1.28k	1.64k	-7.84k	79.4	2.58k	757	-1.28k	1.64k	-10.7k	79.4	-2.98k	-229	-1.28k	1.64k	-13.6k	79.4	-10.3k	-1.21k	
2	1	-1.42k	852	-5.62k	51.2	1.94k	353	-1.42k	852	-7.83k	51.2	-2.10k	-158	-1.42k	852	-10.0k	51.2	-7.46k	-669	
2	2	-1.26k	960	-6.66k	53.4	2.70k	414	-1.26k	960	-8.87k	53.4	-1.95k	-162	-1.26k	960	-11.1k	53.4	-7.94k	-738	
2	3	-1.28k	1.02k	-4.86k	55.7	1.21k	448	-1.28k	1.02k	-7.07k	55.7	-2.37k	-166	-1.28k	1.02k	-9.27k	55.7	-7.28k	-781	
2	4	-1.12k	1.13k	-5.90k	57.9	1.97k	509	-1.12k	1.13k	-8.11k	57.9	-2.23k	-170	-1.12k	1.13k	-10.3k	57.9	-7.76k	-850	
2	5	-1.14k	732	-4.96k	46.1	1.76k	290	-1.14k	732	-7.16k	46.1	-1.88k	-149	-1.14k	732	-9.37k	46.1	-6.84k	-588	
2	6	-875	912	-6.69k	49.8	3.03k	391	-875	912	-8.89k	49.8	-1.64k	-156	-875	912	-11.1k	49.8	-7.64k	-703	
2	7	-913	1.02k	-3.69k	53.6	532	449	-913	1.02k	-5.89k	53.6	-2.34k	-163	-913	1.02k	-8.10k	53.6	-6.54k	-774	
2	8	-647	1.20k	-5.42k	57.3	1.81k	550	-647	1.20k	-7.62k	57.3	-2.10k	-170	-647	1.20k	-9.83k	57.3	-7.34k	-889	
3	1	-642	948	-4.80k	49.8	1.67k	413	-642	948	-7.01k	49.8	-1.88k	-156	-642	948	-9.22k	49.8	-6.75k	-725	
3	2	-439	884	-4.37k	46.8	1.55k	379	-439	884	-6.58k	46.8	-1.74k	-151	-439	884	-8.79k	46.8	-6.35k	-681	
3	3	-386	920	-4.72k	47.6	1.80k	399	-386	920	-6.93k	47.6	-1.69k	-152	-386	920	-9.13k	47.6	-6.51k	-704	
3	4	-393	941	-4.12k	48.3	1.30k	411	-393	941	-6.33k	48.3	-1.83k	-154	-393	941	-8.53k	48.3	-6.29k	-719	
3	5	-340	977	-4.47k	49.1	1.56k	431	-340	977	-6.67k	49.1	-1.79k	-155	-340	977	-8.88k	49.1	-6.45k	-742	
4	1	-389	931	-4.42k	47.9	1.55k	405	-389	931	-6.63k	47.9	-1.76k	-153	-389	931	-8.83k	47.9	-6.40k	-711	
5	1	-10.9	904	-3.84k	45.1	1.38k	394	-10.9	904	-6.05k	45.1	-1.59k	-148	-10.9	904	-8.26k	45.1	-5.88k	-691	
6	1	4.74k	2.07k	2.20k	130	6.86k	904	4.74k	2.07k	-8.80	130	433	165	4.74k	2.07k	-2.21k	130	-3.30k	233	
6	2	-5.52k	2.07k	2.20k	130	6.86k	904	-5.52k	2.07k	-8.80	130	433	165	-5.52k	2.07k	-2.21k	130	-3.30k	233	
6	3	4.74k	-209	-11.0k	-33.9	-3.76k	-94.0	4.74k	-209	-13.2k	-33.9	-3.96k	-472	4.74k	-209	-15.5k	-33.9	-9.50k	-1.65k	
6	4	-5.52k	-209	-11.0k	-33.9	-3.76k	-94.0	-5.52k	-209	-13.2k	-33.9	-3.96k	-472	-5.52k	-209	-15.5k	-33.9	-9.50k	-1.65k	
6	5	4.87k	2.01k	11.4k	98.5	15.2k	990	4.87k	2.01k	9.15k	98.5	2.82k	-9.74	4.87k	2.01k	6.94k	98.5	-861	17.8	
6	6	-5.65k	2.01k	11.4k	98.5	15.2k	990	-5.65k	2.01k	9.15k	98.5	2.82k	-9.74	-5.65k	2.01k	6.94k	98.5	-861	17.8	
6	7	4.87k	-145	-20.2k	-2.60	-12.1k	-180	4.87k	-145	-22.4k	-2.60	-6.34k	-296	4.87k	-145	-24.6k	-2.60	-11.9k	-1.44k	
6	8	-5.65k	-145	-20.2k	-2.60	-12.1k	-180	-5.65k	-145	-22.4k	-2.60	-6.34k	-296	-5.65k	-145	-24.6k	-2.60	-11.9k	-1.44k	
7	1	3.84k	1.87k	1.01k	115	5.90k	814	3.84k	1.87k	-1.20k	115	44.3	108	3.84k	1.87k	-3.40k	115	-3.85k	62.8	
7	2	-4.62k	1.87k	1.01k	115	5.90k	814	-4.62k	1.87k	-1.20k	115	44.3	108	-4.62k	1.87k	-3.40k	115	-3.85k	62.8	
7	3	3.84k	-3.95	-9.85k	-19.3	-2.80k	-3.81	3.84k	-3.95	-12.1k	-19.3	-3.57k	-414	3.84k	-3.95	-14.3k	-19.3	-8.95k	-1.49k	
7	4	-4.62k	-3.95	-9.85k	-19.3	-2.80k	-3.81	-4.62k	-3.95	-12.1k	-19.3	-3.57k	-414	-4.62k	-3.95	-14.3k	-19.3	-8.95k	-1.49k	
7	5	4.00k	1.82k	8.51k	90.6	12.8k	887	4.00k	1.82k	6.31k	90.6	2.01k	-35.6	4.00k	1.82k	4.10k	90.6	-1.84k	-111	
7	6	-4.78k	1.82k	8.51k	90.6	12.8k	887	-4.78k	1.82k	6.31k	90.6	2.01k	-35.6	-4.78k	1.82k	4.10k	90.6	-1.84k	-111	
7	7	4.00k	44.1	-17.4k	5.30	-9.68k	-76.5	4.00k	44.1	-19.6k	5.30	-5.54k	-271	4.00k	44.1	-21.8k	5.30	-11.0k	-1.31k	
7	8	-4.78k	44.1	-17.4k	5.30	-9.68k	-76.5	-4.78k	44.1	-19.6k	5.30	-5.54k	-271	-4.78k	44.1	-21.8k	5.30	-11.0k	-1.31k	
8	1	4.70k	2.06k	2.07k	131	6.72k	905	4.70k	2.06k	-133	131	408	156	4.70k	2.06k	-2.34k	131	-3.31k	218	
8	2	-5.48k	2.06k	2.07k	131	6.72k	905	-5.48k	2.06k	-133	131	408	156	-5.48k	2.06k	-2.34k	131	-3.31k	218	
8	3	4.70k	-200	-10.9k	-35.0	-3.62k	-94.8	4.70k	-200	-13.1k	-35.0	-3.93k	-462	4.70k	-200	-15.3k	-35.0	-9.50k	-1.64k	
8	4	-5.48k	-200	-10.9k	-35.0	-3.62k	-94.8	-5.48k	-200	-13.1k	-35.0	-3.93k	-462	-5.48k	-200	-15.3k	-35.0	-9.50k	-1.64k	
8	5	5.10k	2.00k	10.9k	103	14.9k	990	5.10k	2.00k	8.69k	103	2.78k	-13.9	5.10k	2.00k	6.48k	103	-921	13.6	
8	6	-5.88k	2.00k	10.9k	103	14.9k	990	-5.88k	2.00k	8.69k	103	2.78k	-13.9	-5.88k	2.00k	6.48k	103	-921	13.6	
8	7	5.10k	-143	-19.7k	-7.53	-11.8k	-179	5.10k	-143	-21.9k	-7.53	-6.31k	-292	5.10k	-143	-24.2k	-7.53	-11.9k	-1.44k	
8	8	-5.88k	-143	-19.7k	-7.53	-11.8k	-179	-5.88k	-143	-21.9k	-7.53	-6.31k	-292	-5.88k	-143	-24.2k	-7.53	-11.9k	-1.44k	
Sollecitazioni combinazioni Trave 5 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	4.54k	1.57k	7.83k	74.1	-4.07k	1.21k	4.54k	1.57k	4.96k	74.1	-232	271	4.54k	1.57k	2.09k	74.1	1.88k	-670	
1	2	4.68k	1.62k	9.02k	86.6	-4.87k	1.23k	4.68k	1.62k	6.16k	86.6	-314	255	4.68k	1.62k	3.29k	86.6	2.52k	-716	
1	3	5.02k	1.60k	9.18k	88.5	-5.04k	1.14k	5.02k	1.60k	6.32k	88.5	-391	183	5.02k	1.60k	3.45k	88.5	2.54k	-774	
1	4	4.28k	1.62k	7.62k	82.8	-4.48k	1.23k	4.28k	1.62k	4.75k	82.8	-770	257	4.28k	1.62k	1.88k	82.8	1.22k	-716	
1	5	5.09k	1.61k	10.4k	90.4	-5.26k	1.22k	5.09k	1.61k	7.56k	90.4	142	253	5.09k	1.61k	4.69k	90.4	3.82k	-716	
1	6	4.35k	1.64k	8.86k	84.6	-4.69k	1.31k	4.35k	1.64k	5.99k	84.6	-237	327	4.35k	1.64k	3.13k	84.6	2.50k	-658	
1	7	5.18k	1.56k	8.78k	84.5	-4.81k	1.08k	5.18k	1.56k	5.91k	84.5	-407	142	5.18k	1.56k	3.04k	84.5	2.28k	-793	
1	8	3.94k	1.60k	6.16k	74.9	-3.88k	1.23k	3.94k	1.60k	3.30k	74.9	-1.04k	265	3.94k	1.60k	428	74.9	78.3	-697	
1	9	5.30k	1.59k	10.9k	87.6	-5.17k	1.21k	5.30k	1.59k	7.99k	87.6	481	259	5.30k	1.59k	5.12k	87.6	4.41k	-696	
1	10	4.06k	1.63k	8.24k	78.0	-4.23k	1.36k	4.06k	1.63k	5.37k	78.0	-151	382	4.06k	1.63k	2.51k	78.0	2.21k	-600	
2	1	3.78k	1.21k	6.65k	63.8	-3.59k	882	3.78k	1.21k	4.45k	63.8	-265	154	3.78k	1.21k	2.24k	63.8	1.74k	-574	
2	2	3.29k	1.23k	5.61k	60.0	-3.22k	941	3.29k	1.23k	3.41k	60.0	-517	203	3.29k	1.23k	1.20k	60.0	866	-536	
2	3	3.83k	1.23k	7.48k	65.0	-3.74k	936	3.83k	1.23k	5.27k	65.0	87.7	200	3.83k	1.23k	3.07k	65.0	2.59k	-536	
2	4	3.33k	1.24k	6.44k	61.2	-3.37k	995	3.33k	1.24k	4.23k	61.2	-164	249	3.33k	1.24k	2.03k	61.2	1.71k	-497	
2	5	3.89k	1.19k	6.38k	61.1	-3.44k	841	3.89k	1.19k	4.18k	61.1	-276	127	3.89k	1.19k	1.97k	61.1	1.57k	-586	
2	6	3.07k	1.22k	4.65k	54.7	-2.82k	939	3.07k	1.22k	2.44k	54.7	-695	208	3.07k	1.22k	238	54.7	110	-523	
2	7	3.97k	1.21k	7.76k	63.1	-3.68k	930	3.97k	1.21k	5.55k	63.1	313	204	3.97k	1.21k	3.35k	63.1	2.98k	-522	
2	8	3.14k	1.24k	6.03k	56.8	-3.06k	1.03k	3.14k	1.24k	3.82k	56.8	-107	285	3.14k	1.24k	1.61k	56.8	1.52k	-459	
3	1	3.49k	1.20k	5.98k	56.6	-3.10k	932	3.49k	1.20k	3.77k	56.6	-176	209	3.49k	1.20k	1.56k	56.6	1.42k	-514	
3	2	3.54k	1.19k	5.78k	54.6	-2.99k	911	3.54k	1.19k	3.58k	54.6	-177	197	3.54k	1.19k	1.37k	54.6	1.31k	-518	
3	3	3.37k	1.20k	5.44k	53.3	-2.86k	931	3.37k	1.20k	3.23k	53.3	-261	213	3.37k	1.20k	1.03k	53.3	1.02k	-505	
3	4	3.55k	1.19k	6.06k	55.0	-3.03k	929	3.55k	1.19k	3.85k	55.0	-59.3	212	3.55k	1.19k	1.65k	55.0	1.59k	-505	
3	5	3.39k	1.20k	5.71k	53.8	-2.91k	949	3.39k	1.20k	3.51k	53.8	-143	228	3.39k	1.20k	1.30k	53.8	1.30k	-492	
4	1	3.46k	1.20k	5.75k	54.2	-2.95k	930	3.46k	1.20k	3.54k	54.2	-160	212	3.46k	1.20k	1.34k	54.2	1.30k	-505	
5	1	3.42k	1.18k	5.41k	50.6	-2.72k	926	3.42k	1.18k	3.20k	50.6	-137	217	3.42k	1.18k	995	50.6	1.12k	-492	
6	1	9.36k	2.15k	12.0k	139	-329	1.77k	9.36k	2.15k	9.81k	139	2.35k	573	9.36k	2.15k	7.61k	139	6.77k	-105	
6	2	-2.44k	2.15k	12.0k	139	-329	1.77k	-2.44k	2.15k	9.81k	139	2.35k	573	-2.44k	2.15k	7.61k	139	6.77k	-105	
6	3	9.36k	246	-520	-30.9	-5.57k	86.0	9.36k	246	-2.73k	-30.9	-2.67k	-148	9.36k	246	-4.93k	-30.9	-4.16k	-905	
6	4	-2.44k	246	-520	-30.9	-5.57k	86.0	-2.44k	246	-2.73k	-30.9	-2.67k	-148	-2.44k	246	-4.93k	-30.9	-4.16k	-905	
6	5	11.7k	1.70k	21.0k	122	1.40k	1.29k	11.7k	1.70k	18.8k	122	5.12k	417	11.7k	1.70k	16.6k	122	15.5k	-200	
6	6	-4.73k	1.70k	21.0k	122	1.40k	1.29k	-4.73k	1.70k	18.8k	122	5.12k	417	-4.73k	1.70k	16.6k	122	15.5k	-200	
6	7	11.7k	688	-9.48k	-13.6	-7.30k	568	11.7k	688	-11.7k	-13.6	-5.44k	7.52	11.7k	688	-13.9k	-13.6	-12.9k	-810	
6	8	-4.73k	688	-9.48k	-13.6	-7.30k	568	-4.73k	688	-11.7k	-13.6	-5.44k	7.52	-4.73k	688	-13.9k	-13.6	-12.9k	-810	
7	1	8.30k	1.98k	10.9k	124	-799	1.62k	8.30k	1.98k	8.68k	124	1.90k	507	8.30k	1.98k	6.48k	124	5.78k	-176	
7	2	-1.38k	1.98k	10.9k	124	-799	1.62k	-1.38k	1.98k	8.68k	124	1.90k	507	-1.38k	1.98k	6.48k	124	5.78k	-176	
7	3	8.30k	414	611	-15.4	-5.10k	236	8.30k	414	-1.60k	-15.4	-2.22k	-82.6	8.30k	414	-3.80k	-15.4	-3.18k	-834	
7	4	-1.38k	414	611	-15.4	-5.10k	236	-1.38k	414	-1.60k	-15.4	-2.22k	-82.6	-1.38k	414	-3.80k	-15.4	-3.18k	-834	
7	5	10.2k	1.62k	18.2k	110	627	1.24k	10.2k	1.62k	16.0k	110	4.17k	380	10.2k	1.62k	13.8k	110	12.9k	-251	
7	6	-3.27k	1.62k	18.2k	110	627	1.24k	-3.27k	1.62k	16.0k	110	4.17k	380	-3.27k	1.62k	13.8k	110	12.9k	-251	
7	7	10.2k	769	-6.74k	-1.44	-6.52k	623	10.2k	769	-8.94k	-1.44	-4.49k	44.4	10.2k	769	-11.1k	-1.44	-10.3k	-759	
7	8	-3.27k	769	-6.74k	-1.44	-6.52k	623	-3.27k	769	-8.94k	-1.44	-4.49k	44.4	-3.27k	769	-11.1k	-1.44	-10.3k	-759	
8	1	9.20k	2.13k	11.9k	138	-382	1.76k	9.20k	2.13k	9.66k	138	2.28k	568	9.20k	2.13k	7.45k	138	6.62k	-109	
8	2	-2.28k	2.13k	11.9k	138	-382	1.76k	-2.28k	2.13k	9.66k	138	2.28k	568	-2.28k	2.13k	7.45k	138	6.62k	-109	
8	3	9.20k	261	-366	-30.0	-5.51k	95.7	9.20k	261	-2.57k	-30.0	-2.60k	-144	9.20k	261	-4.78k	-30.0	-4.01k	-901	
8	4	-2.28k	261	-366	-30.0	-5.51k	95.7	-2.28k	261	-2.57k	-30.0	-2.60k	-144	-2.28k	261	-4.78k	-30.0	-4.01k	-901	
8	5	11.5k	1.74k	20.5k	121	1.31k	1.32k	11.5k	1.74k	18.3k	121	4.99k	414	11.5k	1.74k	16.1k	121	15.0k	-189	
8	6	-4.56k	1.74k	20.5k	121	1.31k	1.32k	-4.56k	1.74k	18.3k	121	4.99k	414	-4.56k	1.74k	16.1k	121	15.0k	-189	
8	7	11.5k	655	-9.03k	-12.7	-7.21k	536	11.5k	655	-11.2k	-12.7	-5.31k	10.9	11.5k	655	-13.4k	-12.7	-12.4k	-821	
8	8	-4.56k	655	-9.03k	-12.7	-7.21k	536	-4.56k	655	-11.2k	-12.7	-5.31k	10.9	-4.56k	655	-13.4k	-12.7	-12.4k	-821	
Sollecitazioni combinazioni Trave 6 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-897	-1.24k	12.1k	-65.3	-8.86k	-946	-897	-1.24k	9.21k	-65.3	-2.47k	-204	-897	-1.24k	6.34k	-65.3	2.19k	538	
1	2	-2.22k	-1.33k	14.1k	-75.2	-10.7k	-1.02k	-2.22k	-1.33k	11.2k	-75.2	-3.07k	-220	-2.22k	-1.33k	8.35k	-75.2	2.80k	577	
1	3	-2.45k	-1.12k	13.9k	-70.0	-10.4k	-880	-2.45k	-1.12k	11.0k	-70.0	-2.97k	-211	-2.45k	-1.12k	8.15k	-70.0	2.78k	459	
1	4	-2.24k	-1.38k	12.7k	-76.9	-10.2k	-1.05k	-2.24k	-1.38k	9.86k	-76.9	-3.39k	-223	-2.24k	-1.38k	7.00k	-76.9	1.67k	603	
1	5	-2.20k	-1.28k	15.4k	-73.5	-11.2k	-986	-2.20k	-1.28k	12.6k	-73.5	-2.75k	-217	-2.20k	-1.28k	9.71k	-73.5	3.93k	551	
1	6	-1.99k	-1.54k	14.3k	-80.4	-10.9k	-1.15k	-1.99k	-1.54k	11.4k	-80.4	-3.17k	-230	-1.99k	-1.54k	8.55k	-80.4	2.82k	696	
1	7	-2.03k	-934	12.9k	-62.3	-9.52k	-758	-2.03k	-934	10.0k	-62.3	-2.64k	-197	-2.03k	-934	7.16k	-62.3	2.51k	363	
1	8	-1.68k	-1.37k	11.0k	-73.8	-9.06k	-1.04k	-1.68k	-1.37k	8.10k	-73.8	-3.34k	-218	-1.68k	-1.37k	5.23k	-73.8	656	604	
1	9	-1.63k	-1.21k	15.5k	-68.1	-10.7k	-933	-1.63k	-1.21k	12.6k	-68.1	-2.29k	-208	-1.63k	-1.21k	9.75k	-68.1	4.43k	517	
1	10	-1.28k	-1.64k	13.6k	-79.5	-10.3k	-1.22k	-1.28k	-1.64k	10.7k	-79.5	-2.99k	-229	-1.28k	-1.64k	7.82k	-79.5	2.57k	758	
2	1	-1.42k	-851	10.0k	-51.2	-7.46k	-669	-1.42k	-851	7.84k	-51.2	-2.10k	-158	-1.42k	-851	5.63k	-51.2	1.94k	353	
2	2	-1.28k	-1.02k	9.28k	-55.7	-7.28k	-781	-1.28k	-1.02k	7.07k	-55.7	-2.37k	-166	-1.28k	-1.02k	4.86k	-55.7	1.21k	448	
2	3	-1.26k	-960	11.1k	-53.4	-7.94k	-738	-1.26k	-960	8.87k	-53.4	-1.95k	-162	-1.26k	-960	6.66k	-53.4	2.70k	414	
2	4	-1.12k	-1.13k	10.3k	-58.0	-7.75k	-850	-1.12k	-1.13k	8.10k	-58.0	-2.23k	-170	-1.12k	-1.13k	5.89k	-58.0	1.97k	509	
2	5	-1.14k	-731	9.38k	-46.0	-6.84k	-587	-1.14k	-731	7.17k	-46.0	-1.88k	-149	-1.14k	-731	4.97k	-46.0	1.76k	290	
2	6	-913	-1.02k	8.10k	-53.6	-6.54k	-774	-913	-1.02k	5.89k	-53.6	-2.34k	-163	-913	-1.02k	3.69k	-53.6	532	449	
2	7	-875	-912	11.1k	-49.8	-7.64k	-703	-875	-912	8.89k	-49.8	-1.64k	-156	-875	-912	6.69k	-49.8	3.03k	391	
2	8	-644	-1.20k	9.82k	-57.4	-7.34k	-890	-644	-1.20k	7.61k	-57.4	-2.11k	-170	-644	-1.20k	5.41k	-57.4	1.80k	550	
3	1	-642	-948	9.22k	-49.8	-6.75k	-725	-642	-948	7.01k	-49.8	-1.88k	-156	-642	-948	4.80k	-49.8	1.67k	413	
3	2	-440	-884	8.79k	-46.8	-6.35k	-681	-440	-884	6.58k	-46.8	-1.74k	-151	-440	-884	4.38k	-46.8	1.55k	379	
3	3	-393	-941	8.53k	-48.3	-6.29k	-719	-393	-941	6.33k	-48.3	-1.83k	-154	-393	-941	4.12k	-48.3	1.30k	411	
3	4	-386	-920	9.13k	-47.6	-6.51k	-704	-386	-920	6.93k	-47.6	-1.69k	-152	-386	-920	4.72k	-47.6	1.80k	399	
3	5	-339	-978	8.88k	-49.1	-6.45k	-742	-339	-978	6.67k	-49.1	-1.79k	-155	-339	-978	4.46k	-49.1	1.55k	431	
4	1	-389	-931	8.83k	-47.9	-6.40k	-711	-389	-931	6.63k	-47.9	-1.76k	-153	-389	-931	4.42k	-47.9	1.55k	405	
5	1	-10.9	-904	8.26k	-45.1	-5.88k	-691	-10.9	-904	6.05k	-45.1	-1.59k	-148	-10.9	-904	3.85k	-45.1	1.38k	394	
6	1	4.74k	209	15.5k	33.9	-3.30k	233	4.74k	209	13.2k	33.9	433	165	4.74k	209	11.0k	33.9	6.86k	904	
6	2	-5.52k	209	15.5k	33.9	-3.30k	233	-5.52k	209	13.2k	33.9	433	165	-5.52k	209	11.0k	33.9	6.86k	904	
6	3	4.74k	-2.07k	2.22k	-130	-9.50k	-1.65k	4.74k	-2.07k	8.80	-130	-3.96k	-472	4.74k	-2.07k	-2.20k	-130	-3.76k	-94.0	
6	4	-5.52k	-2.07k	2.22k	-130	-9.50k	-1.65k	-5.52k	-2.07k	8.80	-130	-3.96k	-472	-5.52k	-2.07k	-2.20k	-130	-3.76k	-94.0	
6	5	4.87k	145	24.6k	2.60	-861	17.8	4.87k	145	22.4k	2.60	2.82k	-9.74	4.87k	145	20.2k	2.60	15.2k	990	
6	6	-5.65k	145	24.6k	2.60	-861	17.8	-5.65k	145	22.4k	2.60	2.82k	-9.74	-5.65k	145	20.2k	2.60	15.2k	990	
6	7	4.87k	-2.01k	-6.94k	-98.5	-11.9k	-1.44k	4.87k	-2.01k	-9.15k	-98.5	-6.34k	-296	4.87k	-2.01k	-11.4k	-98.5	-12.1k	-180	
6	8	-5.65k	-2.01k	-6.94k	-98.5	-11.9k	-1.44k	-5.65k	-2.01k	-9.15k	-98.5	-6.34k	-296	-5.65k	-2.01k	-11.4k	-98.5	-12.1k	-180	
7	1	3.84k	3.95	14.3k	19.3	-3.85k	62.8	3.84k	3.95	12.1k	19.3	44.3	108	3.84k	3.95	9.85k	19.3	5.90k	814	
7	2	-4.62k	3.95	14.3k	19.3	-3.85k	62.8	-4.62k	3.95	12.1k	19.3	44.3	108	-4.62k	3.95	9.85k	19.3	5.90k	814	
7	3	3.84k	-1.86k	3.40k	-115	-8.95k	-1.49k	3.84k	-1.86k	1.20k	-115	-3.57k	-414	3.84k	-1.86k	-1.01k	-115	-2.80k	-3.81	
7	4	-4.62k	-1.86k	3.40k	-115	-8.95k	-1.49k	-4.62k	-1.86k	1.20k	-115	-3.57k	-414	-4.62k	-1.86k	-1.01k	-115	-2.80k	-3.81	
7	5	4.00k	-44.1	21.8k	-5.30	-1.84k	-111	4.00k	-44.1	19.6k	-5.30	2.01k	-35.6	4.00k	-44.1	17.4k	-5.30	12.8k	887	
7	6	-4.78k	-44.1	21.8k	-5.30	-1.84k	-111	-4.78k	-44.1	19.6k	-5.30	2.01k	-35.6	-4.78k	-44.1	17.4k	-5.30	12.8k	887	
7	7	4.00k	-1.82k	-4.10k	-90.6	-11.0k	-1.31k	4.00k	-1.82k	-6.31k	-90.6	-5.54k	-271	4.00k	-1.82k	-8.51k	-90.6	-9.68k	-76.5	
7	8	-4.78k	-1.82k	-4.10k	-90.6	-11.0k	-1.31k	-4.78k	-1.82k	-6.31k	-90.6	-5.54k	-271	-4.78k	-1.82k	-8.51k	-90.6	-9.68k	-76.5	
8	1	4.70k	200	15.3k	35.0	-3.31k	218	4.70k	200	13.1k	35.0	408	156	4.70k	200	10.9k	35.0	6.72k	905	
8	2	-5.48k	200	15.3k	35.0	-3.31k	218	-5.48k	200	13.1k	35.0	408	156	-5.48k	200	10.9k	35.0	6.72k	905	
8	3	4.70k	-2.06k	2.34k	-131	-9.50k	-1.64k	4.70k	-2.06k	133	-131	-3.93k	-462	4.70k	-2.06k	-2.07k	-131	-3.62k	-94.8	
8	4	-5.48k	-2.06k	2.34k	-131	-9.50k	-1.64k	-5.48k	-2.06k	133	-131	-3.93k	-462	-5.48k	-2.06k	-2.07k	-131	-3.62k	-94.8	
8	5	5.10k	143	24.2k	7.53	-921	13.6	5.10k	143	21.9k	7.53	2.78k	-13.9	5.10k	143	19.7k	7.53	14.9k	990	
8	6	-5.88k	143	24.2k	7.53	-921	13.6	-5.88k	143	21.9k	7.53	2.78k	-13.9	-5.88k	143	19.7k	7.53	14.9k	990	
8	7	5.10k	-2.00k	-6.48k	-103	-11.9k	-1.44k	5.10k	-2.00k	-8.69k	-103	-6.31k	-292	5.10k	-2.00k	-10.9k	-103	-11.8k	-179	
8	8	-5.88k	-2.00k	-6.48k	-103	-11.9k	-1.44k	-5.88k	-2.00k	-8.69k	-103	-6.31k	-292	-5.88k	-2.00k	-10.9k	-103	-11.8k	-179	
Sollecitazioni combinazioni Trave 1 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	4.92k	0	43.9k	-28.1m	-2.00p	0	4.92k	0	4.73p	-28.1m	58.2k	0	4.92k	0	-43.9k	-28.1m	30.7p	0	
1	2	7.95k	0	54.0k	-36.5m	-2.00p	0	7.95k	0	4.73p	-36.5m	71.5k	0	7.95k	0	-54.0k	-36.5m	34.6p	0	
1	3	7.91k	0	54.0k	-39.0m	-2.00p	0	7.91k	0	4.73p	-39.0m	71.5k	0	7.91k	0	-54.0k	-39.0m	34.6p	0	
1	4	7.95k	0	54.0k	46.3m	-2.41p	-0.10p	7.95k	0	4.94p	46.3m	71.5k	-0.10p	7.95k	0	-54.0k	46.3m	35.2p	-0.10p	
1	5	7.95k	0	54.0k	-0.119	-1.59p	0.10p	7.95k	0	4.52p	-0.119	71.5k	0.10p	7.95k	0	-54.0k	-0.119	33.9p	0.10p	
1	6	7.99k	0	54.0k	-34.0m	-2.00p	0	7.99k	0	4.73p	-34.0m	71.5k	0	7.99k	0	-54.0k	-34.0m	34.6p	0	
1	7	6.58k	0	49.7k	-37.1m	-2.00p	0	6.58k	0	4.73p	-37.1m	65.8k	0	6.58k	0	-49.7k	-37.1m	32.9p	1.04f	
1	8	6.65k	0	49.7k	0.105	-2.69p	-0.17p	6.65k	0	5.07p	0.105	65.8k	-0.17p	6.65k	0	-49.7k	0.105	34.1p	-0.17p	
1	9	6.65k	0	49.7k	-0.171	-1.31p	0.17p	6.65k	0	4.39p	-0.171	65.8k	0.17p	6.65k	0	-49.7k	-0.171	31.8p	0.17p	
1	10	6.72k	0	49.7k	-28.7m	-2.00p	0	6.72k	0	4.73p	-28.7m	65.8k	0	6.72k	0	-49.7k	-28.7m	32.9p	-1.18f	
2	1	5.09k	0	38.2k	-27.0m	-1.82p	0	5.09k	0	3.64p	-27.0m	50.6k	0	5.09k	0	-38.2k	-27.0m	25.5p	0	
2	2	5.11k	0	38.2k	29.6m	-2.09p	-68.0f	5.11k	0	3.77p	29.6m	50.6k	-68.1f	5.11k	0	-38.2k	29.6m	25.9p	-68.3f	
2	3	5.12k	0	38.2k	-80.2m	-1.55p	68.4f	5.12k	0	3.50p	-80.2m	50.6k	68.3f	5.12k	0	-38.2k	-80.2m	25.0p	68.1f	
2	4	5.14k	0	38.2k	-23.6m	-1.82p	0	5.14k	0	3.64p	-23.6m	50.6k	0	5.14k	0	-38.2k	-23.6m	25.5p	0	
2	5	4.20k	0	35.3k	-25.7m	-1.82p	0	4.20k	0	3.64p	-25.7m	46.8k	0	4.20k	0	-35.3k	-25.7m	24.4p	0	
2	6	4.25k	0	35.3k	68.6m	-2.27p	-0.11p	4.25k	0	3.87p	68.6m	46.8k	-0.11p	4.25k	0	-35.3k	68.6m	25.1p	-0.11p	
2	7	4.25k	0	35.3k	-0.114	-1.36p	0.11p	4.25k	0	3.41p	-0.114	46.8k	0.11p	4.25k	0	-35.3k	-0.114	23.6p	0.11p	
2	8	4.30k	0	35.3k	-20.2m	-1.82p	0	4.30k	0	3.64p	-20.2m	46.8k	0	4.30k	0	-35.3k	-20.2m	24.4p	0	
3	1	3.67k	0	33.4k	-21.3m	-1.82p	0	3.67k	0	3.64p	-21.3m	44.3k	0	3.67k	0	-33.4k	-21.3m	23.6p	0	
3	2	3.09k	0	31.5k	-20.3m	-1.82p	0	3.09k	0	3.64p	-20.3m	41.8k	0	3.09k	0	-31.5k	-20.3m	22.9p	0	
3	3	3.09k	0	31.5k	-1.43m	-1.91p	-22.5f	3.09k	0	3.68p	-1.43m	41.8k	-22.7f	3.09k	0	-31.5k	-1.43m	23.1p	-22.8f	
3	4	3.09k	0	31.5k	-38.0m	-1.73p	23.0f	3.09k	0	3.59p	-38.0m	41.8k	22.8f	3.09k	0	-31.5k	-38.0m	22.8p	22.7f	
3	5	3.10k	0	31.5k	-19.2m	-1.82p	0	3.10k	0	3.64p	-19.2m	41.8k	0	3.10k	0	-31.5k	-19.2m	22.9p	0	
4	1	3.09k	0	31.5k	-19.7m	-1.82p	0	3.09k	0	3.64p	-19.7m	41.8k	0	3.09k	0	-31.5k	-19.7m	22.9p	0	
5	1	2.23k	0	28.7k	-17.3m	-1.82p	0	2.23k	0	3.64p	-17.3m	38.0k	0	2.23k	0	-28.7k	-17.3m	21.8p	0	
6	1	3.95k	51.0f	31.5k	4.33	0.21p	1.06p	3.95k	51.0f	5.95p	4.33	41.8k	0.93p	3.95k	51.0f	-31.5k	4.33	34.5p	1.02p	
6	2	2.24k	51.0f	31.5k	4.33	0.21p	1.06p	2.24k	51.0f	5.95p	4.33	41.8k	0.93p	2.24k	51.0f	-31.5k	4.33	34.5p	1.02p	
6	3	3.95k	-50.9f	31.5k	-4.37	-3.85p	-1.06p	3.95k	-50.9f	1.33p	-4.37	41.8k	-0.93p	3.95k	-50.9f	-31.5k	-4.37	11.4p	-1.02p	
6	4	2.24k	-50.9f	31.5k	-4.37	-3.85p	-1.06p	2.24k	-50.9f	1.33p	-4.37	41.8k	-0.93p	2.24k	-50.9f	-31.5k	-4.37	11.4p	-1.02p	
6	5	3.71k	42.3f	31.5k	7.42	-0.78p	3.15p	3.71k	42.3f	7.09p	7.42	41.8k	3.06p	3.71k	42.3f	-31.5k	7.42	41.2p	3.09p	
6	6	2.48k	42.3f	31.5k	7.42	-0.78p	3.15p	2.48k	42.3f	7.09p	7.42	41.8k	3.06p	2.48k	42.3f	-31.5k	7.42	41.2p	3.09p	
6	7	3.71k	-42.2f	31.5k	-7.46	-2.86p	-3.15p	3.71k	-42.2f	0.19p	-7.46	41.8k	-3.06p	3.71k	-42.2f	-31.5k	-7.46	4.69p	-3.09p	
6	8	2.48k	-42.2f	31.5k	-7.46	-2.86p	-3.15p	2.48k	-42.2f	0.19p	-7.46	41.8k	-3.06p	2.48k	-42.2f	-31.5k	-7.46	4.69p	-3.09p	
7	1	3.80k	42.1f	31.5k	3.54	-0.12p	0.87p	3.80k	42.1f	5.53p	3.54	41.8k	0.77p	3.80k	42.1f	-31.5k	3.54	32.4p	0.83p	
7	2	2.39k	42.1f	31.5k	3.54	-0.12p	0.87p	2.39k	42.1f	5.53p	3.54	41.8k	0.77p	2.39k	42.1f	-31.5k	3.54	32.4p	0.83p	
7	3	3.80k	-42.0f	31.5k	-3.58	-3.52p	-0.87p	3.80k	-42.0f	1.75p	-3.58	41.8k	-0.77p	3.80k	-42.0f	-31.5k	-3.58	13.5p	-0.83p	
7	4	2.39k	-42.0f	31.5k	-3.58	-3.52p	-0.87p	2.39k	-42.0f	1.75p	-3.58	41.8k	-0.77p	2.39k	-42.0f	-31.5k	-3.58	13.5p	-0.83p	
7	5	3.62k	35.3f	31.5k	6.07	-0.93p	2.58p	3.62k	35.3f	6.46p	6.07	41.8k	2.51p	3.62k	35.3f	-31.5k	6.07	37.8p	2.53p	
7	6	2.57k	35.3f	31.5k	6.07	-0.93p	2.58p	2.57k	35.3f	6.46p	6.07	41.8k	2.51p	2.57k	35.3f	-31.5k	6.07	37.8p	2.53p	
7	7	3.62k	-35.2f	31.5k	-6.11	-2.71p	-2.58p	3.62k	-35.2f	0.81p	-6.11	41.8k	-2.51p	3.62k	-35.2f	-31.5k	-6.11	7.99p	-2.53p	
7	8	2.57k	-35.2f	31.5k	-6.11	-2.71p	-2.58p	2.57k	-35.2f	0.81p	-6.11	41.8k	-2.51p	2.57k	-35.2f	-31.5k	-6.11	7.99p	-2.53p	
8	1	3.95k	50.7f	31.5k	4.19	0.32p	1.02p	3.95k	50.7f	5.90p	4.19	41.8k	0.90p	3.95k	50.7f	-31.5k	4.19	34.2p	0.98p	
8	2	2.24k	50.7f	31.5k	4.19	0.32p	1.02p	2.24k	50.7f	5.90p	4.19	41.8k	0.90p	2.24k	50.7f	-31.5k	4.19	34.2p	0.98p	
8	3	3.95k	-50.6f	31.5k	-4.23	-3.96p	-1.02p	3.95k	-50.6f	1.38p	-4.23	41.8k	-0.90p	3.95k	-50.6f	-31.5k	-4.23	11.6p	-0.98p	
8	4	2.24k	-50.6f	31.5k	-4.23	-3.96p	-1.02p	2.24k	-50.6f	1.38p	-4.23	41.8k	-0.90p	2.24k	-50.6f	-31.5k	-4.23	11.6p	-0.98p	
8	5	3.80k	44.1f	31.5k	7.17	-0.66p	3.04p	3.80k	44.1f	6.98p	7.17	41.8k	2.96p	3.80k	44.1f	-31.5k	7.17	40.6p	2.98p	
8	6	2.39k	44.1f	31.5k	7.17	-0.66p	3.04p	2.39k	44.1f	6.98p	7.17	41.8k	2.96p	2.39k	44.1f	-31.5k	7.17	40.6p	2.98p	
8	7	3.80k	-44.0f	31.5k	-7.21	-2.98p	-3.04p	3.80k	-44.0f	0.29p	-7.21	41.8k	-2.96p	3.80k	-44.0f	-31.5k	-7.21	5.24p	-2.98p	
8	8	2.39k	-44.0f	31.5k	-7.21	-2.98p	-3.04p	2.39k	-44.0f	0.29p	-7.21	41.8k	-2.96p	2.39k	-44.0f	-31.5k	-7.21	5.24p	-2.98p	
Sollecitazioni combinazioni Trave 2 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	4.92k	0	43.9k	28.1m	-3.64p	0	4.92k	0	-4.32p	28.1m	58.2k	0	4.92k	0	-43.9k	28.1m	-20.5p	0	
1	2	7.95k	0	54.0k	36.5m	-7.46p	0	7.95k	0	-3.37p	36.5m	71.5k	0	7.95k	0	-54.0k	36.5m	-14.7p	0	
1	3	7.91k	0	54.0k	26.7m	-7.35p	0	7.91k	0	-3.26p	26.7m	71.5k	1.02f	7.91k	0	-54.0k	26.7m	-14.1p	2.28f	
1	4	7.95k	0	54.0k	0.119	-7.87p	-0.10p	7.95k	0	-3.37p	0.119	71.5k	-0.10p	7.95k	0	-54.0k	0.119	-15.1p	-0.10p	
1	5	7.95k	0	54.0k	-46.3m	-7.05p	0.10p	7.95k	0	-3.37p	-46.3m	71.5k	0.10p	7.95k	0	-54.0k	-46.3m	-14.3p	0.10p	
1	6	7.99k	0	54.0k	46.3m	-7.56p	0	7.99k	0	-3.47p	46.3m	71.5k	0	7.99k	0	-54.0k	46.3m	-15.4p	-1.19f	
1	7	6.58k	0	49.7k	16.5m	-5.65p	0	6.58k	0	-3.60p	16.5m	65.8k	1.42f	6.58k	0	-49.7k	16.5m	-16.1p	3.39f	
1	8	6.65k	0	49.7k	0.171	-6.51p	-0.17p	6.65k	0	-3.77p	0.171	65.8k	-0.17p	6.65k	0	-49.7k	0.171	-17.9p	-0.17p	
1	9	6.65k	0	49.7k	-0.105	-5.13p	0.17p	6.65k	0	-3.77p	-0.105	65.8k	0.17p	6.65k	0	-49.7k	-0.105	-16.5p	0.17p	
1	10	6.72k	0	49.7k	49.3m	-5.99p	0	6.72k	0	-3.95p	49.3m	65.8k	0	6.72k	0	-49.7k	49.3m	-18.3p	-2.39f	
2	1	5.09k	0	38.2k	18.8m	-5.39p	0	5.09k	0	-2.66p	18.8m	50.6k	0	5.09k	0	-38.2k	18.8m	-12.3p	1.55f	
2	2	5.12k	0	38.2k	80.2m	-5.73p	-68.1f	5.12k	0	-2.73p	80.2m	50.6k	-68.0f	5.12k	0	-38.2k	80.2m	-13.0p	-67.8f	
2	3	5.11k	0	38.2k	-29.6m	-5.18p	68.3f	5.11k	0	-2.73p	-29.6m	50.6k	68.5f	5.11k	0	-38.2k	-29.6m	-12.5p	68.6f	
2	4	5.14k	0	38.2k	31.8m	-5.53p	0	5.14k	0	-2.80p	31.8m	50.6k	0	5.14k	0	-38.2k	31.8m	-13.2p	0	
2	5	4.20k	0	35.3k	12.1m	-4.25p	0	4.20k	0	-2.89p	12.1m	46.8k	0	4.20k	0	-35.3k	12.1m	-13.7p	2.28f	
2	6	4.25k	0	35.3k	0.114	-4.82p	-0.11p	4.25k	0	-3.00p	0.114	46.8k	-0.11p	4.25k	0	-35.3k	0.114	-14.8p	-0.11p	
2	7	4.25k	0	35.3k	-68.6m	-3.91p	0.11p	4.25k	0	-3.00p	-68.6m	46.8k	0.11p	4.25k	0	-35.3k	-68.6m	-13.9p	0.11p	
2	8	4.30k	0	35.3k	33.7m	-4.48p	0	4.30k	0	-3.12p	33.7m	46.8k	0	4.30k	0	-35.3k	33.7m	-15.1p	-1.54f	
3	1	3.67k	0	33.4k	21.3m	-3.64p	0	3.67k	0	-3.18p	21.3m	44.3k	0	3.67k	0	-33.4k	21.3m	-15.5p	0	
3	2	3.09k	0	31.5k	17.6m	-2.89p	0	3.09k	0	-3.34p	17.6m	41.8k	0	3.09k	0	-31.5k	17.6m	-16.4p	0	
3	3	3.09k	0	31.5k	38.0m	-3.00p	-22.7f	3.09k	0	-3.37p	38.0m	41.8k	-22.6f	3.09k	0	-31.5k	38.0m	-16.6p	-22.4f	
3	4	3.09k	0	31.5k	1.43m	-2.82p	22.8f	3.09k	0	-3.37p	1.43m	41.8k	22.9f	3.09k	0	-31.5k	1.43m	-16.5p	23.1f	
3	5	3.10k	0	31.5k	21.9m	-2.93p	0	3.10k	0	-3.39p	21.9m	41.8k	0	3.10k	0	-31.5k	21.9m	-16.7p	0	
4	1	3.09k	0	31.5k	19.7m	-2.91p	0	3.09k	0	-3.37p	19.7m	41.8k	0	3.09k	0	-31.5k	19.7m	-16.6p	0	
5	1	2.23k	0	28.7k	17.3m	-1.82p	0	2.23k	0	-3.64p	17.3m	38.0k	0	2.23k	0	-28.7k	17.3m	-18.2p	0	
6	1	3.95k	49.6f	31.5k	4.37	5.02p	0.50p	3.95k	49.6f	-0.38p	4.37	41.8k	0.53p	3.95k	49.6f	-31.5k	4.37	-8.60p	0.59p	
6	2	2.24k	49.6f	31.5k	4.37	5.02p	0.50p	2.24k	49.6f	-0.38p	4.37	41.8k	0.53p	2.24k	49.6f	-31.5k	4.37	-8.60p	0.59p	
6	3	3.95k	-49.7f	31.5k	-4.33	-10.8p	-0.50p	3.95k	-49.7f	-6.35p	-4.33	41.8k	-0.53p	3.95k	-49.7f	-31.5k	-4.33	-24.5p	-0.59p	
6	4	2.24k	-49.7f	31.5k	-4.33	-10.8p	-0.50p	2.24k	-49.7f	-6.35p	-4.33	41.8k	-0.53p	2.24k	-49.7f	-31.5k	-4.33	-24.5p	-0.59p	
6	5	3.71k	88.8f	31.5k	7.46	5.45p	1.60p	3.71k	88.8f	0.45p	7.46	41.8k	1.58p	3.71k	88.8f	-31.5k	7.46	-4.69p	1.59p	
6	6	2.48k	88.8f	31.5k	7.46	5.45p	1.60p	2.48k	88.8f	0.45p	7.46	41.8k	1.58p	2.48k	88.8f	-31.5k	7.46	-4.69p	1.59p	
6	7	3.71k	-88.9f	31.5k	-7.42	-11.3p	-1.60p	3.71k	-88.9f	-7.18p	-7.42	41.8k	-1.58p	3.71k	-88.9f	-31.5k	-7.42	-28.4p	-1.59p	
6	8	2.48k	-88.9f	31.5k	-7.42	-11.3p	-1.60p	2.48k	-88.9f	-7.18p	-7.42	41.8k	-1.58p	2.48k	-88.9f	-31.5k	-7.42	-28.4p	-1.59p	
7	1	3.80k	42.7f	31.5k	3.58	3.59p	0.41p	3.80k	42.7f	-0.92p	3.58	41.8k	0.43p	3.80k	42.7f	-31.5k	3.58	-10.0p	0.48p	
7	2	2.39k	42.7f	31.5k	3.58	3.59p	0.41p	2.39k	42.7f	-0.92p	3.58	41.8k	0.43p	2.39k	42.7f	-31.5k	3.58	-10.0p	0.48p	
7	3	3.80k	-42.8f	31.5k	-3.54	-9.41p	-0.41p	3.80k	-42.8f	-5.81p	-3.54	41.8k	-0.43p	3.80k	-42.8f	-31.5k	-3.54	-23.1p	-0.48p	
7	4	2.39k	-42.8f	31.5k	-3.54	-9.41p	-0.41p	2.39k	-42.8f	-5.81p	-3.54	41.8k	-0.43p	2.39k	-42.8f	-31.5k	-3.54	-23.1p	-0.48p	
7	5	3.62k	79.6f	31.5k	6.11	3.94p	1.32p	3.62k	79.6f	-0.24p	6.11	41.8k	1.30p	3.62k	79.6f	-31.5k	6.11	-6.83p	1.31p	
7	6	2.57k	79.6f	31.5k	6.11	3.94p	1.32p	2.57k	79.6f	-0.24p	6.11	41.8k	1.30p	2.57k	79.6f	-31.5k	6.11	-6.83p	1.31p	
7	7	3.62k	-79.7f	31.5k	-6.07	-9.76p	-1.32p	3.62k	-79.7f	-6.49p	-6.07	41.8k	-1.30p	3.62k	-79.7f	-31.5k	-6.07	-26.3p	-1.31p	
7	8	2.57k	-79.7f	31.5k	-6.07	-9.76p	-1.32p	2.57k	-79.7f	-6.49p	-6.07	41.8k	-1.30p	2.57k	-79.7f	-31.5k	-6.07	-26.3p	-1.31p	
8	1	3.95k	57.4f	31.5k	4.23	4.86p	0.49p	3.95k	57.4f	-0.45p	4.23	41.8k	0.51p	3.95k	57.4f	-31.5k	4.23	-8.82p	0.57p	
8	2	2.24k	57.4f	31.5k	4.23	4.86p	0.49p	2.24k	57.4f	-0.45p	4.23	41.8k	0.51p	2.24k	57.4f	-31.5k	4.23	-8.82p	0.57p	
8	3	3.95k	-57.5f	31.5k	-4.19	-10.7p	-0.49p	3.95k	-57.5f	-6.28p	-4.19	41.8k	-0.51p	3.95k	-57.5f	-31.5k	-4.19	-24.3p	-0.57p	
8	4	2.24k	-57.5f	31.5k	-4.19	-10.7p	-0.49p	2.24k	-57.5f	-6.28p	-4.19	41.8k	-0.51p	2.24k	-57.5f	-31.5k	-4.19	-24.3p	-0.57p	
8	5	3.80k	0.12p	31.5k	7.21	5.23p	1.58p	3.80k	0.12p	0.34p	7.21	41.8k	1.53p	3.80k	0.12p	-31.5k	7.21	-5.03p	1.55p	
8	6	2.39k	0.12p	31.5k	7.21	5.23p	1.58p	2.39k	0.12p	0.34p	7.21	41.8k	1.53p	2.39k	0.12p	-31.5k	7.21	-5.03p	1.55p	
8	7	3.80k	-0.12p	31.5k	-7.17	-11.0p	-1.58p	3.80k	-0.12p	-7.07p	-7.17	41.8k	-1.53p	3.80k	-0.12p	-31.5k	-7.17	-28.1p	-1.54p	
8	8	2.39k	-0.12p	31.5k	-7.17	-11.0p	-1.58p	2.39k	-0.12p	-7.07p	-7.17	41.8k	-1.53p	2.39k	-0.12p	-31.5k	-7.17	-28.1p	-1.54p	
Sollecitazioni combinazioni Trave 3 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-1.08k	182	1.77k	3.71	-574	94.0	-1.08k	182	1.62k	3.71	274	2.87	-1.08k	182	1.50k	3.71	976	-79.1	
1	2	-1.35k	187	2.16k	4.12	-709	96.4	-1.35k	187	2.02k	4.12	336	3.09	-1.35k	187	1.89k	4.12	1.22k	-80.8	
1	3	-1.34k	404	2.19k	3.32	-718	217	-1.34k	404	2.05k	3.32	344	14.8	-1.34k	404	1.92k	3.32	1.24k	-167	
1	4	-1.39k	183	2.78k	4.18	-737	98.7	-1.39k	183	2.64k	4.18	619	7.14	-1.39k	183	2.52k	4.18	1.78k	-75.3	
1	5	-1.31k	190	1.54k	4.06	-681	94.0	-1.31k	190	1.40k	4.06	53.6	-0.958	-1.31k	190	1.27k	4.06	654	-86.4	
1	6	-1.36k	-30.9	2.13k	4.91	-700	-24.1	-1.36k	-30.9	1.99k	4.91	329	-8.63	-1.36k	-30.9	1.86k	4.91	1.20k	5.26	
1	7	-1.22k	547	2.04k	2.62	-665	296	-1.22k	547	1.90k	2.62	322	22.5	-1.22k	547	1.78k	2.62	1.15k	-224	
1	8	-1.30k	179	3.03k	4.04	-698	99.3	-1.30k	179	2.89k	4.04	781	9.75	-1.30k	179	2.76k	4.04	2.05k	-70.8	
1	9	-1.17k	190	954	3.84	-604	91.4	-1.17k	190	813	3.84	-162	-3.75	-1.17k	190	685	3.84	175	-89.4	
1	10	-1.25k	-178	1.94k	5.27	-636	-105	-1.25k	-178	1.80k	5.27	297	-16.5	-1.25k	-178	1.67k	5.27	1.08k	63.4	
2	1	-945	286	1.55k	2.51	-506	153	-945	286	1.44k	2.51	243	10.0	-945	286	1.35k	2.51	871	-119	
2	2	-976	140	1.94k	3.07	-520	74.9	-976	140	1.84k	3.07	426	4.99	-976	140	1.74k	3.07	1.23k	-57.9	
2	3	-925	144	1.12k	2.99	-482	71.8	-925	144	1.01k	2.99	50.7	-0.378	-925	144	913	2.99	484	-65.3	
2	4	-956	-1.45	1.51k	3.56	-495	-6.16	-956	-1.45	1.40k	3.56	233	-5.43	-956	-1.45	1.30k	3.56	842	-4.78	
2	5	-863	380	1.45k	2.04	-472	205	-863	380	1.35k	2.04	228	15.1	-863	380	1.25k	2.04	812	-156	
2	6	-915	137	2.11k	2.98	-493	75.3	-915	137	2.00k	2.98	533	6.72	-915	137	1.90k	2.98	1.41k	-55.0	
2	7	-831	145	731	2.85	-431	70.0	-831	145	623	2.85	-92.1	-2.23	-831	145	525	2.85	166	-67.3	
2	8	-882	-98.3	1.38k	3.79	-452	-59.8	-882	-98.3	1.27k	3.79	212	-10.7	-882	-98.3	1.18k	3.79	764	33.6	
3	1	-821	140	1.34k	2.84	-436	72.2	-821	140	1.23k	2.84	208	2.20	-821	140	1.14k	2.84	742	-60.8	
3	2	-767	187	1.27k	2.59	-412	98.2	-767	187	1.17k	2.59	198	4.74	-767	187	1.07k	2.59	701	-79.4	
3	3	-777	138	1.41k	2.77	-417	72.3	-777	138	1.30k	2.77	259	3.05	-777	138	1.20k	2.77	820	-59.2	
3	4	-761	140	1.13k	2.75	-404	71.2	-761	140	1.02k	2.75	134	1.26	-761	140	924	2.75	572	-61.7	
3	5	-771	91.3	1.26k	2.94	-408	45.2	-771	91.3	1.15k	2.94	195	-0.422	-771	91.3	1.05k	2.94	691	-41.5	
4	1	-769	139	1.27k	2.76	-410	71.7	-769	139	1.16k	2.76	196	2.16	-769	139	1.06k	2.76	696	-60.5	
5	1	-691	138	1.15k	2.65	-372	71.1	-691	138	1.05k	2.65	179	2.09	-691	138	948	2.65	627	-60.0	
6	1	39.7	1.73k	6.05k	5.16	-137	999	39.7	1.73k	5.94k	5.16	2.32k	409	39.7	1.73k	5.84k	5.16	4.97k	888	
6	2	-1.58k	1.73k	6.05k	5.16	-137	999	-1.58k	1.73k	5.94k	5.16	2.32k	409	-1.58k	1.73k	5.84k	5.16	4.97k	888	
6	3	39.7	-1.45k	-3.52k	0.364	-684	-855	39.7	-1.45k	-3.62k	0.364	-1.93k	-404	39.7	-1.45k	-3.72k	0.364	-3.58k	-1.01k	
6	4	-1.58k	-1.45k	-3.52k	0.364	-684	-855	-1.58k	-1.45k	-3.62k	0.364	-1.93k	-404	-1.58k	-1.45k	-3.72k	0.364	-3.58k	-1.01k	
6	5	878	1.12k	13.9k	6.62	149	693	878	1.12k	13.8k	6.62	5.97k	719	878	1.12k	13.7k	6.62	12.2k	1.05k	
6	6	-2.41k	1.12k	13.9k	6.62	149	693	-2.41k	1.12k	13.8k	6.62	5.97k	719	-2.41k	1.12k	13.7k	6.62	12.2k	1.05k	
6	7	878	-841	-11.4k	-1.09	-970	-549	878	-841	-11.5k	-1.09	-5.58k	-715	878	-841	-11.6k	-1.09	-10.8k	-1.17k	
6	8	-2.41k	-841	-11.4k	-1.09	-970	-549	-2.41k	-841	-11.5k	-1.09	-5.58k	-715	-2.41k	-841	-11.6k	-1.09	-10.8k	-1.17k	
7	1	-104	1.44k	5.20k	4.75	-184	831	-104	1.44k	5.09k	4.75	1.94k	336	-104	1.44k	4.99k	4.75	4.21k	717	
7	2	-1.43k	1.44k	5.20k	4.75	-184	831	-1.43k	1.44k	5.09k	4.75	1.94k	336	-1.43k	1.44k	4.99k	4.75	4.21k	717	
7	3	-104	-1.16k	-2.66k	0.772	-637	-688	-104	-1.16k	-2.77k	0.772	-1.55k	-331	-104	-1.16k	-2.87k	0.772	-2.82k	-838	
7	4	-1.43k	-1.16k	-2.66k	0.772	-637	-688	-1.43k	-1.16k	-2.77k	0.772	-1.55k	-331	-1.43k	-1.16k	-2.87k	0.772	-2.82k	-838	
7	5	583	943	11.6k	5.94	50.3	581	583	943	11.5k	5.94	4.94k	591	583	943	11.4k	5.94	10.1k	847	
7	6	-2.12k	943	11.6k	5.94	50.3	581	-2.12k	943	11.5k	5.94	4.94k	591	-2.12k	943	11.4k	5.94	10.1k	847	
7	7	583	-665	-9.09k	-0.413	-871	-438	583	-665	-9.20k	-0.413	-4.54k	-586	583	-665	-9.30k	-0.413	-8.71k	-968	
7	8	-2.12k	-665	-9.09k	-0.413	-871	-438	-2.12k	-665	-9.20k	-0.413	-4.54k	-586	-2.12k	-665	-9.30k	-0.413	-8.71k	-968	
8	1	27.6	1.68k	5.95k	5.20	-134	971	27.6	1.68k	5.84k	5.20	2.27k	398	27.6	1.68k	5.74k	5.20	4.88k	861	
8	2	-1.56k	1.68k	5.95k	5.20	-134	971	-1.56k	1.68k	5.84k	5.20	2.27k	398	-1.56k	1.68k	5.74k	5.20	4.88k	861	
8	3	27.6	-1.40k	-3.41k	0.320	-687	-827	27.6	-1.40k	-3.52k	0.320	-1.88k	-393	27.6	-1.40k	-3.62k	0.320	-3.48k	-982	
8	4	-1.56k	-1.40k	-3.41k	0.320	-687	-827	-1.56k	-1.40k	-3.52k	0.320	-1.88k	-393	-1.56k	-1.40k	-3.62k	0.320	-3.48k	-982	
8	5	841	1.09k	13.6k	6.57	144	677	841	1.09k	13.5k	6.57	5.84k	703	841	1.09k	13.4k	6.57	11.9k	1.02k	
8	6	-2.38k	1.09k	13.6k	6.57	144	677	-2.38k	1.09k	13.5k	6.57	5.84k	703	-2.38k	1.09k	13.4k	6.57	11.9k	1.02k	
8	7	841	-815	-11.0k	-1.05	-965	-534	841	-815	-11.2k	-1.05	-5.44k	-698	841	-815	-11.3k	-1.05	-10.5k	-1.14k	
8	8	-2.38k	-815	-11.0k	-1.05	-965	-534	-2.38k	-815	-11.2k	-1.05	-5.44k	-698	-2.38k	-815	-11.3k	-1.05	-10.5k	-1.14k	
Sollecitazioni combinazioni Trave 4 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-1.08k	-182	-1.50k	-3.71	976	-79.1	-1.08k	-182	-1.62k	-3.71	274	2.87	-1.08k	-182	-1.76k	-3.71	-574	94.0	
1	2	-1.35k	-187	-1.89k	-4.12	1.22k	-80.8	-1.35k	-187	-2.02k	-4.12	336	3.09	-1.35k	-187	-2.16k	-4.12	-709	96.4	
1	3	-1.34k	-403	-1.92k	-3.33	1.23k	-166	-1.34k	-403	-2.05k	-3.33	342	15.5	-1.34k	-403	-2.19k	-3.33	-717	217	
1	4	-1.31k	-190	-1.27k	-4.06	654	-86.4	-1.31k	-190	-1.40k	-4.06	53.6	-0.958	-1.31k	-190	-1.54k	-4.06	-681	94.0	
1	5	-1.39k	-183	-2.51k	-4.18	1.78k	-75.3	-1.39k	-183	-2.64k	-4.18	619	7.14	-1.39k	-183	-2.78k	-4.18	-737	98.7	
1	6	-1.36k	30.3	-1.86k	-4.91	1.20k	4.35	-1.36k	30.3	-1.99k	-4.91	331	-9.28	-1.36k	30.3	-2.13k	-4.91	-701	-24.4	
1	7	-1.22k	-546	-1.77k	-2.63	1.14k	-222	-1.22k	-546	-1.90k	-2.63	319	23.6	-1.22k	-546	-2.04k	-2.63	-665	297	
1	8	-1.17k	-190	-685	-3.85	175	-89.4	-1.17k	-190	-813	-3.85	-162	-3.75	-1.17k	-190	-954	-3.85	-604	91.4	
1	9	-1.30k	-179	-2.76k	-4.04	2.05k	-70.8	-1.30k	-179	-2.89k	-4.04	781	9.75	-1.30k	-179	-3.03k	-4.04	-698	99.3	
1	10	-1.25k	177	-1.68k	-5.26	1.08k	61.9	-1.25k	177	-1.80k	-5.26	300	-17.6	-1.25k	177	-1.94k	-5.26	-637	-106	
2	1	-945	-285	-1.34k	-2.51	869	-118	-945	-285	-1.44k	-2.51	242	10.5	-945	-285	-1.55k	-2.51	-506	153	
2	2	-925	-144	-913	-2.99	484	-65.3	-925	-144	-1.01k	-2.99	50.7	-0.378	-925	-144	-1.12k	-2.99	-482	71.8	
2	3	-976	-140	-1.74k	-3.07	1.23k	-57.9	-976	-140	-1.84k	-3.07	426	4.99	-976	-140	-1.94k	-3.07	-520	74.9	
2	4	-956	1.07	-1.31k	-3.55	845	-5.38	-956	1.07	-1.40k	-3.55	235	-5.86	-956	1.07	-1.51k	-3.55	-495	-6.39	
2	5	-863	-379	-1.24k	-2.05	808	-155	-863	-379	-1.34k	-2.05	226	15.8	-863	-379	-1.45k	-2.05	-471	206	
2	6	-831	-145	-525	-2.85	166	-67.3	-831	-145	-623	-2.85	-92.1	-2.23	-831	-145	-731	-2.85	-431	70.0	
2	7	-915	-137	-1.90k	-2.98	1.41k	-55.0	-915	-137	-2.00k	-2.98	533	6.72	-915	-137	-2.11k	-2.98	-493	75.3	
2	8	-883	97.7	-1.18k	-3.78	768	32.6	-883	97.7	-1.28k	-3.78	214	-11.4	-883	97.7	-1.39k	-3.78	-453	-60.2	
3	1	-821	-140	-1.14k	-2.84	742	-60.8	-821	-140	-1.23k	-2.84	208	2.20	-821	-140	-1.34k	-2.84	-436	72.2	
3	2	-767	-187	-1.07k	-2.59	700	-79.2	-767	-187	-1.16k	-2.59	198	4.88	-767	-187	-1.27k	-2.59	-412	98.3	
3	3	-761	-140	-924	-2.75	572	-61.7	-761	-140	-1.02k	-2.75	134	1.26	-761	-140	-1.13k	-2.75	-404	71.2	
3	4	-777	-138	-1.20k	-2.77	820	-59.2	-777	-138	-1.30k	-2.77	259	3.05	-777	-138	-1.41k	-2.77	-417	72.3	
3	5	-771	-91.5	-1.05k	-2.94	692	-41.7	-771	-91.5	-1.15k	-2.94	195	-0.564	-771	-91.5	-1.26k	-2.94	-409	45.2	
4	1	-769	-139	-1.06k	-2.76	696	-60.5	-769	-139	-1.16k	-2.76	196	2.16	-769	-139	-1.27k	-2.76	-410	71.7	
5	1	-691	-138	-948	-2.65	627	-60.0	-691	-138	-1.05k	-2.65	179	2.09	-691	-138	-1.15k	-2.65	-372	71.1	
6	1	39.7	1.45k	3.72k	-0.364	4.97k	888	39.7	1.45k	3.62k	-0.364	2.32k	409	39.7	1.45k	3.52k	-0.364	-137	999	
6	2	-1.58k	1.45k	3.72k	-0.364	4.97k	888	-1.58k	1.45k	3.62k	-0.364	2.32k	409	-1.58k	1.45k	3.52k	-0.364	-137	999	
6	3	39.7	-1.73k	-5.84k	-5.16	-3.58k	-1.01k	39.7	-1.73k	-5.94k	-5.16	-1.93k	-404	39.7	-1.73k	-6.05k	-5.16	-684	-855	
6	4	-1.58k	-1.73k	-5.84k	-5.16	-3.58k	-1.01k	-1.58k	-1.73k	-5.94k	-5.16	-1.93k	-404	-1.58k	-1.73k	-6.05k	-5.16	-684	-855	
6	5	878	841	11.6k	1.09	12.2k	1.05k	878	841	11.5k	1.09	5.97k	719	878	841	11.4k	1.09	149	693	
6	6	-2.41k	841	11.6k	1.09	12.2k	1.05k	-2.41k	841	11.5k	1.09	5.97k	719	-2.41k	841	11.4k	1.09	149	693	
6	7	878	-1.12k	-13.7k	-6.62	-10.8k	-1.17k	878	-1.12k	-13.8k	-6.62	-5.58k	-715	878	-1.12k	-13.9k	-6.62	-970	-549	
6	8	-2.41k	-1.12k	-13.7k	-6.62	-10.8k	-1.17k	-2.41k	-1.12k	-13.8k	-6.62	-5.58k	-715	-2.41k	-1.12k	-13.9k	-6.62	-970	-549	
7	1	-104	1.16k	2.87k	-0.772	4.21k	717	-104	1.16k	2.77k	-0.772	1.94k	336	-104	1.16k	2.66k	-0.772	-184	831	
7	2	-1.43k	1.16k	2.87k	-0.772	4.21k	717	-1.43k	1.16k	2.77k	-0.772	1.94k	336	-1.43k	1.16k	2.66k	-0.772	-184	831	
7	3	-104	-1.44k	-4.99k	-4.75	-2.82k	-838	-104	-1.44k	-5.09k	-4.75	-1.55k	-331	-104	-1.44k	-5.20k	-4.75	-637	-688	
7	4	-1.43k	-1.44k	-4.99k	-4.75	-2.82k	-838	-1.43k	-1.44k	-5.09k	-4.75	-1.55k	-331	-1.43k	-1.44k	-5.20k	-4.75	-637	-688	
7	5	583	665	9.30k	0.413	10.1k	847	583	665	9.20k	0.413	4.94k	591	583	665	9.09k	0.413	50.3	581	
7	6	-2.12k	665	9.30k	0.413	10.1k	847	-2.12k	665	9.20k	0.413	4.94k	591	-2.12k	665	9.09k	0.413	50.3	581	
7	7	583	-943	-11.4k	-5.94	-8.71k	-968	583	-943	-11.5k	-5.94	-4.54k	-586	583	-943	-11.6k	-5.94	-871	-438	
7	8	-2.12k	-943	-11.4k	-5.94	-8.71k	-968	-2.12k	-943	-11.5k	-5.94	-4.54k	-586	-2.12k	-943	-11.6k	-5.94	-871	-438	
8	1	27.6	1.40k	3.62k	-0.320	4.88k	861	27.6	1.40k	3.52k	-0.320	2.27k	398	27.6	1.40k	3.41k	-0.320	-134	971	
8	2	-1.56k	1.40k	3.62k	-0.320	4.88k	861	-1.56k	1.40k	3.52k	-0.320	2.27k	398	-1.56k	1.40k	3.41k	-0.320	-134	971	
8	3	27.6	-1.68k	-5.74k	-5.20	-3.48k	-982	27.6	-1.68k	-5.84k	-5.20	-1.88k	-393	27.6	-1.68k	-5.94k	-5.20	-687	-827	
8	4	-1.56k	-1.68k	-5.74k	-5.20	-3.48k	-982	-1.56k	-1.68k	-5.84k	-5.20	-1.88k	-393	-1.56k	-1.68k	-5.94k	-5.20	-687	-827	
8	5	841	815	11.3k	1.05	11.9k	1.02k	841	815	11.2k	1.05	5.84k	703	841	815	11.0k	1.05	144	677	
8	6	-2.38k	815	11.3k	1.05	11.9k	1.02k	-2.38k	815	11.2k	1.05	5.84k	703	-2.38k	815	11.0k	1.05	144	677	
8	7	841	-1.09k	-13.4k	-6.57	-10.5k	-1.14k	841	-1.09k	-13.5k	-6.57	-5.44k	-698	841	-1.09k	-13.6k	-6.57	-965	-534	
8	8	-2.38k	-1.09k	-13.4k	-6.57	-10.5k	-1.14k	-2.38k	-1.09k	-13.5k	-6.57	-5.44k	-698	-2.38k	-1.09k	-13.6k	-6.57	-965	-534	
Sollecitazioni combinazioni Trave 5 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-1.01k	-0.13n	142	0.35p	-620	112	-1.01k	-0.13n	-0.51n	0.35p	-585	112	-1.01k	-0.13n	-142	0.35p	-620	112	
1	2	-1.26k	-0.14n	142	0.36p	-766	115	-1.26k	-0.14n	-0.53n	0.36p	-731	115	-1.26k	-0.14n	-142	0.36p	-766	115	
1	3	-1.25k	0.252	142	-3.15m	-776	257	-1.25k	0.252	0.129	-3.15m	-740	257	-1.25k	0.252	-141	-3.15m	-776	257	
1	4	-1.26k	-3.40	199	23.7m	-795	113	-1.26k	-3.40	57.9	23.7m	-731	115	-1.26k	-3.40	-83.6	23.7m	-737	117	
1	5	-1.26k	3.40	83.6	-23.7m	-737	117	-1.26k	3.40	-57.9	-23.7m	-731	115	-1.26k	3.40	-199	-23.7m	-795	113	
1	6	-1.27k	-0.252	141	3.15m	-757	-27.4	-1.27k	-0.252	-0.129	3.15m	-721	-27.3	-1.27k	-0.252	-142	3.15m	-757	-27.1	
1	7	-1.14k	0.420	142	-5.24m	-719	351	-1.14k	0.420	0.216	-5.24m	-684	351	-1.14k	0.420	-141	-5.24m	-719	351	
1	8	-1.15k	-5.67	238	39.6m	-752	111	-1.15k	-5.67	96.5	39.6m	-668	114	-1.15k	-5.67	-45.0	39.6m	-655	117	
1	9	-1.15k	5.67	45.0	-39.6m	-655	117	-1.15k	5.67	-96.5	-39.6m	-668	114	-1.15k	5.67	-238	-39.6m	-752	111	
1	10	-1.17k	-0.420	141	5.24m	-688	-124	-1.17k	-0.420	-0.216	5.24m	-652	-123	-1.17k	-0.420	-142	5.24m	-688	-123	
2	1	-882	0.166	109	-2.08m	-547	181	-882	0.166	85.5m	-2.08m	-520	181	-882	0.166	-109	-2.08m	-547	181	
2	2	-889	-2.26	147	15.7m	-560	86.4	-889	-2.26	38.4	15.7m	-514	87.5	-889	-2.26	-70.5	15.7m	-522	88.6	
2	3	-889	2.26	70.5	-15.7m	-522	88.6	-889	2.26	-38.4	-15.7m	-514	87.5	-889	2.26	-147	-15.7m	-560	86.4	
2	4	-895	-0.166	109	2.08m	-535	-6.47	-895	-0.166	-85.5m	2.08m	-508	-6.39	-895	-0.166	-109	2.08m	-535	-6.30	
2	5	-805	0.277	109	-3.46m	-510	243	-805	0.277	0.142	-3.46m	-483	243	-805	0.277	-109	-3.46m	-510	243	
2	6	-816	-3.76	173	26.2m	-531	84.8	-816	-3.76	64.0	26.2m	-472	86.7	-816	-3.76	-44.9	26.2m	-467	88.6	
2	7	-816	3.76	44.9	-26.2m	-467	88.6	-816	3.76	-64.0	-26.2m	-472	86.7	-816	3.76	-173	-26.2m	-531	84.8	
2	8	-827	-0.277	109	3.46m	-489	-69.9	-827	-0.277	-0.142	3.46m	-462	-69.8	-827	-0.277	-109	3.46m	-489	-69.6	
3	1	-767	-0.10n	109	0.27p	-472	86.2	-767	-0.10n	-0.39n	0.27p	-444	86.2	-767	-0.10n	-109	0.27p	-472	86.2	
3	2	-717	55.4m	109	-0.69m	-446	117	-717	55.4m	28.5m	-0.69m	-419	117	-717	55.4m	-109	-0.69m	-446	117	
3	3	-719	-0.752	122	5.25m	-450	85.2	-719	-0.752	12.8	5.25m	-417	85.6	-719	-0.752	-96.1	5.25m	-437	86.0	
3	4	-719	0.752	96.1	-5.25m	-437	86.0	-719	0.752	-12.8	-5.25m	-417	85.6	-719	0.752	-122	-5.25m	-450	85.2	
3	5	-721	-55.4m	109	0.69m	-442	54.3	-721	-55.4m	-28.5m	0.69m	-414	54.3	-721	-55.4m	-109	0.69m	-442	54.4	
4	1	-719	-99.8p	109	0.27p	-444	85.6	-719	-99.8p	-0.39n	0.27p	-417	85.6	-719	-99.8p	-109	0.27p	-444	85.6	
5	1	-646	-98.1p	109	0.26p	-402	84.8	-646	-98.1p	-0.38n	0.26p	-375	84.8	-646	-98.1p	-109	0.26p	-402	84.8	
6	1	-465	261	638	1.96	-74.8	1.09k	-465	261	529	1.96	-312	960	-465	261	420	1.96	-74.8	1.09k	
6	2	-973	261	638	1.96	-74.8	1.09k	-973	261	529	1.96	-312	960	-973	261	420	1.96	-74.8	1.09k	
6	3	-465	-261	-420	-1.96	-813	-920	-465	-261	-529	-1.96	-521	-789	-465	-261	-638	-1.96	-813	-920	
6	4	-973	-261	-420	-1.96	-813	-920	-973	-261	-529	-1.96	-521	-789	-973	-261	-638	-1.96	-813	-920	
6	5	-643	566	1.62k	3.04	345	631	-643	566	1.51k	3.04	-385	348	-643	566	1.41k	3.04	345	631	
6	6	-795	566	1.62k	3.04	345	631	-795	566	1.51k	3.04	-385	348	-795	566	1.41k	3.04	345	631	
6	7	-643	-567	-1.41k	-3.04	-1.23k	-460	-643	-567	-1.51k	-3.04	-448	-177	-643	-567	-1.62k	-3.04	-1.23k	-460	
6	8	-795	-567	-1.41k	-3.04	-1.23k	-460	-795	-567	-1.51k	-3.04	-448	-177	-795	-567	-1.62k	-3.04	-1.23k	-460	
7	1	-509	214	546	1.61	-138	909	-509	214	437	1.61	-329	802	-509	214	328	1.61	-138	909	
7	2	-929	214	546	1.61	-138	909	-929	214	437	1.61	-329	802	-929	214	328	1.61	-138	909	
7	3	-509	-214	-328	-1.61	-749	-738	-509	-214	-437	-1.61	-504	-631	-509	-214	-546	-1.61	-749	-738	
7	4	-929	-214	-328	-1.61	-749	-738	-929	-214	-437	-1.61	-504	-631	-929	-214	-546	-1.61	-749	-738	
7	5	-656	465	1.36k	2.49	209	533	-656	465	1.25k	2.49	-390	301	-656	465	1.15k	2.49	209	533	
7	6	-782	465	1.36k	2.49	209	533	-782	465	1.25k	2.49	-390	301	-782	465	1.15k	2.49	209	533	
7	7	-656	-465	-1.14k	-2.49	-1.10k	-362	-656	-465	-1.25k	-2.49	-443	-129	-656	-465	-1.36k	-2.49	-1.10k	-362	
7	8	-782	-465	-1.14k	-2.49	-1.10k	-362	-782	-465	-1.25k	-2.49	-443	-129	-782	-465	-1.36k	-2.49	-1.10k	-362	
8	1	-465	254	640	1.90	-68.3	1.06k	-465	254	531	1.90	-307	933	-465	254	422	1.90	-68.3	1.06k	
8	2	-973	254	640	1.90	-68.3	1.06k	-973	254	531	1.90	-307	933	-973	254	422	1.90	-68.3	1.06k	
8	3	-465	-254	-422	-1.90	-819	-889	-465	-254	-531	-1.90	-526	-762	-465	-254	-640	-1.90	-819	-889	
8	4	-973	-254	-422	-1.90	-819	-889	-973	-254	-531	-1.90	-526	-762	-973	-254	-640	-1.90	-819	-889	
8	5	-643	554	1.64k	2.96	354	617	-643	554	1.53k	2.96	-384	340	-643	554	1.42k	2.96	354	617	
8	6	-795	554	1.64k	2.96	354	617	-795	554	1.53k	2.96	-384	340	-795	554	1.42k	2.96	354	617	
8	7	-643	-554	-1.42k	-2.96	-1.24k	-446	-643	-554	-1.53k	-2.96	-449	-169	-643	-554	-1.64k	-2.96	-1.24k	-446	
8	8	-795	-554	-1.42k	-2.96	-1.24k	-446	-795	-554	-1.53k	-2.96	-449	-169	-795	-554	-1.64k	-2.96	-1.24k	-446	
Sollecitazioni combinazioni Trave 6 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-922	179	-1.39k	3.65	922	78.5	-922	179	-1.52k	3.65	268	-2.29	-922	179	-1.66k	3.65	-527	-92.0	
1	2	-1.15k	183	-1.73k	4.05	1.13k	80.5	-1.15k	183	-1.86k	4.05	323	-1.87	-1.15k	183	-2.00k	4.05	-642	-93.4	
1	3	-1.16k	-33.3	-1.71k	4.83	1.12k	-5.04	-1.16k	-33.3	-1.84k	4.83	320	9.95	-1.16k	-33.3	-1.98k	4.83	-637	26.6	
1	4	-1.11k	179	-1.15k	4.09	587	74.8	-1.11k	179	-1.27k	4.09	42.9	-5.95	-1.11k	179	-1.41k	4.09	-630	-95.7	
1	5	-1.18k	187	-2.32k	4.00	1.68k	86.2	-1.18k	187	-2.44k	4.00	604	2.21	-1.18k	187	-2.59k	4.00	-654	-91.1	
1	6	-1.14k	399	-1.75k	3.26	1.14k	166	-1.14k	399	-1.88k	3.26	327	-13.7	-1.14k	399	-2.02k	3.26	-647	-213	
1	7	-1.07k	-179	-1.56k	5.19	1.02k	-62.9	-1.07k	-179	-1.68k	5.19	293	17.6	-1.07k	-179	-1.82k	5.19	-584	107	
1	8	-992	175	-610	3.95	135	70.1	-992	175	-737	3.95	-168	-8.85	-992	175	-879	3.95	-572	-96.6	
1	9	-1.11k	187	-2.56k	3.80	1.95k	89.1	-1.11k	187	-2.69k	3.80	767	4.75	-1.11k	187	-2.83k	3.80	-613	-89.0	
1	10	-1.03k	542	-1.62k	2.57	1.06k	222	-1.03k	542	-1.74k	2.57	306	-21.7	-1.03k	542	-1.88k	2.57	-601	-293	
2	1	-816	-3.20	-1.21k	3.50	794	4.79	-816	-3.20	-1.31k	3.50	228	6.23	-816	-3.20	-1.41k	3.50	-452	7.82	
2	2	-785	137	-832	3.01	441	57.5	-785	137	-930	3.01	44.5	-4.28	-785	137	-1.04k	3.01	-448	-72.9	
2	3	-833	142	-1.61k	2.95	1.16k	65.0	-833	142	-1.71k	2.95	416	1.13	-833	142	-1.81k	2.95	-464	-69.9	
2	4	-801	282	-1.23k	2.46	809	118	-801	282	-1.33k	2.46	233	-9.38	-801	282	-1.44k	2.46	-459	-151	
2	5	-756	-99.4	-1.10k	3.74	729	-33.4	-756	-99.4	-1.20k	3.74	210	11.3	-756	-99.4	-1.31k	3.74	-417	61.0	
2	6	-705	135	-476	2.92	141	54.4	-705	135	-574	2.92	-95.4	-6.20	-705	135	-683	2.92	-409	-73.5	
2	7	-784	143	-1.77k	2.82	1.34k	67.0	-784	143	-1.87k	2.82	524	2.81	-784	143	-1.98k	2.82	-437	-68.5	
2	8	-732	377	-1.14k	2.01	755	155	-732	377	-1.24k	2.01	219	-14.7	-732	377	-1.35k	2.01	-429	-203	
3	1	-701	138	-1.06k	2.80	702	60.3	-701	138	-1.16k	2.80	204	-1.78	-701	138	-1.26k	2.80	-401	-70.7	
3	2	-661	89.6	-989	2.90	659	41.1	-661	89.6	-1.09k	2.90	192	0.744	-661	89.6	-1.19k	2.90	-378	-44.1	
3	3	-650	136	-863	2.73	542	58.6	-650	136	-961	2.73	131	-2.76	-650	136	-1.07k	2.73	-377	-71.0	
3	4	-666	138	-1.12k	2.71	782	61.2	-666	138	-1.22k	2.71	255	-0.954	-666	138	-1.33k	2.71	-382	-70.0	
3	5	-656	185	-997	2.55	665	78.7	-656	185	-1.09k	2.55	194	-4.46	-656	185	-1.20k	2.55	-380	-96.9	
4	1	-658	137	-993	2.72	662	59.9	-658	137	-1.09k	2.72	193	-1.86	-658	137	-1.20k	2.72	-379	-70.5	
5	1	-594	136	-895	2.61	602	59.3	-594	136	-993	2.61	177	-1.98	-594	136	-1.10k	2.61	-346	-70.1	
6	1	180	1.85k	3.84k	4.94	5.11k	1.19k	180	1.85k	3.74k	4.94	2.47k	535	180	1.85k	3.63k	4.94	-238	941	
6	2	-1.50k	1.85k	3.84k	4.94	5.11k	1.19k	-1.50k	1.85k	3.74k	4.94	2.47k	535	-1.50k	1.85k	3.63k	4.94	-238	941	
6	3	180	-1.57k	-5.82k	0.503	-3.79k	-1.07k	180	-1.57k	-5.92k	0.503	-2.08k	-539	180	-1.57k	-6.03k	0.503	-520	-1.08k	
6	4	-1.50k	-1.57k	-5.82k	0.503	-3.79k	-1.07k	-1.50k	-1.57k	-5.92k	0.503	-2.08k	-539	-1.50k	-1.57k	-6.03k	0.503	-520	-1.08k	
6	5	1.10k	1.49k	12.2k	6.18	13.0k	1.75k	1.10k	1.49k	12.1k	6.18	6.53k	1.14k	1.10k	1.49k	12.0k	6.18	-94.8	795	
6	6	-2.42k	1.49k	12.2k	6.18	13.0k	1.75k	-2.42k	1.49k	12.1k	6.18	6.53k	1.14k	-2.42k	1.49k	12.0k	6.18	-94.8	795	
6	7	1.10k	-1.21k	-14.2k	-0.735	-11.6k	-1.63k	1.10k	-1.21k	-14.3k	-0.735	-6.14k	-1.14k	1.10k	-1.21k	-14.4k	-0.735	-664	-936	
6	8	-2.42k	-1.21k	-14.2k	-0.735	-11.6k	-1.63k	-2.42k	-1.21k	-14.3k	-0.735	-6.14k	-1.14k	-2.42k	-1.21k	-14.4k	-0.735	-664	-936	
7	1	30.6	1.54k	2.97k	4.57	4.31k	983	30.6	1.54k	2.88k	4.57	2.06k	439	30.6	1.54k	2.77k	4.57	-262	758	
7	2	-1.35k	1.54k	2.97k	4.57	4.31k	983	-1.35k	1.54k	2.88k	4.57	2.06k	439	-1.35k	1.54k	2.77k	4.57	-262	758	
7	3	30.6	-1.26k	-4.96k	0.878	-2.99k	-863	30.6	-1.26k	-5.06k	0.878	-1.67k	-442	30.6	-1.26k	-5.17k	0.878	-497	-899	
7	4	-1.35k	-1.26k	-4.96k	0.878	-2.99k	-863	-1.35k	-1.26k	-5.06k	0.878	-1.67k	-442	-1.35k	-1.26k	-5.17k	0.878	-497	-899	
7	5	788	1.24k	9.87k	5.56	10.8k	1.45k	788	1.24k	9.77k	5.56	5.40k	934	788	1.24k	9.66k	5.56	-145	639	
7	6	-2.10k	1.24k	9.87k	5.56	10.8k	1.45k	-2.10k	1.24k	9.77k	5.56	5.40k	934	-2.10k	1.24k	9.66k	5.56	-145	639	
7	7	788	-968	-11.9k	-0.121	-9.43k	-1.33k	788	-968	-12.0k	-0.121	-5.01k	-937	788	-968	-12.1k	-0.121	-614	-780	
7	8	-2.10k	-968	-11.9k	-0.121	-9.43k	-1.33k	-2.10k	-968	-12.0k	-0.121	-5.01k	-937	-2.10k	-968	-12.1k	-0.121	-614	-780	
8	1	165	1.80k	3.73k	4.99	5.01k	1.15k	165	1.80k	3.64k	4.99	2.41k	519	165	1.80k	3.53k	4.99	-232	910	
8	2	-1.48k	1.80k	3.73k	4.99	5.01k	1.15k	-1.48k	1.80k	3.64k	4.99	2.41k	519	-1.48k	1.80k	3.53k	4.99	-232	910	
8	3	165	-1.52k	-5.72k	0.454	-3.68k	-1.03k	165	-1.52k	-5.82k	0.454	-2.03k	-523	165	-1.52k	-5.92k	0.454	-526	-1.05k	
8	4	-1.48k	-1.52k	-5.72k	0.454	-3.68k	-1.03k	-1.48k	-1.52k	-5.82k	0.454	-2.03k	-523	-1.48k	-1.52k	-5.92k	0.454	-526	-1.05k	
8	5	1.06k	1.45k	11.9k	6.11	12.7k	1.70k	1.06k	1.45k	11.8k	6.11	6.38k	1.11k	1.06k	1.45k	11.7k	6.11	-98.4	770	
8	6	-2.38k	1.45k	11.9k	6.11	12.7k	1.70k	-2.38k	1.45k	11.8k	6.11	6.38k	1.11k	-2.38k	1.45k	11.7k	6.11	-98.4	770	
8	7	1.06k	-1.17k	-13.9k	-0.671	-11.3k	-1.58k	1.06k	-1.17k	-14.0k	-0.671	-5.99k	-1.11k	1.06k	-1.17k	-14.1k	-0.671	-660	-911	
8	8	-2.38k	-1.17k	-13.9k	-0.671	-11.3k	-1.58k	-2.38k	-1.17k	-14.0k	-0.671	-5.99k	-1.11k	-2.38k	-1.17k	-14.1k	-0.671	-660	-911	
Sollecitazioni combinazioni Trave 7 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-922	-179	1.66k	-3.65	-527	-92.0	-922	-179	1.52k	-3.65	268	-2.29	-922	-179	1.39k	-3.65	922	78.5	
1	2	-1.15k	-183	2.00k	-4.05	-642	-93.4	-1.15k	-183	1.86k	-4.05	323	-1.87	-1.15k	-183	1.73k	-4.05	1.13k	80.5	
1	3	-1.16k	33.9	1.98k	-4.84	-636	26.2	-1.16k	33.9	1.84k	-4.84	318	9.30	-1.16k	33.9	1.71k	-4.84	1.12k	-5.95	
1	4	-1.18k	-187	2.59k	-4.00	-654	-91.1	-1.18k	-187	2.45k	-4.00	604	2.21	-1.18k	-187	2.32k	-4.00	1.68k	86.2	
1	5	-1.11k	-179	1.42k	-4.09	-630	-95.7	-1.11k	-179	1.27k	-4.09	42.9	-5.95	-1.11k	-179	1.15k	-4.09	587	74.8	
1	6	-1.14k	-400	2.02k	-3.25	-647	-213	-1.14k	-400	1.88k	-3.25	329	-13.0	-1.14k	-400	1.75k	-3.25	1.15k	167	
1	7	-1.07k	180	1.82k	-5.20	-584	107	-1.07k	180	1.68k	-5.20	290	16.6	-1.07k	180	1.55k	-5.20	1.02k	-64.4	
1	8	-1.11k	-188	2.83k	-3.81	-613	-89.0	-1.11k	-188	2.69k	-3.81	767	4.75	-1.11k	-188	2.56k	-3.81	1.95k	89.1	
1	9	-992	-176	879	-3.95	-572	-96.6	-992	-176	737	-3.95	-168	-8.85	-992	-176	610	-3.95	135	70.1	
1	10	-1.03k	-543	1.89k	-2.56	-602	-292	-1.03k	-543	1.75k	-2.56	309	-20.7	-1.03k	-543	1.62k	-2.56	1.07k	224	
2	1	-816	3.57	1.41k	-3.51	-452	7.58	-816	3.57	1.30k	-3.51	227	5.80	-816	3.57	1.21k	-3.51	791	4.19	
2	2	-833	-142	1.81k	-2.95	-464	-69.9	-833	-142	1.71k	-2.95	416	1.13	-833	-142	1.61k	-2.95	1.16k	65.0	
2	3	-785	-137	1.04k	-3.01	-448	-72.9	-785	-137	930	-3.01	44.5	-4.28	-785	-137	832	-3.01	441	57.5	
2	4	-802	-283	1.44k	-2.46	-459	-150	-802	-283	1.33k	-2.46	234	-8.95	-802	-283	1.23k	-2.46	812	118	
2	5	-756	100	1.31k	-3.74	-417	60.6	-756	100	1.20k	-3.74	208	10.6	-756	100	1.10k	-3.74	725	-34.4	
2	6	-784	-143	1.98k	-2.82	-437	-68.5	-784	-143	1.87k	-2.82	524	2.81	-784	-143	1.77k	-2.82	1.34k	67.0	
2	7	-705	-135	683	-2.92	-409	-73.5	-705	-135	574	-2.92	-95.4	-6.20	-705	-135	476	-2.92	141	54.4	
2	8	-733	-377	1.35k	-2.00	-429	-203	-733	-377	1.24k	-2.00	221	-14.0	-733	-377	1.15k	-2.00	759	156	
3	1	-701	-138	1.26k	-2.80	-401	-70.7	-701	-138	1.16k	-2.80	204	-1.78	-701	-138	1.06k	-2.80	702	60.3	
3	2	-661	-89.5	1.19k	-2.90	-378	-44.1	-661	-89.5	1.09k	-2.90	192	0.602	-661	-89.5	988	-2.90	659	40.9	
3	3	-666	-138	1.33k	-2.71	-382	-70.0	-666	-138	1.22k	-2.71	255	-0.954	-666	-138	1.12k	-2.71	782	61.2	
3	4	-650	-136	1.07k	-2.73	-377	-71.0	-650	-136	961	-2.73	131	-2.76	-650	-136	863	-2.73	542	58.6	
3	5	-656	-185	1.20k	-2.55	-380	-96.8	-656	-185	1.10k	-2.55	194	-4.31	-656	-185	997	-2.55	665	78.9	
4	1	-658	-137	1.20k	-2.72	-379	-70.5	-658	-137	1.09k	-2.72	193	-1.86	-658	-137	993	-2.72	662	59.9	
5	1	-594	-136	1.10k	-2.61	-346	-70.1	-594	-136	993	-2.61	177	-1.98	-594	-136	895	-2.61	602	59.3	
6	1	180	1.57k	6.03k	-0.503	-238	941	180	1.57k	5.92k	-0.503	2.47k	535	180	1.57k	5.82k	-0.503	5.11k	1.19k	
6	2	-1.50k	1.57k	6.03k	-0.503	-238	941	-1.50k	1.57k	5.92k	-0.503	2.47k	535	-1.50k	1.57k	5.82k	-0.503	5.11k	1.19k	
6	3	180	-1.85k	-3.63k	-4.94	-520	-1.08k	180	-1.85k	-3.74k	-4.94	-2.08k	-539	180	-1.85k	-3.83k	-4.94	-3.79k	-1.07k	
6	4	-1.50k	-1.85k	-3.63k	-4.94	-520	-1.08k	-1.50k	-1.85k	-3.74k	-4.94	-2.08k	-539	-1.50k	-1.85k	-3.83k	-4.94	-3.79k	-1.07k	
6	5	1.10k	1.21k	14.4k	0.735	-94.8	795	1.10k	1.21k	14.3k	0.735	6.53k	1.14k	1.10k	1.21k	14.2k	0.735	13.0k	1.75k	
6	6	-2.42k	1.21k	14.4k	0.735	-94.8	795	-2.42k	1.21k	14.3k	0.735	6.53k	1.14k	-2.42k	1.21k	14.2k	0.735	13.0k	1.75k	
6	7	1.10k	-1.49k	-12.0k	-6.18	-664	-936	1.10k	-1.49k	-12.1k	-6.18	-6.14k	-1.14k	1.10k	-1.49k	-12.2k	-6.18	-11.6k	-1.63k	
6	8	-2.42k	-1.49k	-12.0k	-6.18	-664	-936	-2.42k	-1.49k	-12.1k	-6.18	-6.14k	-1.14k	-2.42k	-1.49k	-12.2k	-6.18	-11.6k	-1.63k	
7	1	30.6	1.26k	5.17k	-0.878	-262	758	30.6	1.26k	5.06k	-0.878	2.06k	439	30.6	1.26k	4.96k	-0.878	4.31k	983	
7	2	-1.35k	1.26k	5.17k	-0.878	-262	758	-1.35k	1.26k	5.06k	-0.878	2.06k	439	-1.35k	1.26k	4.96k	-0.878	4.31k	983	
7	3	30.6	-1.54k	-2.77k	-4.57	-497	-899	30.6	-1.54k	-2.88k	-4.57	-1.67k	-442	30.6	-1.54k	-2.97k	-4.57	-2.99k	-863	
7	4	-1.35k	-1.54k	-2.77k	-4.57	-497	-899	-1.35k	-1.54k	-2.88k	-4.57	-1.67k	-442	-1.35k	-1.54k	-2.97k	-4.57	-2.99k	-863	
7	5	788	968	12.1k	0.121	-145	639	788	968	12.0k	0.121	5.40k	934	788	968	11.9k	0.121	10.8k	1.45k	
7	6	-2.10k	968	12.1k	0.121	-145	639	-2.10k	968	12.0k	0.121	5.40k	934	-2.10k	968	11.9k	0.121	10.8k	1.45k	
7	7	788	-1.24k	-9.66k	-5.57	-614	-780	788	-1.24k	-9.77k	-5.57	-5.01k	-937	788	-1.24k	-9.87k	-5.57	-9.43k	-1.33k	
7	8	-2.10k	-1.24k	-9.66k	-5.57	-614	-780	-2.10k	-1.24k	-9.77k	-5.57	-5.01k	-937	-2.10k	-1.24k	-9.87k	-5.57	-9.43k	-1.33k	
8	1	165	1.52k	5.93k	-0.454	-232	910	165	1.52k	5.82k	-0.454	2.41k	519	165	1.52k	5.72k	-0.454	5.01k	1.15k	
8	2	-1.48k	1.52k	5.93k	-0.454	-232	910	-1.48k	1.52k	5.82k	-0.454	2.41k	519	-1.48k	1.52k	5.72k	-0.454	5.01k	1.15k	
8	3	165	-1.79k	-3.53k	-4.99	-526	-1.05k	165	-1.79k	-3.64k	-4.99	-2.03k	-523	165	-1.79k	-3.73k	-4.99	-3.68k	-1.03k	
8	4	-1.48k	-1.79k	-3.53k	-4.99	-526	-1.05k	-1.48k	-1.79k	-3.64k	-4.99	-2.03k	-523	-1.48k	-1.79k	-3.73k	-4.99	-3.68k	-1.03k	
8	5	1.06k	1.17k	14.1k	0.671	-98.4	770	1.06k	1.17k	14.0k	0.671	6.38k	1.11k	1.06k	1.17k	13.9k	0.671	12.7k	1.70k	
8	6	-2.38k	1.17k	14.1k	0.671	-98.4	770	-2.38k	1.17k	14.0k	0.671	6.38k	1.11k	-2.38k	1.17k	13.9k	0.671	12.7k	1.70k	
8	7	1.06k	-1.45k	-11.7k	-6.12	-660	-911	1.06k	-1.45k	-11.8k	-6.12	-5.99k	-1.11k	1.06k	-1.45k	-11.9k	-6.12	-11.3k	-1.58k	
8	8	-2.38k	-1.45k	-11.7k	-6.12	-660	-911	-2.38k	-1.45k	-11.8k	-6.12	-5.99k	-1.11k	-2.38k	-1.45k	-11.9k	-6.12	-11.3k	-1.58k	
Sollecitazioni combinazioni Trave 8 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-880	-88.1p	142	1.47p	-591	-110	-880	-88.1p	13.2n	1.47p	-556	-110	-880	-88.1p	-142	1.47p	-591	-110	
1	2	-1.10k	-92.3p	142	1.54p	-720	-112	-1.10k	-92.3p	13.9n	1.54p	-685	-112	-1.10k	-92.3p	-142	1.54p	-720	-112	
1	3	-1.11k	0.255	141	-2.93m	-714	29.9	-1.11k	0.255	-0.235	-2.93m	-679	29.8	-1.11k	0.255	-142	-2.93m	-714	29.6	
1	4	-1.10k	-3.22	227	37.7m	-763	-113	-1.10k	-3.22	85.2	37.7m	-685	-112	-1.10k	-3.22	-56.3	37.7m	-678	-110	
1	5	-1.10k	3.22	56.3	-37.7m	-678	-110	-1.10k	3.22	-85.2	-37.7m	-685	-112	-1.10k	3.22	-227	-37.7m	-763	-113	
1	6	-1.08k	-0.255	142	2.93m	-727	-253	-1.08k	-0.255	0.235	2.93m	-691	-253	-1.08k	-0.255	-141	2.93m	-727	-253	
1	7	-1.02k	0.426	141	-4.88m	-654	125	-1.02k	0.426	-0.392	-4.88m	-619	125	-1.02k	0.426	-142	-4.88m	-655	125	
1	8	-1.00k	-5.37	283	62.8m	-736	-114	-1.00k	-5.37	142	62.8m	-630	-111	-1.00k	-5.37	0.449	62.8m	-594	-108	
1	9	-1.00k	5.37	-0.449	-62.8m	-594	-108	-1.00k	5.37	-142	-62.8m	-630	-111	-1.00k	5.37	-284	-62.8m	-736	-114	
1	10	-985	-0.426	142	4.88m	-676	-347	-985	-0.426	0.392	4.88m	-640	-347	-985	-0.426	-141	4.88m	-675	-346	
2	1	-780	0.169	109	-1.93m	-507	8.12	-780	0.169	-0.155	-1.93m	-480	8.04	-780	0.169	-109	-1.93m	-508	7.95	
2	2	-772	-2.14	165	25.0m	-540	-86.3	-772	-2.14	56.4	25.0m	-484	-85.3	-772	-2.14	-52.4	25.0m	-483	-84.2	
2	3	-772	2.14	52.4	-25.0m	-483	-84.2	-772	2.14	-56.4	-25.0m	-484	-85.3	-772	2.14	-165	-25.0m	-540	-86.3	
2	4	-765	-0.169	109	1.93m	-516	-179	-765	-0.169	0.155	1.93m	-489	-179	-765	-0.169	-109	1.93m	-516	-179	
2	5	-723	0.281	109	-3.22m	-468	70.9	-723	0.281	-0.259	-3.22m	-441	70.7	-723	0.281	-109	-3.22m	-468	70.6	
2	6	-710	-3.56	203	41.6m	-522	-86.6	-710	-3.56	94.1	41.6m	-448	-84.8	-710	-3.56	-14.8	41.6m	-428	-83.0	
2	7	-710	3.56	14.8	-41.6m	-428	-83.0	-710	3.56	-94.1	-41.6m	-448	-84.8	-710	3.56	-203	-41.6m	-522	-86.6	
2	8	-698	-0.281	109	3.22m	-482	-241	-698	-0.281	0.259	3.22m	-454	-240	-698	-0.281	-109	3.22m	-482	-240	
3	1	-669	-67.7p	109	1.13p	-450	-84.5	-669	-67.7p	10.1n	1.13p	-423	-84.5	-669	-67.7p	-109	1.13p	-450	-84.5	
3	2	-630	56.2m	109	-0.64m	-424	-53.0	-630	56.2m	-51.8m	-0.64m	-397	-53.0	-630	56.2m	-109	-0.64m	-424	-53.1	
3	3	-628	-0.712	128	8.32m	-435	-84.5	-628	-0.712	18.8	8.32m	-398	-84.1	-628	-0.712	-90.0	8.32m	-416	-83.8	
3	4	-628	0.712	90.0	-8.32m	-416	-83.8	-628	0.712	-18.8	-8.32m	-398	-84.1	-628	0.712	-128	-8.32m	-435	-84.5	
3	5	-625	-56.2m	109	0.64m	-427	-115	-625	-56.2m	51.8m	0.64m	-400	-115	-625	-56.2m	-109	0.64m	-427	-115	
4	1	-628	-66.9p	109	1.12p	-426	-84.1	-628	-66.9p	10.0n	1.12p	-398	-84.1	-628	-66.9p	-109	1.12p	-426	-84.1	
5	1	-566	-65.7p	109	1.09p	-389	-83.7	-566	-65.7p	9.82n	1.09p	-361	-83.7	-566	-65.7p	-109	1.09p	-389	-83.7	
6	1	-384	364	852	2.39	8.27	986	-384	364	744	2.39	-336	804	-384	364	635	2.39	8.27	986	
6	2	-871	364	852	2.39	8.27	986	-871	364	744	2.39	-336	804	-871	364	635	2.39	8.27	986	
6	3	-384	-364	-635	-2.39	-859	-1.15k	-384	-364	-744	-2.39	-460	-972	-384	-364	-852	-2.39	-859	-1.15k	
6	4	-871	-364	-635	-2.39	-859	-1.15k	-871	-364	-744	-2.39	-460	-972	-871	-364	-852	-2.39	-859	-1.15k	
6	5	-555	908	2.27k	4.64	671	636	-555	908	2.16k	4.64	-380	182	-555	908	2.05k	4.64	671	636	
6	6	-701	908	2.27k	4.64	671	636	-701	908	2.16k	4.64	-380	182	-701	908	2.05k	4.64	671	636	
6	7	-555	-908	-2.05k	-4.64	-1.52k	-805	-555	-908	-2.16k	-4.64	-417	-351	-555	-908	-2.26k	-4.64	-1.52k	-805	
6	8	-701	-908	-2.05k	-4.64	-1.52k	-805	-701	-908	-2.16k	-4.64	-417	-351	-701	-908	-2.26k	-4.64	-1.52k	-805	
7	1	-427	299	720	1.96	-67.0	793	-427	299	611	1.96	-345	643	-427	299	502	1.96	-67.0	793	
7	2	-828	299	720	1.96	-67.0	793	-828	299	611	1.96	-345	643	-828	299	502	1.96	-67.0	793	
7	3	-427	-299	-502	-1.96	-784	-961	-427	-299	-611	-1.96	-451	-812	-427	-299	-720	-1.96	-784	-961	
7	4	-828	-299	-502	-1.96	-784	-961	-828	-299	-611	-1.96	-451	-812	-828	-299	-720	-1.96	-784	-961	
7	5	-568	745	1.88k	3.80	477	507	-568	745	1.77k	3.80	-382	134	-568	745	1.66k	3.80	477	507	
7	6	-688	745	1.88k	3.80	477	507	-688	745	1.77k	3.80	-382	134	-688	745	1.66k	3.80	477	507	
7	7	-568	-745	-1.66k	-3.80	-1.33k	-675	-568	-745	-1.77k	-3.80	-414	-302	-568	-745	-1.88k	-3.80	-1.33k	-675	
7	8	-688	-745	-1.66k	-3.80	-1.33k	-675	-688	-745	-1.77k	-3.80	-414	-302	-688	-745	-1.88k	-3.80	-1.33k	-675	
8	1	-385	354	838	2.31	9.25	953	-385	354	729	2.31	-328	776	-385	354	620	2.31	9.25	953	
8	2	-870	354	838	2.31	9.25	953	-870	354	729	2.31	-328	776	-870	354	620	2.31	9.25	953	
8	3	-385	-354	-620	-2.31	-860	-1.12k	-385	-354	-729	-2.31	-469	-944	-385	-354	-838	-2.31	-860	-1.12k	
8	4	-870	-354	-620	-2.31	-860	-1.12k	-870	-354	-729	-2.31	-469	-944	-870	-354	-838	-2.31	-860	-1.12k	
8	5	-555	883	2.23k	4.49	654	615	-555	883	2.12k	4.49	-377	174	-555	883	2.01k	4.49	654	615	
8	6	-701	883	2.23k	4.49	654	615	-701	883	2.12k	4.49	-377	174	-701	883	2.01k	4.49	654	615	
8	7	-555	-883	-2.01k	-4.49	-1.50k	-784	-555	-883	-2.12k	-4.49	-419	-342	-555	-883	-2.23k	-4.49	-1.50k	-784	
8	8	-701	-883	-2.01k	-4.49	-1.50k	-784	-701	-883	-2.12k	-4.49	-419	-342	-701	-883	-2.23k	-4.49	-1.50k	-784	
Sollecitazioni combinazioni Pilastro 1 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-77.9k	3.11k	717	-0.780	-1.23k	7.85k	-81.0k	3.11k	717	-0.780	-447	4.42k	-85.6k	3.11k	717	-0.780	700	-558	
1	2	-85.6k	3.06k	1.05k	-0.686	-1.70k	7.79k	-88.7k	3.06k	1.05k	-0.686	-546	4.42k	-93.3k	3.06k	1.05k	-0.686	1.14k	-477	
1	3	-84.3k	2.35k	1.14k	-0.406	-1.81k	6.78k	-87.5k	2.35k	1.14k	-0.406	-560	4.19k	-92.1k	2.35k	1.14k	-0.406	1.26k	434	
1	4	-82.6k	3.00k	1.35k	-1.58	-2.00k	7.68k	-85.7k	3.00k	1.35k	-1.58	-517	4.37k	-90.3k	3.00k	1.35k	-1.58	1.63k	-431	
1	5	-88.6k	3.12k	756	0.209	-1.41k	7.90k	-91.8k	3.12k	756	0.209	-574	4.47k	-96.3k	3.12k	756	0.209	636	-522	
1	6	-86.8k	3.77k	965	-0.966	-1.59k	8.79k	-90.0k	3.77k	965	-0.966	-532	4.65k	-94.6k	3.77k	965	-0.966	1.01k	-1.39k	
1	7	-80.2k	1.90k	1.05k	-0.260	-1.68k	6.14k	-83.4k	1.90k	1.05k	-0.260	-527	4.05k	-87.9k	1.90k	1.05k	-0.260	1.15k	1.01k	
1	8	-77.2k	2.99k	1.40k	-2.22	-1.99k	7.63k	-80.4k	2.99k	1.40k	-2.22	-456	4.34k	-85.0k	2.99k	1.40k	-2.22	1.78k	-436	
1	9	-87.3k	3.18k	417	0.765	-1.01k	8.00k	-90.5k	3.18k	417	0.765	-551	4.50k	-95.1k	3.18k	417	0.765	116	-588	
1	10	-84.3k	4.27k	764	-1.19	-1.32k	9.49k	-87.5k	4.27k	764	-1.19	-479	4.80k	-92.1k	4.27k	764	-1.19	743	-2.03k	
2	1	-62.5k	1.90k	755	-0.374	-1.23k	5.35k	-64.9k	1.90k	755	-0.374	-397	3.25k	-68.4k	1.90k	755	-0.374	811	207	
2	2	-61.3k	2.33k	893	-1.15	-1.35k	5.94k	-63.7k	2.33k	893	-1.15	-368	3.37k	-67.2k	2.33k	893	-1.15	1.06k	-363	
2	3	-65.3k	2.41k	503	34.1m	-960	6.08k	-67.7k	2.41k	503	34.1m	-406	3.43k	-71.2k	2.41k	503	34.1m	399	-424	
2	4	-64.1k	2.84k	641	-0.744	-1.08k	6.67k	-66.5k	2.84k	641	-0.744	-378	3.55k	-70.1k	2.84k	641	-0.744	649	-995	
2	5	-59.7k	1.61k	697	-0.278	-1.14k	4.92k	-62.1k	1.61k	697	-0.278	-375	3.15k	-65.7k	1.61k	697	-0.278	741	585	
2	6	-57.7k	2.32k	928	-1.57	-1.35k	5.90k	-60.2k	2.32k	928	-1.57	-327	3.35k	-63.7k	2.32k	928	-1.57	1.16k	-367	
2	7	-64.4k	2.45k	278	0.403	-696	6.15k	-66.8k	2.45k	278	0.403	-391	3.45k	-70.4k	2.45k	278	0.403	53.7	-467	
2	8	-62.4k	3.17k	508	-0.894	-902	7.13k	-64.9k	3.17k	508	-0.894	-343	3.65k	-68.4k	3.17k	508	-0.894	470	-1.42k	
3	1	-59.6k	2.40k	539	-0.604	-933	6.04k	-62.0k	2.40k	539	-0.604	-340	3.40k	-65.6k	2.40k	539	-0.604	523	-432	
3	2	-57.9k	2.25k	495	-0.560	-868	5.83k	-60.3k	2.25k	495	-0.560	-324	3.35k	-63.8k	2.25k	495	-0.560	467	-248	
3	3	-57.5k	2.39k	541	-0.819	-910	6.02k	-59.9k	2.39k	541	-0.819	-315	3.39k	-63.4k	2.39k	541	-0.819	550	-438	
3	4	-58.8k	2.42k	411	-0.424	-779	6.07k	-61.2k	2.42k	411	-0.424	-328	3.41k	-64.8k	2.42k	411	-0.424	329	-458	
3	5	-58.4k	2.56k	457	-0.683	-820	6.27k	-60.8k	2.56k	457	-0.683	-318	3.45k	-64.4k	2.56k	457	-0.683	413	-648	
4	1	-58.1k	2.41k	476	-0.621	-844	6.05k	-60.6k	2.41k	476	-0.621	-321	3.40k	-64.1k	2.41k	476	-0.621	440	-448	
5	1	-55.9k	2.42k	380	-0.648	-711	6.07k	-58.4k	2.42k	380	-0.648	-293	3.40k	-61.9k	2.42k	380	-0.648	315	-471	
6	1	-34.9k	8.47k	1.99k	12.1	800	14.5k	-37.3k	8.47k	1.99k	12.1	-63.0	5.43k	-40.9k	8.47k	1.99k	12.1	2.88k	7.51k	
6	2	-81.4k	8.47k	1.99k	12.1	800	14.5k	-83.8k	8.47k	1.99k	12.1	-63.0	5.43k	-87.3k	8.47k	1.99k	12.1	2.88k	7.51k	
6	3	-34.9k	-3.66k	-1.03k	-13.4	-2.49k	-2.44k	-37.3k	-3.66k	-1.03k	-13.4	-579	1.38k	-40.9k	-3.66k	-1.03k	-13.4	-2.00k	-8.41k	
6	4	-81.4k	-3.66k	-1.03k	-13.4	-2.49k	-2.44k	-83.8k	-3.66k	-1.03k	-13.4	-579	1.38k	-87.3k	-3.66k	-1.03k	-13.4	-2.00k	-8.41k	
6	5	-20.6k	5.36k	3.51k	23.2	2.19k	10.7k	-23.1k	5.36k	3.51k	23.2	171	4.89k	-26.6k	5.36k	3.51k	23.2	5.62k	2.88k	
6	6	-95.6k	5.36k	3.51k	23.2	2.19k	10.7k	-98.1k	5.36k	3.51k	23.2	171	4.89k	-102k	5.36k	3.51k	23.2	5.62k	2.88k	
6	7	-20.6k	-552	-2.56k	-24.4	-3.88k	1.36k	-23.1k	-552	-2.56k	-24.4	-813	1.91k	-26.6k	-552	-2.56k	-24.4	-4.74k	-3.77k	
6	8	-95.6k	-552	-2.56k	-24.4	-3.88k	1.36k	-98.1k	-552	-2.56k	-24.4	-813	1.91k	-102k	-552	-2.56k	-24.4	-4.74k	-3.77k	
7	1	-39.1k	7.37k	1.72k	9.82	510	13.0k	-41.5k	7.37k	1.72k	9.82	-107	5.06k	-45.0k	7.37k	1.72k	9.82	2.44k	6.07k	
7	2	-77.2k	7.37k	1.72k	9.82	510	13.0k	-79.6k	7.37k	1.72k	9.82	-107	5.06k	-83.1k	7.37k	1.72k	9.82	2.44k	6.07k	
7	3	-39.1k	-2.55k	-766	-11.1	-2.20k	-899	-41.5k	-2.55k	-766	-11.1	-536	1.74k	-45.0k	-2.55k	-766	-11.1	-1.56k	-6.96k	
7	4	-77.2k	-2.55k	-766	-11.1	-2.20k	-899	-79.6k	-2.55k	-766	-11.1	-536	1.74k	-83.1k	-2.55k	-766	-11.1	-1.56k	-6.96k	
7	5	-27.4k	4.83k	2.97k	18.9	1.67k	9.89k	-29.8k	4.83k	2.97k	18.9	90.7	4.63k	-33.4k	4.83k	2.97k	18.9	4.70k	2.28k	
7	6	-88.9k	4.83k	2.97k	18.9	1.67k	9.89k	-91.3k	4.83k	2.97k	18.9	90.7	4.63k	-94.8k	4.83k	2.97k	18.9	4.70k	2.28k	
7	7	-27.4k	-17.1	-2.02k	-20.1	-3.36k	2.21k	-29.8k	-17.1	-2.02k	-20.1	-733	2.18k	-33.4k	-17.1	-2.02k	-20.1	-3.82k	-3.17k	
7	8	-88.9k	-17.1	-2.02k	-20.1	-3.36k	2.21k	-91.3k	-17.1	-2.02k	-20.1	-733	2.18k	-94.8k	-17.1	-2.02k	-20.1	-3.82k	-3.17k	
8	1	-35.5k	8.31k	1.96k	11.7	793	14.4k	-38.0k	8.31k	1.96k	11.7	-56.5	5.41k	-41.5k	8.31k	1.96k	11.7	2.83k	7.29k	
8	2	-80.8k	8.31k	1.96k	11.7	793	14.4k	-83.2k	8.31k	1.96k	11.7	-56.5	5.41k	-86.7k	8.31k	1.96k	11.7	2.83k	7.29k	
8	3	-35.5k	-3.50k	-1.01k	-13.0	-2.48k	-2.26k	-38.0k	-3.50k	-1.01k	-13.0	-586	1.39k	-41.5k	-3.50k	-1.01k	-13.0	-1.95k	-8.18k	
8	4	-80.8k	-3.50k	-1.01k	-13.0	-2.48k	-2.26k	-83.2k	-3.50k	-1.01k	-13.0	-586	1.39k	-86.7k	-3.50k	-1.01k	-13.0	-1.95k	-8.18k	
8	5	-21.7k	5.29k	3.48k	22.4	2.22k	10.6k	-24.2k	5.29k	3.48k	22.4	197	4.87k	-27.7k	5.29k	3.48k	22.4	5.52k	2.78k	
8	6	-94.5k	5.29k	3.48k	22.4	2.22k	10.6k	-97.0k	5.29k	3.48k	22.4	197	4.87k	-100k	5.29k	3.48k	22.4	5.52k	2.78k	
8	7	-21.7k	-478	-2.53k	-23.6	-3.91k	1.47k	-24.2k	-478	-2.53k	-23.6	-839	1.93k	-27.7k	-478	-2.53k	-23.6	-4.64k	-3.68k	
8	8	-94.5k	-478	-2.53k	-23.6	-3.91k	1.47k	-97.0k	-478	-2.53k	-23.6	-839	1.93k	-100k	-478	-2.53k	-23.6	-4.64k	-3.68k	
Sollecitazioni combinazioni Pilastro 2 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-72.3k	-2.94k	715	2.01	-1.21k	-7.85k	-75.4k	-2.94k	715	2.01	-427	-4.62k	-80.0k	-2.94k	715	2.01	717	81.7	
1	2	-79.1k	-2.93k	965	2.16	-1.57k	-7.84k	-82.3k	-2.93k	965	2.16	-509	-4.62k	-86.9k	-2.93k	965	2.16	1.04k	68.0	
1	3	-80.3k	-3.26k	898	2.12	-1.49k	-8.53k	-83.4k	-3.26k	898	2.12	-499	-4.95k	-88.0k	-3.26k	898	2.12	938	262	
1	4	-76.7k	-2.96k	1.09k	1.30	-1.68k	-7.91k	-79.9k	-2.96k	1.09k	1.30	-475	-4.66k	-84.5k	-2.96k	1.09k	1.30	1.27k	77.3	
1	5	-81.5k	-2.90k	838	3.03	-1.46k	-7.76k	-84.7k	-2.90k	838	3.03	-542	-4.58k	-89.2k	-2.90k	838	3.03	800	58.7	
1	6	-78.0k	-2.60k	1.03k	2.21	-1.65k	-7.14k	-81.1k	-2.60k	1.03k	2.21	-518	-4.28k	-85.7k	-2.60k	1.03k	2.21	1.13k	-126	
1	7	-78.1k	-3.48k	746	2.02	-1.28k	-9.00k	-81.2k	-3.48k	746	2.02	-458	-5.17k	-85.8k	-3.48k	746	2.02	736	397	
1	8	-72.2k	-2.98k	1.07k	0.654	-1.59k	-7.97k	-75.3k	-2.98k	1.07k	0.654	-418	-4.69k	-79.9k	-2.98k	1.07k	0.654	1.29k	89.4	
1	9	-80.2k	-2.88k	646	3.54	-1.24k	-7.72k	-83.3k	-2.88k	646	3.54	-529	-4.55k	-87.9k	-2.88k	646	3.54	505	58.3	
1	10	-74.3k	-2.38k	970	2.17	-1.56k	-6.69k	-77.4k	-2.38k	970	2.17	-490	-4.06k	-82.0k	-2.38k	970	2.17	1.06k	-249	
2	1	-59.4k	-2.47k	616	1.58	-1.03k	-6.49k	-61.8k	-2.47k	616	1.58	-358	-3.77k	-65.3k	-2.47k	616	1.58	627	185	
2	2	-57.0k	-2.28k	744	1.04	-1.16k	-6.08k	-59.4k	-2.28k	744	1.04	-342	-3.58k	-63.0k	-2.28k	744	1.04	848	63.0	
2	3	-60.2k	-2.23k	576	2.19	-1.02k	-5.98k	-62.6k	-2.23k	576	2.19	-386	-3.52k	-66.1k	-2.23k	576	2.19	535	50.6	
2	4	-57.8k	-2.04k	704	1.64	-1.15k	-5.57k	-60.3k	-2.04k	704	1.64	-371	-3.33k	-63.8k	-2.04k	704	1.64	756	-71.2	
2	5	-57.9k	-2.62k	514	1.52	-896	-6.80k	-60.3k	-2.62k	514	1.52	-330	-3.92k	-63.9k	-2.62k	514	1.52	492	274	
2	6	-54.0k	-2.29k	729	0.612	-1.11k	-6.12k	-56.4k	-2.29k	729	0.612	-304	-3.60k	-60.0k	-2.29k	729	0.612	861	71.0	
2	7	-59.3k	-2.22k	448	2.52	-871	-5.95k	-61.7k	-2.22k	448	2.52	-378	-3.51k	-65.2k	-2.22k	448	2.52	339	50.4	
2	8	-55.4k	-1.90k	662	1.62	-1.08k	-5.27k	-57.8k	-1.90k	662	1.62	-352	-3.19k	-61.3k	-1.90k	662	1.62	708	-153	
3	1	-55.3k	-2.26k	541	1.54	-920	-6.04k	-57.8k	-2.26k	541	1.54	-325	-3.55k	-61.3k	-2.26k	541	1.54	539	63.3	
3	2	-54.3k	-2.33k	478	1.50	-834	-6.19k	-56.7k	-2.33k	478	1.50	-308	-3.63k	-60.2k	-2.33k	478	1.50	457	109	
3	3	-53.5k	-2.27k	521	1.32	-876	-6.06k	-55.9k	-2.27k	521	1.32	-303	-3.56k	-59.5k	-2.27k	521	1.32	531	68.0	
3	4	-54.6k	-2.25k	465	1.70	-829	-6.02k	-57.0k	-2.25k	465	1.70	-317	-3.54k	-60.5k	-2.25k	465	1.70	426	63.9	
3	5	-53.8k	-2.19k	508	1.52	-870	-5.89k	-56.2k	-2.19k	508	1.52	-312	-3.48k	-59.7k	-2.19k	508	1.52	500	23.3	
4	1	-54.0k	-2.26k	493	1.51	-852	-6.04k	-56.5k	-2.26k	493	1.51	-310	-3.55k	-60.0k	-2.26k	493	1.51	479	65.9	
5	1	-52.1k	-2.26k	421	1.46	-750	-6.05k	-54.5k	-2.26k	421	1.46	-287	-3.55k	-58.0k	-2.26k	421	1.46	387	69.8	
6	1	-33.1k	651	1.32k	15.5	19.2	-74.3	-35.6k	651	1.32k	15.5	-66.8	-767	-39.1k	651	1.32k	15.5	1.88k	2.04k	
6	2	-74.9k	651	1.32k	15.5	19.2	-74.3	-77.3k	651	1.32k	15.5	-66.8	-767	-80.9k	651	1.32k	15.5	1.88k	2.04k	
6	3	-33.1k	-5.18k	-335	-12.5	-1.72k	-12.0k	-35.6k	-5.18k	-335	-12.5	-553	-6.34k	-39.1k	-5.18k	-335	-12.5	-921	-1.91k	
6	4	-74.9k	-5.18k	-335	-12.5	-1.72k	-12.0k	-77.3k	-5.18k	-335	-12.5	-553	-6.34k	-80.9k	-5.18k	-335	-12.5	-921	-1.91k	
6	5	-22.0k	-780	1.78k	24.3	304	-2.81k	-24.5k	-780	1.78k	24.3	234	-1.94k	-28.0k	-780	1.78k	24.3	2.91k	854	
6	6	-86.0k	-780	1.78k	24.3	304	-2.81k	-88.4k	-780	1.78k	24.3	234	-1.94k	-92.0k	-780	1.78k	24.3	2.91k	854	
6	7	-22.0k	-3.74k	-791	-21.3	-2.01k	-9.28k	-24.5k	-3.74k	-791	-21.3	-854	-5.17k	-28.0k	-3.74k	-791	-21.3	-1.95k	-722	
6	8	-86.0k	-3.74k	-791	-21.3	-2.01k	-9.28k	-88.4k	-3.74k	-791	-21.3	-854	-5.17k	-92.0k	-3.74k	-791	-21.3	-1.95k	-722	
7	1	-36.9k	122	1.18k	13.0	-126	-1.16k	-39.3k	122	1.18k	13.0	-109	-1.27k	-42.9k	122	1.18k	13.0	1.63k	1.68k	
7	2	-71.2k	122	1.18k	13.0	-126	-1.16k	-73.6k	122	1.18k	13.0	-109	-1.27k	-77.1k	122	1.18k	13.0	1.63k	1.68k	
7	3	-36.9k	-4.65k	-191	-9.96	-1.58k	-10.9k	-39.3k	-4.65k	-191	-9.96	-511	-5.83k	-42.9k	-4.65k	-191	-9.96	-673	-1.55k	
7	4	-71.2k	-4.65k	-191	-9.96	-1.58k	-10.9k	-73.6k	-4.65k	-191	-9.96	-511	-5.83k	-77.1k	-4.65k	-191	-9.96	-673	-1.55k	
7	5	-27.8k	-1.05k	1.56k	20.2	136	-3.39k	-30.2k	-1.05k	1.56k	20.2	141	-2.23k	-33.8k	-1.05k	1.56k	20.2	2.48k	711	
7	6	-80.2k	-1.05k	1.56k	20.2	136	-3.39k	-82.7k	-1.05k	1.56k	20.2	141	-2.23k	-86.2k	-1.05k	1.56k	20.2	2.48k	711	
7	7	-27.8k	-3.48k	-577	-17.1	-1.84k	-8.70k	-30.2k	-3.48k	-577	-17.1	-761	-4.88k	-33.8k	-3.48k	-577	-17.1	-1.52k	-579	
7	8	-80.2k	-3.48k	-577	-17.1	-1.84k	-8.70k	-82.7k	-3.48k	-577	-17.1	-761	-4.88k	-86.2k	-3.48k	-577	-17.1	-1.52k	-579	
8	1	-33.7k	591	1.33k	15.1	55.9	-178	-36.1k	591	1.33k	15.1	-64.9	-803	-39.7k	591	1.33k	15.1	1.86k	1.98k	
8	2	-74.3k	591	1.33k	15.1	55.9	-178	-76.8k	591	1.33k	15.1	-64.9	-803	-80.3k	591	1.33k	15.1	1.86k	1.98k	
8	3	-33.7k	-5.11k	-340	-12.0	-1.76k	-11.9k	-36.1k	-5.11k	-340	-12.0	-555	-6.30k	-39.7k	-5.11k	-340	-12.0	-905	-1.85k	
8	4	-74.3k	-5.11k	-340	-12.0	-1.76k	-11.9k	-76.8k	-5.11k	-340	-12.0	-555	-6.30k	-80.3k	-5.11k	-340	-12.0	-905	-1.85k	
8	5	-23.0k	-807	1.82k	23.5	460	-2.85k	-25.4k	-807	1.82k	23.5	242	-1.96k	-29.0k	-807	1.82k	23.5	2.90k	831	
8	6	-85.0k	-807	1.82k	23.5	460	-2.85k	-87.5k	-807	1.82k	23.5	242	-1.96k	-91.0k	-807	1.82k	23.5	2.90k	831	
8	7	-23.0k	-3.72k	-838	-20.5	-2.16k	-9.23k	-25.4k	-3.72k	-838	-20.5	-862	-5.15k	-29.0k	-3.72k	-838	-20.5	-1.95k	-699	
8	8	-85.0k	-3.72k	-838	-20.5	-2.16k	-9.23k	-87.5k	-3.72k	-838	-20.5	-862	-5.15k	-91.0k	-3.72k	-838	-20.5	-1.95k	-699	
Sollecitazioni combinazioni Pilastro 3 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-77.9k	3.11k	-717	0.780	1.24k	7.85k	-81.0k	3.11k	-717	0.780	447	4.42k	-85.6k	3.11k	-717	0.780	-700	-558	
1	2	-85.6k	3.06k	-1.05k	0.686	1.70k	7.79k	-88.7k	3.06k	-1.05k	0.686	546	4.42k	-93.3k	3.06k	-1.05k	0.686	-1.13k	-477	
1	3	-84.3k	2.35k	-1.14k	0.472	1.81k	6.78k	-87.5k	2.35k	-1.14k	0.472	560	4.19k	-92.1k	2.35k	-1.14k	0.472	-1.26k	435	
1	4	-88.6k	3.12k	-756	-0.209	1.41k	7.90k	-91.8k	3.12k	-756	-0.209	574	4.47k	-96.3k	3.12k	-756	-0.209	-636	-522	
1	5	-82.6k	3.00k	-1.34k	1.58	2.00k	7.68k	-85.7k	3.00k	-1.34k	1.58	517	4.37k	-90.3k	3.00k	-1.34k	1.58	-1.63k	-431	
1	6	-86.8k	3.77k	-966	0.900	1.59k	8.80k	-90.0k	3.77k	-966	0.900	531	4.65k	-94.6k	3.77k	-966	0.900	-1.01k	-1.39k	
1	7	-80.2k	1.90k	-1.05k	0.370	1.68k	6.13k	-83.4k	1.90k	-1.05k	0.370	527	4.04k	-88.0k	1.90k	-1.05k	0.370	-1.15k	1.01k	
1	8	-87.3k	3.18k	-417	-0.765	1.01k	8.00k	-90.5k	3.18k	-417	-0.765	551	4.50k	-95.1k	3.18k	-417	-0.765	-116	-588	
1	9	-77.2k	2.99k	-1.40k	2.22	1.99k	7.63k	-80.4k	2.99k	-1.40k	2.22	456	4.34k	-85.0k	2.99k	-1.40k	2.22	-1.78k	-436	
1	10	-84.3k	4.27k	-766	1.08	1.32k	9.50k	-87.5k	4.27k	-766	1.08	479	4.80k	-92.1k	4.27k	-766	1.08	-747	-2.03k	
2	1	-62.5k	1.90k	-754	0.418	1.23k	5.34k	-64.9k	1.90k	-754	0.418	397	3.25k	-68.4k	1.90k	-754	0.418	-810	208	
2	2	-65.3k	2.41k	-503	-34.1m	960	6.08k	-67.7k	2.41k	-503	-34.1m	406	3.43k	-71.2k	2.41k	-503	-34.1m	-399	-424	
2	3	-61.3k	2.33k	-893	1.15	1.35k	5.94k	-63.7k	2.33k	-893	1.15	368	3.37k	-67.2k	2.33k	-893	1.15	-1.06k	-363	
2	4	-64.1k	2.84k	-642	0.700	1.08k	6.68k	-66.5k	2.84k	-642	0.700	378	3.55k	-70.1k	2.84k	-642	0.700	-650	-996	
2	5	-59.7k	1.60k	-696	0.351	1.14k	4.91k	-62.1k	1.60k	-696	0.351	375	3.15k	-65.7k	1.60k	-696	0.351	-739	587	
2	6	-64.4k	2.45k	-278	-0.403	696	6.15k	-66.8k	2.45k	-278	-0.403	390	3.45k	-70.4k	2.45k	-278	-0.403	-53.7	-467	
2	7	-57.7k	2.32k	-928	1.57	1.35k	5.90k	-60.2k	2.32k	-928	1.57	327	3.35k	-63.7k	2.32k	-928	1.57	-1.16k	-367	
2	8	-62.4k	3.17k	-509	0.821	903	7.14k	-64.9k	3.17k	-509	0.821	343	3.65k	-68.4k	3.17k	-509	0.821	-472	-1.42k	
3	1	-59.6k	2.40k	-539	0.604	933	6.04k	-62.0k	2.40k	-539	0.604	340	3.40k	-65.6k	2.40k	-539	0.604	-523	-432	
3	2	-57.9k	2.25k	-494	0.574	868	5.83k	-60.3k	2.25k	-494	0.574	324	3.35k	-63.8k	2.25k	-494	0.574	-467	-247	
3	3	-58.8k	2.42k	-411	0.424	779	6.07k	-61.2k	2.42k	-411	0.424	327	3.41k	-64.8k	2.42k	-411	0.424	-329	-458	
3	4	-57.5k	2.39k	-541	0.819	910	6.02k	-59.9k	2.39k	-541	0.819	315	3.39k	-63.4k	2.39k	-541	0.819	-550	-438	
3	5	-58.4k	2.56k	-457	0.669	821	6.27k	-60.8k	2.56k	-457	0.669	318	3.45k	-64.4k	2.56k	-457	0.669	-413	-649	
4	1	-58.1k	2.41k	-476	0.621	844	6.05k	-60.6k	2.41k	-476	0.621	321	3.40k	-64.1k	2.41k	-476	0.621	-440	-448	
5	1	-55.9k	2.42k	-380	0.648	711	6.07k	-58.4k	2.42k	-380	0.648	293	3.40k	-61.9k	2.42k	-380	0.648	-315	-471	
6	1	-34.9k	8.47k	1.04k	13.4	2.49k	14.5k	-37.3k	8.47k	1.04k	13.4	579	5.43k	-40.9k	8.47k	1.04k	13.4	2.00k	7.51k	
6	2	-81.4k	8.47k	1.04k	13.4	2.49k	14.5k	-83.8k	8.47k	1.04k	13.4	579	5.43k	-87.3k	8.47k	1.04k	13.4	2.00k	7.51k	
6	3	-34.9k	-3.66k	-1.99k	-12.1	-800	-2.44k	-37.3k	-3.66k	-1.99k	-12.1	63.0	1.38k	-40.9k	-3.66k	-1.99k	-12.1	-2.88k	-8.41k	
6	4	-81.4k	-3.66k	-1.99k	-12.1	-800	-2.44k	-83.8k	-3.66k	-1.99k	-12.1	63.0	1.38k	-87.3k	-3.66k	-1.99k	-12.1	-2.88k	-8.41k	
6	5	-20.6k	5.36k	2.56k	24.4	3.88k	10.7k	-23.1k	5.36k	2.56k	24.4	813	4.89k	-26.6k	5.36k	2.56k	24.4	4.74k	2.88k	
6	6	-95.6k	5.36k	2.56k	24.4	3.88k	10.7k	-98.1k	5.36k	2.56k	24.4	813	4.89k	-102k	5.36k	2.56k	24.4	4.74k	2.88k	
6	7	-20.6k	-552	-3.51k	-23.2	-2.19k	1.36k	-23.1k	-552	-3.51k	-23.2	-171	1.91k	-26.6k	-552	-3.51k	-23.2	-5.62k	-3.77k	
6	8	-95.6k	-552	-3.51k	-23.2	-2.19k	1.36k	-98.1k	-552	-3.51k	-23.2	-171	1.91k	-102k	-552	-3.51k	-23.2	-5.62k	-3.77k	
7	1	-39.1k	7.37k	766	11.1	2.20k	13.0k	-41.5k	7.37k	766	11.1	536	5.06k	-45.0k	7.37k	766	11.1	1.56k	6.07k	
7	2	-77.2k	7.37k	766	11.1	2.20k	13.0k	-79.6k	7.37k	766	11.1	536	5.06k	-83.1k	7.37k	766	11.1	1.56k	6.07k	
7	3	-39.1k	-2.55k	-1.72k	-9.81	-510	-899	-41.5k	-2.55k	-1.72k	-9.81	107	1.74k	-45.0k	-2.55k	-1.72k	-9.81	-2.44k	-6.96k	
7	4	-77.2k	-2.55k	-1.72k	-9.81	-510	-899	-79.6k	-2.55k	-1.72k	-9.81	107	1.74k	-83.1k	-2.55k	-1.72k	-9.81	-2.44k	-6.96k	
7	5	-27.4k	4.83k	2.02k	20.1	3.36k	9.89k	-29.8k	4.83k	2.02k	20.1	733	4.63k	-33.4k	4.83k	2.02k	20.1	3.82k	2.28k	
7	6	-88.9k	4.83k	2.02k	20.1	3.36k	9.89k	-91.3k	4.83k	2.02k	20.1	733	4.63k	-94.8k	4.83k	2.02k	20.1	3.82k	2.28k	
7	7	-27.4k	-17.1	-2.97k	-18.9	-1.67k	2.21k	-29.8k	-17.1	-2.97k	-18.9	-90.7	2.18k	-33.4k	-17.1	-2.97k	-18.9	-4.70k	-3.17k	
7	8	-88.9k	-17.1	-2.97k	-18.9	-1.67k	2.21k	-91.3k	-17.1	-2.97k	-18.9	-90.7	2.18k	-94.8k	-17.1	-2.97k	-18.9	-4.70k	-3.17k	
8	1	-35.5k	8.31k	1.01k	13.0	2.48k	14.4k	-38.0k	8.31k	1.01k	13.0	586	5.41k	-41.5k	8.31k	1.01k	13.0	1.95k	7.29k	
8	2	-80.8k	8.31k	1.01k	13.0	2.48k	14.4k	-83.2k	8.31k	1.01k	13.0	586	5.41k	-86.7k	8.31k	1.01k	13.0	1.95k	7.29k	
8	3	-35.5k	-3.50k	-1.96k	-11.7	-793	-2.26k	-38.0k	-3.50k	-1.96k	-11.7	56.5	1.39k	-41.5k	-3.50k	-1.96k	-11.7	-2.83k	-8.18k	
8	4	-80.8k	-3.50k	-1.96k	-11.7	-793	-2.26k	-83.2k	-3.50k	-1.96k	-11.7	56.5	1.39k	-86.7k	-3.50k	-1.96k	-11.7	-2.83k	-8.18k	
8	5	-21.7k	5.29k	2.53k	23.6	3.91k	10.6k	-24.2k	5.29k	2.53k	23.6	839	4.87k	-27.7k	5.29k	2.53k	23.6	4.64k	2.78k	
8	6	-94.5k	5.29k	2.53k	23.6	3.91k	10.6k	-97.0k	5.29k	2.53k	23.6	839	4.87k	-100k	5.29k	2.53k	23.6	4.64k	2.78k	
8	7	-21.7k	-478	-3.48k	-22.4	-2.22k	1.47k	-24.2k	-478	-3.48k	-22.4	-197	1.93k	-27.7k	-478	-3.48k	-22.4	-5.52k	-3.68k	
8	8	-94.5k	-478	-3.48k	-22.4	-2.22k	1.47k	-97.0k	-478	-3.48k	-22.4	-197	1.93k	-100k	-478	-3.48k	-22.4	-5.52k	-3.68k	
Sollecitazioni combinazioni Pilastro 4 piano 1
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-72.3k	-2.94k	-715	-2.01	1.21k	-7.85k	-75.4k	-2.94k	-715	-2.01	427	-4.62k	-80.0k	-2.94k	-715	-2.01	-717	81.7	
1	2	-79.1k	-2.93k	-965	-2.16	1.57k	-7.84k	-82.3k	-2.93k	-965	-2.16	509	-4.62k	-86.9k	-2.93k	-965	-2.16	-1.04k	68.0	
1	3	-80.3k	-3.26k	-899	-2.05	1.49k	-8.54k	-83.4k	-3.26k	-899	-2.05	499	-4.95k	-88.0k	-3.26k	-899	-2.05	-939	261	
1	4	-81.5k	-2.90k	-839	-3.03	1.46k	-7.76k	-84.7k	-2.90k	-839	-3.03	542	-4.58k	-89.2k	-2.90k	-839	-3.03	-800	58.7	
1	5	-76.7k	-2.96k	-1.09k	-1.30	1.68k	-7.91k	-79.9k	-2.96k	-1.09k	-1.30	475	-4.66k	-84.5k	-2.96k	-1.09k	-1.30	-1.27k	77.3	
1	6	-78.0k	-2.60k	-1.03k	-2.27	1.65k	-7.14k	-81.1k	-2.60k	-1.03k	-2.27	518	-4.28k	-85.7k	-2.60k	-1.03k	-2.27	-1.13k	-125	
1	7	-78.1k	-3.48k	-747	-1.91	1.28k	-9.01k	-81.2k	-3.48k	-747	-1.91	457	-5.18k	-85.8k	-3.48k	-747	-1.91	-738	395	
1	8	-80.2k	-2.88k	-646	-3.54	1.24k	-7.72k	-83.3k	-2.88k	-646	-3.54	529	-4.55k	-87.9k	-2.88k	-646	-3.54	-505	58.3	
1	9	-72.2k	-2.98k	-1.07k	-0.654	1.59k	-7.97k	-75.3k	-2.98k	-1.07k	-0.654	418	-4.69k	-79.9k	-2.98k	-1.07k	-0.654	-1.29k	89.4	
1	10	-74.3k	-2.38k	-969	-2.28	1.56k	-6.68k	-77.4k	-2.38k	-969	-2.28	490	-4.06k	-82.0k	-2.38k	-969	-2.28	-1.06k	-248	
2	1	-59.3k	-2.47k	-616	-1.54	1.04k	-6.49k	-61.8k	-2.47k	-616	-1.54	358	-3.77k	-65.3k	-2.47k	-616	-1.54	-628	184	
2	2	-60.2k	-2.23k	-576	-2.19	1.02k	-5.98k	-62.6k	-2.23k	-576	-2.19	386	-3.52k	-66.1k	-2.23k	-576	-2.19	-535	50.6	
2	3	-57.0k	-2.28k	-744	-1.04	1.16k	-6.08k	-59.4k	-2.28k	-744	-1.04	342	-3.58k	-63.0k	-2.28k	-744	-1.04	-848	63.0	
2	4	-57.8k	-2.04k	-704	-1.69	1.15k	-5.57k	-60.3k	-2.04k	-704	-1.69	371	-3.33k	-63.8k	-2.04k	-704	-1.69	-756	-70.6	
2	5	-57.9k	-2.62k	-515	-1.45	897	-6.80k	-60.3k	-2.62k	-515	-1.45	330	-3.92k	-63.8k	-2.62k	-515	-1.45	-494	273	
2	6	-59.3k	-2.22k	-448	-2.52	871	-5.95k	-61.7k	-2.22k	-448	-2.52	378	-3.51k	-65.2k	-2.22k	-448	-2.52	-339	50.4	
2	7	-54.0k	-2.29k	-729	-0.612	1.11k	-6.12k	-56.4k	-2.29k	-729	-0.612	304	-3.60k	-60.0k	-2.29k	-729	-0.612	-861	71.0	
2	8	-55.4k	-1.89k	-662	-1.69	1.08k	-5.27k	-57.8k	-1.89k	-662	-1.69	352	-3.18k	-61.3k	-1.89k	-662	-1.69	-707	-152	
3	1	-55.3k	-2.26k	-541	-1.54	920	-6.04k	-57.8k	-2.26k	-541	-1.54	325	-3.55k	-61.3k	-2.26k	-541	-1.54	-540	63.3	
3	2	-54.3k	-2.33k	-478	-1.48	834	-6.20k	-56.7k	-2.33k	-478	-1.48	308	-3.63k	-60.2k	-2.33k	-478	-1.48	-457	108	
3	3	-54.6k	-2.25k	-465	-1.70	828	-6.02k	-57.0k	-2.25k	-465	-1.70	317	-3.54k	-60.5k	-2.25k	-465	-1.70	-426	63.9	
3	4	-53.5k	-2.27k	-521	-1.32	875	-6.06k	-55.9k	-2.27k	-521	-1.32	303	-3.56k	-59.5k	-2.27k	-521	-1.32	-531	68.0	
3	5	-53.8k	-2.19k	-508	-1.53	870	-5.89k	-56.2k	-2.19k	-508	-1.53	312	-3.48k	-59.7k	-2.19k	-508	-1.53	-500	23.5	
4	1	-54.0k	-2.26k	-493	-1.51	852	-6.04k	-56.5k	-2.26k	-493	-1.51	310	-3.55k	-60.0k	-2.26k	-493	-1.51	-479	65.9	
5	1	-52.1k	-2.26k	-421	-1.46	750	-6.05k	-54.5k	-2.26k	-421	-1.46	287	-3.55k	-58.0k	-2.26k	-421	-1.46	-387	69.8	
6	1	-33.1k	651	335	12.5	1.72k	-74.3	-35.6k	651	335	12.5	553	-767	-39.1k	651	335	12.5	921	2.04k	
6	2	-74.9k	651	335	12.5	1.72k	-74.3	-77.3k	651	335	12.5	553	-767	-80.9k	651	335	12.5	921	2.04k	
6	3	-33.1k	-5.18k	-1.32k	-15.5	-19.2	-12.0k	-35.6k	-5.18k	-1.32k	-15.5	66.8	-6.34k	-39.1k	-5.18k	-1.32k	-15.5	-1.88k	-1.91k	
6	4	-74.9k	-5.18k	-1.32k	-15.5	-19.2	-12.0k	-77.3k	-5.18k	-1.32k	-15.5	66.8	-6.34k	-80.9k	-5.18k	-1.32k	-15.5	-1.88k	-1.91k	
6	5	-22.0k	-780	791	21.3	2.01k	-2.81k	-24.5k	-780	791	21.3	854	-1.94k	-28.0k	-780	791	21.3	1.95k	854	
6	6	-86.0k	-780	791	21.3	2.01k	-2.81k	-88.4k	-780	791	21.3	854	-1.94k	-92.0k	-780	791	21.3	1.95k	854	
6	7	-22.0k	-3.74k	-1.78k	-24.3	-304	-9.28k	-24.5k	-3.74k	-1.78k	-24.3	-234	-5.17k	-28.0k	-3.74k	-1.78k	-24.3	-2.91k	-722	
6	8	-86.0k	-3.74k	-1.78k	-24.3	-304	-9.28k	-88.4k	-3.74k	-1.78k	-24.3	-234	-5.17k	-92.0k	-3.74k	-1.78k	-24.3	-2.91k	-722	
7	1	-36.9k	122	191	9.96	1.58k	-1.16k	-39.3k	122	191	9.96	511	-1.27k	-42.9k	122	191	9.96	673	1.68k	
7	2	-71.2k	122	191	9.96	1.58k	-1.16k	-73.6k	122	191	9.96	511	-1.27k	-77.1k	122	191	9.96	673	1.68k	
7	3	-36.9k	-4.65k	-1.18k	-13.0	126	-10.9k	-39.3k	-4.65k	-1.18k	-13.0	109	-5.83k	-42.9k	-4.65k	-1.18k	-13.0	-1.63k	-1.55k	
7	4	-71.2k	-4.65k	-1.18k	-13.0	126	-10.9k	-73.6k	-4.65k	-1.18k	-13.0	109	-5.83k	-77.1k	-4.65k	-1.18k	-13.0	-1.63k	-1.55k	
7	5	-27.8k	-1.05k	577	17.1	1.84k	-3.39k	-30.2k	-1.05k	577	17.1	760	-2.23k	-33.8k	-1.05k	577	17.1	1.53k	711	
7	6	-80.2k	-1.05k	577	17.1	1.84k	-3.39k	-82.7k	-1.05k	577	17.1	760	-2.23k	-86.2k	-1.05k	577	17.1	1.53k	711	
7	7	-27.8k	-3.48k	-1.56k	-20.2	-136	-8.70k	-30.2k	-3.48k	-1.56k	-20.2	-141	-4.88k	-33.8k	-3.48k	-1.56k	-20.2	-2.48k	-579	
7	8	-80.2k	-3.48k	-1.56k	-20.2	-136	-8.70k	-82.7k	-3.48k	-1.56k	-20.2	-141	-4.88k	-86.2k	-3.48k	-1.56k	-20.2	-2.48k	-579	
8	1	-33.7k	591	340	12.0	1.76k	-178	-36.1k	591	340	12.0	555	-803	-39.7k	591	340	12.0	905	1.98k	
8	2	-74.3k	591	340	12.0	1.76k	-178	-76.8k	591	340	12.0	555	-803	-80.3k	591	340	12.0	905	1.98k	
8	3	-33.7k	-5.11k	-1.32k	-15.1	-55.9	-11.9k	-36.1k	-5.11k	-1.32k	-15.1	64.9	-6.30k	-39.7k	-5.11k	-1.32k	-15.1	-1.86k	-1.85k	
8	4	-74.3k	-5.11k	-1.32k	-15.1	-55.9	-11.9k	-76.8k	-5.11k	-1.32k	-15.1	64.9	-6.30k	-80.3k	-5.11k	-1.32k	-15.1	-1.86k	-1.85k	
8	5	-23.0k	-807	838	20.5	2.16k	-2.85k	-25.4k	-807	838	20.5	862	-1.96k	-29.0k	-807	838	20.5	1.95k	831	
8	6	-85.0k	-807	838	20.5	2.16k	-2.85k	-87.5k	-807	838	20.5	862	-1.96k	-91.0k	-807	838	20.5	1.95k	831	
8	7	-23.0k	-3.72k	-1.82k	-23.5	-460	-9.23k	-25.4k	-3.72k	-1.82k	-23.5	-242	-5.15k	-29.0k	-3.72k	-1.82k	-23.5	-2.90k	-699	
8	8	-85.0k	-3.72k	-1.82k	-23.5	-460	-9.23k	-87.5k	-3.72k	-1.82k	-23.5	-242	-5.15k	-91.0k	-3.72k	-1.82k	-23.5	-2.90k	-699	
Sollecitazioni combinazioni Pilastro 1 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-44.1k	2.76k	733	106	-1.03k	3.30k	-45.7k	2.76k	733	106	140	-1.12k	-47.2k	2.76k	733	106	1.31k	-5.55k	
1	2	-54.1k	2.89k	917	109	-1.29k	3.58k	-55.7k	2.89k	917	109	176	-1.04k	-57.2k	2.89k	917	109	1.64k	-5.67k	
1	3	-54.1k	2.42k	944	228	-1.32k	3.56k	-55.6k	2.42k	944	228	191	-320	-57.1k	2.42k	944	228	1.70k	-4.20k	
1	4	-53.5k	2.88k	1.53k	103	-1.94k	3.58k	-55.0k	2.88k	1.53k	103	501	-1.02k	-56.6k	2.88k	1.53k	103	2.94k	-5.62k	
1	5	-54.8k	2.91k	307	115	-641	3.58k	-56.3k	2.91k	307	115	-149	-1.07k	-57.8k	2.91k	307	115	343	-5.72k	
1	6	-54.2k	3.36k	890	-9.89	-1.26k	3.60k	-55.7k	3.36k	890	-9.89	161	-1.77k	-57.2k	3.36k	890	-9.89	1.58k	-7.14k	
1	7	-49.8k	2.06k	883	306	-1.23k	3.42k	-51.3k	2.06k	883	306	186	131	-52.8k	2.06k	883	306	1.60k	-3.16k	
1	8	-48.8k	2.81k	1.85k	97.7	-2.26k	3.46k	-50.3k	2.81k	1.85k	97.7	702	-1.04k	-51.9k	2.81k	1.85k	97.7	3.67k	-5.54k	
1	9	-50.9k	2.86k	-178	118	-95.9	3.46k	-52.4k	2.86k	-178	118	-381	-1.12k	-53.9k	2.86k	-178	118	-666	-5.70k	
1	10	-49.9k	3.61k	793	-90.0	-1.13k	3.49k	-51.4k	3.61k	793	-90.0	135	-2.29k	-52.9k	3.61k	793	-90.0	1.40k	-8.07k	
2	1	-38.3k	1.87k	662	161	-926	2.65k	-39.5k	1.87k	662	161	134	-351	-40.7k	1.87k	662	161	1.19k	-3.35k	
2	2	-37.9k	2.17k	1.05k	78.9	-1.34k	2.66k	-39.1k	2.17k	1.05k	78.9	339	-814	-40.3k	2.17k	1.05k	78.9	2.02k	-4.29k	
2	3	-38.8k	2.19k	241	87.0	-477	2.66k	-39.9k	2.19k	241	87.0	-91.8	-846	-41.1k	2.19k	241	87.0	293	-4.35k	
2	4	-38.4k	2.49k	627	4.57	-890	2.67k	-39.5k	2.49k	627	4.57	113	-1.31k	-40.7k	2.49k	627	4.57	1.12k	-5.29k	
2	5	-35.5k	1.63k	621	213	-864	2.56k	-36.6k	1.63k	621	213	130	-54.1	-37.8k	1.63k	621	213	1.12k	-2.67k	
2	6	-34.8k	2.13k	1.27k	75.5	-1.55k	2.58k	-36.0k	2.13k	1.27k	75.5	472	-826	-37.1k	2.13k	1.27k	75.5	2.50k	-4.23k	
2	7	-36.2k	2.16k	-81.4	89.0	-115	2.58k	-37.3k	2.16k	-81.4	89.0	-246	-879	-38.5k	2.16k	-81.4	89.0	-376	-4.34k	
2	8	-35.5k	2.66k	562	-48.4	-803	2.60k	-36.7k	2.66k	562	-48.4	96.6	-1.65k	-37.9k	2.66k	562	-48.4	996	-5.91k	
3	1	-33.6k	2.12k	557	81.8	-784	2.53k	-34.8k	2.12k	557	81.8	106	-868	-35.9k	2.12k	557	81.8	997	-4.26k	
3	2	-31.7k	2.00k	528	107	-741	2.47k	-32.8k	2.00k	528	107	103	-723	-34.0k	2.00k	528	107	947	-3.91k	
3	3	-31.5k	2.09k	656	80.0	-879	2.47k	-32.7k	2.09k	656	80.0	171	-877	-33.9k	2.09k	656	80.0	1.22k	-4.23k	
3	4	-31.8k	2.10k	387	82.7	-591	2.47k	-33.0k	2.10k	387	82.7	27.9	-888	-34.2k	2.10k	387	82.7	647	-4.25k	
3	5	-31.7k	2.20k	516	55.2	-729	2.48k	-32.9k	2.20k	516	55.2	96.3	-1.04k	-34.0k	2.20k	516	55.2	922	-4.56k	
4	1	-31.7k	2.10k	522	81.3	-735	2.47k	-32.9k	2.10k	522	81.3	99.7	-883	-34.0k	2.10k	522	81.3	934	-4.24k	
5	1	-28.8k	2.06k	469	80.7	-661	2.39k	-30.0k	2.06k	469	80.7	89.5	-905	-31.2k	2.06k	469	80.7	840	-4.20k	
6	1	-22.5k	16.8k	5.94k	1.27k	5.39k	6.42k	-23.6k	16.8k	5.94k	1.27k	2.64k	18.7k	-24.8k	16.8k	5.94k	1.27k	12.1k	38.8k	
6	2	-40.9k	16.8k	5.94k	1.27k	5.39k	6.42k	-42.1k	16.8k	5.94k	1.27k	2.64k	18.7k	-43.2k	16.8k	5.94k	1.27k	12.1k	38.8k	
6	3	-22.5k	-12.6k	-4.89k	-1.11k	-6.86k	-1.48k	-23.6k	-12.6k	-4.89k	-1.11k	-2.44k	-20.4k	-24.8k	-12.6k	-4.89k	-1.11k	-10.3k	-47.2k	
6	4	-40.9k	-12.6k	-4.89k	-1.11k	-6.86k	-1.48k	-42.1k	-12.6k	-4.89k	-1.11k	-2.44k	-20.4k	-43.2k	-12.6k	-4.89k	-1.11k	-10.3k	-47.2k	
6	5	-15.1k	7.47k	15.3k	1.37k	16.3k	4.12k	-16.3k	7.47k	15.3k	1.37k	6.75k	6.20k	-17.4k	7.47k	15.3k	1.37k	31.3k	11.4k	
6	6	-48.3k	7.47k	15.3k	1.37k	16.3k	4.12k	-49.4k	7.47k	15.3k	1.37k	6.75k	6.20k	-50.6k	7.47k	15.3k	1.37k	31.3k	11.4k	
6	7	-15.1k	-3.27k	-14.3k	-1.20k	-17.8k	829	-16.3k	-3.27k	-14.3k	-1.20k	-6.55k	-7.97k	-17.4k	-3.27k	-14.3k	-1.20k	-29.4k	-19.9k	
6	8	-48.3k	-3.27k	-14.3k	-1.20k	-17.8k	829	-49.4k	-3.27k	-14.3k	-1.20k	-6.55k	-7.97k	-50.6k	-3.27k	-14.3k	-1.20k	-29.4k	-19.9k	
7	1	-24.0k	14.1k	4.97k	1.06k	4.29k	5.72k	-25.1k	14.1k	4.97k	1.06k	2.19k	15.1k	-26.3k	14.1k	4.97k	1.06k	10.1k	31.0k	
7	2	-39.4k	14.1k	4.97k	1.06k	4.29k	5.72k	-40.6k	14.1k	4.97k	1.06k	2.19k	15.1k	-41.8k	14.1k	4.97k	1.06k	10.1k	31.0k	
7	3	-24.0k	-9.91k	-3.92k	-894	-5.76k	-776	-25.1k	-9.91k	-3.92k	-894	-1.99k	-16.9k	-26.3k	-9.91k	-3.92k	-894	-8.27k	-39.5k	
7	4	-39.4k	-9.91k	-3.92k	-894	-5.76k	-776	-40.6k	-9.91k	-3.92k	-894	-1.99k	-16.9k	-41.8k	-9.91k	-3.92k	-894	-8.27k	-39.5k	
7	5	-18.0k	6.51k	12.7k	1.14k	13.3k	3.86k	-19.2k	6.51k	12.7k	1.14k	5.56k	4.92k	-20.3k	6.51k	12.7k	1.14k	25.9k	8.60k	
7	6	-45.4k	6.51k	12.7k	1.14k	13.3k	3.86k	-46.5k	6.51k	12.7k	1.14k	5.56k	4.92k	-47.7k	6.51k	12.7k	1.14k	25.9k	8.60k	
7	7	-18.0k	-2.31k	-11.6k	-973	-14.7k	1.09k	-19.2k	-2.31k	-11.6k	-973	-5.36k	-6.69k	-20.3k	-2.31k	-11.6k	-973	-24.0k	-17.1k	
7	8	-45.4k	-2.31k	-11.6k	-973	-14.7k	1.09k	-46.5k	-2.31k	-11.6k	-973	-5.36k	-6.69k	-47.7k	-2.31k	-11.6k	-973	-24.0k	-17.1k	
8	1	-21.8k	16.3k	5.81k	1.23k	5.24k	6.36k	-23.0k	16.3k	5.81k	1.23k	2.58k	18.1k	-24.2k	16.3k	5.81k	1.23k	11.9k	37.4k	
8	2	-41.5k	16.3k	5.81k	1.23k	5.24k	6.36k	-42.7k	16.3k	5.81k	1.23k	2.58k	18.1k	-43.9k	16.3k	5.81k	1.23k	11.9k	37.4k	
8	3	-21.8k	-12.1k	-4.76k	-1.07k	-6.71k	-1.41k	-23.0k	-12.1k	-4.76k	-1.07k	-2.38k	-19.8k	-24.2k	-12.1k	-4.76k	-1.07k	-10.0k	-45.9k	
8	4	-41.5k	-12.1k	-4.76k	-1.07k	-6.71k	-1.41k	-42.7k	-12.1k	-4.76k	-1.07k	-2.38k	-19.8k	-43.9k	-12.1k	-4.76k	-1.07k	-10.0k	-45.9k	
8	5	-15.1k	7.35k	15.0k	1.33k	15.9k	4.24k	-16.2k	7.35k	15.0k	1.33k	6.59k	5.98k	-17.4k	7.35k	15.0k	1.33k	30.6k	11.0k	
8	6	-48.3k	7.35k	15.0k	1.33k	15.9k	4.24k	-49.5k	7.35k	15.0k	1.33k	6.59k	5.98k	-50.6k	7.35k	15.0k	1.33k	30.6k	11.0k	
8	7	-15.1k	-3.15k	-13.9k	-1.17k	-17.4k	710	-16.2k	-3.15k	-13.9k	-1.17k	-6.39k	-7.74k	-17.4k	-3.15k	-13.9k	-1.17k	-28.7k	-19.4k	
8	8	-48.3k	-3.15k	-13.9k	-1.17k	-17.4k	710	-49.5k	-3.15k	-13.9k	-1.17k	-6.39k	-7.74k	-50.6k	-3.15k	-13.9k	-1.17k	-28.7k	-19.4k	
Sollecitazioni combinazioni Pilastro 2 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-44.2k	-2.77k	711	-105	-986	-3.30k	-45.8k	-2.77k	711	-105	151	1.13k	-47.3k	-2.77k	711	-105	1.29k	5.56k	
1	2	-54.3k	-2.89k	870	-108	-1.21k	-3.58k	-55.8k	-2.89k	870	-108	179	1.05k	-57.3k	-2.89k	870	-108	1.57k	5.68k	
1	3	-54.3k	-3.38k	850	11.0	-1.19k	-3.62k	-55.8k	-3.38k	850	11.0	167	1.79k	-57.4k	-3.38k	850	11.0	1.53k	7.21k	
1	4	-53.7k	-2.91k	1.46k	-114	-1.84k	-3.58k	-55.2k	-2.91k	1.46k	-114	498	1.07k	-56.8k	-2.91k	1.46k	-114	2.84k	5.72k	
1	5	-54.9k	-2.88k	279	-102	-586	-3.58k	-56.4k	-2.88k	279	-102	-140	1.03k	-57.9k	-2.88k	279	-102	307	5.64k	
1	6	-54.3k	-2.40k	890	-227	-1.23k	-3.54k	-55.8k	-2.40k	890	-227	191	309	-57.3k	-2.40k	890	-227	1.62k	4.16k	
1	7	-50.0k	-3.66k	768	91.4	-1.08k	-3.53k	-51.5k	-3.66k	768	91.4	147	2.32k	-53.1k	-3.66k	768	91.4	1.38k	8.17k	
1	8	-49.0k	-2.86k	1.79k	-117	-2.16k	-3.46k	-50.5k	-2.86k	1.79k	-117	698	1.12k	-52.1k	-2.86k	1.79k	-117	3.56k	5.69k	
1	9	-51.0k	-2.82k	-183	-96.4	-71.3	-3.46k	-52.5k	-2.82k	-183	-96.4	-364	1.05k	-54.0k	-2.82k	-183	-96.4	-657	5.56k	
1	10	-50.0k	-2.02k	835	-305	-1.15k	-3.39k	-51.5k	-2.02k	835	-305	187	-152	-53.0k	-2.02k	835	-305	1.52k	3.09k	
2	1	-38.5k	-2.51k	604	-3.66	-845	-2.69k	-39.6k	-2.51k	604	-3.66	121	1.32k	-40.8k	-2.51k	604	-3.66	1.09k	5.34k	
2	2	-38.1k	-2.19k	1.01k	-86.3	-1.27k	-2.66k	-39.2k	-2.19k	1.01k	-86.3	340	846	-40.4k	-2.19k	1.01k	-86.3	1.95k	4.35k	
2	3	-38.8k	-2.18k	225	-78.0	-443	-2.66k	-40.0k	-2.18k	225	-78.0	-82.7	821	-41.2k	-2.18k	225	-78.0	278	4.30k	
2	4	-38.4k	-1.86k	630	-161	-872	-2.63k	-39.6k	-1.86k	630	-161	136	344	-40.8k	-1.86k	630	-161	1.14k	3.32k	
2	5	-35.6k	-2.69k	549	49.4	-771	-2.63k	-36.8k	-2.69k	549	49.4	107	1.67k	-37.9k	-2.69k	549	49.4	986	5.97k	
2	6	-34.9k	-2.16k	1.22k	-88.3	-1.49k	-2.58k	-36.1k	-2.16k	1.22k	-88.3	472	877	-37.3k	-2.16k	1.22k	-88.3	2.43k	4.33k	
2	7	-36.2k	-2.13k	-81.3	-74.6	-101	-2.58k	-37.4k	-2.13k	-81.3	-74.6	-232	834	-38.6k	-2.13k	-81.3	-74.6	-362	4.25k	
2	8	-35.6k	-1.61k	593	-212	-816	-2.53k	-36.7k	-1.61k	593	-212	134	40.3	-37.9k	-1.61k	593	-212	1.08k	2.61k	
3	1	-33.7k	-2.12k	541	-81.0	-750	-2.53k	-34.8k	-2.12k	541	-81.0	115	871	-36.0k	-2.12k	541	-81.0	981	4.27k	
3	2	-31.8k	-2.21k	506	-54.3	-703	-2.48k	-32.9k	-2.21k	506	-54.3	107	1.05k	-34.1k	-2.21k	506	-54.3	917	4.58k	
3	3	-31.6k	-2.10k	641	-81.8	-846	-2.47k	-32.8k	-2.10k	641	-81.8	180	890	-34.0k	-2.10k	641	-81.8	1.21k	4.25k	
3	4	-31.9k	-2.10k	380	-79.1	-569	-2.47k	-33.1k	-2.10k	380	-79.1	39.3	881	-34.2k	-2.10k	380	-79.1	647	4.24k	
3	5	-31.7k	-1.99k	515	-107	-712	-2.46k	-32.9k	-1.99k	515	-107	112	722	-34.1k	-1.99k	515	-107	936	3.91k	
4	1	-31.8k	-2.10k	511	-80.5	-707	-2.47k	-32.9k	-2.10k	511	-80.5	110	885	-34.1k	-2.10k	511	-80.5	927	4.24k	
5	1	-28.9k	-2.06k	465	-79.7	-643	-2.39k	-30.0k	-2.06k	465	-79.7	102	907	-31.2k	-2.06k	465	-79.7	846	4.21k	
6	1	-22.0k	12.8k	6.19k	966	5.70k	1.75k	-23.2k	12.8k	6.19k	966	2.78k	20.7k	-24.4k	12.8k	6.19k	966	12.7k	47.8k	
6	2	-41.5k	12.8k	6.19k	966	5.70k	1.75k	-42.6k	12.8k	6.19k	966	2.78k	20.7k	-43.8k	12.8k	6.19k	966	12.7k	47.8k	
6	3	-22.0k	-17.0k	-5.17k	-1.13k	-7.12k	-6.70k	-23.2k	-17.0k	-5.17k	-1.13k	-2.56k	-18.9k	-24.4k	-17.0k	-5.17k	-1.13k	-10.8k	-39.3k	
6	4	-41.5k	-17.0k	-5.17k	-1.13k	-7.12k	-6.70k	-42.6k	-17.0k	-5.17k	-1.13k	-2.56k	-18.9k	-43.8k	-17.0k	-5.17k	-1.13k	-10.8k	-39.3k	
6	5	-14.1k	3.02k	16.5k	714	17.6k	-897	-15.3k	3.02k	16.5k	714	7.34k	8.05k	-16.5k	3.02k	16.5k	714	33.7k	19.6k	
6	6	-49.4k	3.02k	16.5k	714	17.6k	-897	-50.5k	3.02k	16.5k	714	7.34k	8.05k	-51.7k	3.02k	16.5k	714	33.7k	19.6k	
6	7	-14.1k	-7.22k	-15.5k	-875	-19.1k	-4.05k	-15.3k	-7.22k	-15.5k	-875	-7.12k	-6.28k	-16.5k	-7.22k	-15.5k	-875	-31.9k	-11.1k	
6	8	-49.4k	-7.22k	-15.5k	-875	-19.1k	-4.05k	-50.5k	-7.22k	-15.5k	-875	-7.12k	-6.28k	-51.7k	-7.22k	-15.5k	-875	-31.9k	-11.1k	
7	1	-23.6k	10.1k	5.17k	777	4.56k	993	-24.8k	10.1k	5.17k	777	2.30k	17.1k	-26.0k	10.1k	5.17k	777	10.6k	39.9k	
7	2	-39.9k	10.1k	5.17k	777	4.56k	993	-41.0k	10.1k	5.17k	777	2.30k	17.1k	-42.2k	10.1k	5.17k	777	10.6k	39.9k	
7	3	-23.6k	-14.3k	-4.15k	-938	-5.97k	-5.94k	-24.8k	-14.3k	-4.15k	-938	-2.08k	-15.3k	-26.0k	-14.3k	-4.15k	-938	-8.72k	-31.4k	
7	4	-39.9k	-14.3k	-4.15k	-938	-5.97k	-5.94k	-41.0k	-14.3k	-4.15k	-938	-2.08k	-15.3k	-42.2k	-14.3k	-4.15k	-938	-8.72k	-31.4k	
7	5	-17.3k	2.10k	13.6k	573	14.4k	-1.16k	-18.4k	2.10k	13.6k	573	6.05k	6.76k	-19.6k	2.10k	13.6k	573	27.9k	16.8k	
7	6	-46.3k	2.10k	13.6k	573	14.4k	-1.16k	-47.4k	2.10k	13.6k	573	6.05k	6.76k	-48.6k	2.10k	13.6k	573	27.9k	16.8k	
7	7	-17.3k	-6.30k	-12.6k	-734	-15.8k	-3.78k	-18.4k	-6.30k	-12.6k	-734	-5.83k	-4.99k	-19.6k	-6.30k	-12.6k	-734	-26.0k	-8.32k	
7	8	-46.3k	-6.30k	-12.6k	-734	-15.8k	-3.78k	-47.4k	-6.30k	-12.6k	-734	-5.83k	-4.99k	-48.6k	-6.30k	-12.6k	-734	-26.0k	-8.32k	
8	1	-21.5k	12.3k	6.05k	935	5.55k	1.65k	-22.7k	12.3k	6.05k	935	2.72k	20.0k	-23.8k	12.3k	6.05k	935	12.4k	46.4k	
8	2	-42.0k	12.3k	6.05k	935	5.55k	1.65k	-43.2k	12.3k	6.05k	935	2.72k	20.0k	-44.3k	12.3k	6.05k	935	12.4k	46.4k	
8	3	-21.5k	-16.5k	-5.03k	-1.10k	-6.97k	-6.60k	-22.7k	-16.5k	-5.03k	-1.10k	-2.50k	-18.3k	-23.8k	-16.5k	-5.03k	-1.10k	-10.5k	-38.0k	
8	4	-42.0k	-16.5k	-5.03k	-1.10k	-6.97k	-6.60k	-43.2k	-16.5k	-5.03k	-1.10k	-2.50k	-18.3k	-44.3k	-16.5k	-5.03k	-1.10k	-10.5k	-38.0k	
8	5	-14.3k	2.90k	16.1k	698	17.2k	-862	-15.5k	2.90k	16.1k	698	7.16k	7.83k	-16.7k	2.90k	16.1k	698	32.9k	19.1k	
8	6	-49.2k	2.90k	16.1k	698	17.2k	-862	-50.3k	2.90k	16.1k	698	7.16k	7.83k	-51.5k	2.90k	16.1k	698	32.9k	19.1k	
8	7	-14.3k	-7.10k	-15.1k	-859	-18.6k	-4.09k	-15.5k	-7.10k	-15.1k	-859	-6.94k	-6.06k	-16.7k	-7.10k	-15.1k	-859	-31.1k	-10.6k	
8	8	-49.2k	-7.10k	-15.1k	-859	-18.6k	-4.09k	-50.3k	-7.10k	-15.1k	-859	-6.94k	-6.06k	-51.5k	-7.10k	-15.1k	-859	-31.1k	-10.6k	
Sollecitazioni combinazioni Pilastro 3 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-44.1k	2.76k	-733	-106	1.03k	3.30k	-45.7k	2.76k	-733	-106	-140	-1.12k	-47.2k	2.76k	-733	-106	-1.31k	-5.55k	
1	2	-54.1k	2.89k	-917	-109	1.29k	3.58k	-55.7k	2.89k	-917	-109	-176	-1.04k	-57.2k	2.89k	-917	-109	-1.64k	-5.67k	
1	3	-54.1k	2.42k	-940	-227	1.32k	3.56k	-55.6k	2.42k	-940	-227	-189	-318	-57.2k	2.42k	-940	-227	-1.69k	-4.19k	
1	4	-54.8k	2.91k	-307	-115	641	3.58k	-56.3k	2.91k	-307	-115	149	-1.07k	-57.8k	2.91k	-307	-115	-343	-5.72k	
1	5	-53.5k	2.88k	-1.53k	-103	1.94k	3.58k	-55.0k	2.88k	-1.53k	-103	-501	-1.02k	-56.6k	2.88k	-1.53k	-103	-2.94k	-5.62k	
1	6	-54.2k	3.36k	-894	8.90	1.27k	3.60k	-55.7k	3.36k	-894	8.90	-163	-1.77k	-57.2k	3.36k	-894	8.90	-1.59k	-7.15k	
1	7	-49.8k	2.06k	-876	-304	1.22k	3.42k	-51.3k	2.06k	-876	-304	-183	134	-52.8k	2.06k	-876	-304	-1.58k	-3.16k	
1	8	-50.9k	2.86k	178	-118	95.9	3.46k	-52.4k	2.86k	178	-118	381	-1.12k	-53.9k	2.86k	178	-118	666	-5.70k	
1	9	-48.8k	2.81k	-1.85k	-97.7	2.26k	3.46k	-50.3k	2.81k	-1.85k	-97.7	-702	-1.04k	-51.9k	2.81k	-1.85k	-97.7	-3.67k	-5.54k	
1	10	-49.9k	3.62k	-800	88.4	1.14k	3.49k	-51.4k	3.62k	-800	88.4	-139	-2.29k	-52.9k	3.62k	-800	88.4	-1.42k	-8.08k	
2	1	-38.3k	1.87k	-660	-161	924	2.65k	-39.5k	1.87k	-660	-161	-132	-350	-40.7k	1.87k	-660	-161	-1.19k	-3.35k	
2	2	-38.8k	2.19k	-241	-87.0	477	2.66k	-39.9k	2.19k	-241	-87.0	91.7	-846	-41.1k	2.19k	-241	-87.0	-293	-4.35k	
2	3	-37.9k	2.17k	-1.05k	-78.9	1.34k	2.66k	-39.1k	2.17k	-1.05k	-78.9	-339	-814	-40.3k	2.17k	-1.05k	-78.9	-2.02k	-4.29k	
2	4	-38.4k	2.49k	-629	-5.22	892	2.67k	-39.5k	2.49k	-629	-5.22	-115	-1.31k	-40.7k	2.49k	-629	-5.22	-1.12k	-5.30k	
2	5	-35.5k	1.63k	-617	-212	860	2.56k	-36.6k	1.63k	-617	-212	-128	-51.8	-37.8k	1.63k	-617	-212	-1.11k	-2.66k	
2	6	-36.2k	2.16k	81.4	-89.0	115	2.58k	-37.3k	2.16k	81.4	-89.0	245	-879	-38.5k	2.16k	81.4	-89.0	376	-4.34k	
2	7	-34.8k	2.13k	-1.26k	-75.5	1.55k	2.58k	-36.0k	2.13k	-1.26k	-75.5	-472	-826	-37.1k	2.13k	-1.26k	-75.5	-2.50k	-4.23k	
2	8	-35.5k	2.66k	-567	47.3	808	2.60k	-36.7k	2.66k	-567	47.3	-98.8	-1.65k	-37.9k	2.66k	-567	47.3	-1.00k	-5.91k	
3	1	-33.6k	2.12k	-557	-81.8	784	2.53k	-34.8k	2.12k	-557	-81.8	-107	-868	-35.9k	2.12k	-557	-81.8	-997	-4.26k	
3	2	-31.7k	1.99k	-527	-107	740	2.47k	-32.8k	1.99k	-527	-107	-103	-722	-34.0k	1.99k	-527	-107	-945	-3.91k	
3	3	-31.8k	2.10k	-387	-82.7	591	2.47k	-33.0k	2.10k	-387	-82.7	-27.9	-888	-34.2k	2.10k	-387	-82.7	-647	-4.25k	
3	4	-31.5k	2.09k	-656	-80.0	879	2.47k	-32.7k	2.09k	-656	-80.0	-171	-877	-33.9k	2.09k	-656	-80.0	-1.22k	-4.23k	
3	5	-31.7k	2.20k	-517	-55.4	730	2.48k	-32.9k	2.20k	-517	-55.4	-96.8	-1.04k	-34.0k	2.20k	-517	-55.4	-923	-4.56k	
4	1	-31.7k	2.10k	-522	-81.3	735	2.47k	-32.9k	2.10k	-522	-81.3	-99.7	-883	-34.0k	2.10k	-522	-81.3	-934	-4.24k	
5	1	-28.8k	2.06k	-469	-80.7	661	2.39k	-30.0k	2.06k	-469	-80.7	-89.5	-905	-31.2k	2.06k	-469	-80.7	-840	-4.20k	
6	1	-22.5k	16.8k	4.89k	1.11k	6.86k	6.42k	-23.6k	16.8k	4.89k	1.11k	2.45k	18.7k	-24.8k	16.8k	4.89k	1.11k	10.3k	38.8k	
6	2	-40.9k	16.8k	4.89k	1.11k	6.86k	6.42k	-42.1k	16.8k	4.89k	1.11k	2.45k	18.7k	-43.2k	16.8k	4.89k	1.11k	10.3k	38.8k	
6	3	-22.5k	-12.6k	-5.94k	-1.27k	-5.39k	-1.48k	-23.6k	-12.6k	-5.94k	-1.27k	-2.64k	-20.4k	-24.8k	-12.6k	-5.94k	-1.27k	-12.1k	-47.2k	
6	4	-40.9k	-12.6k	-5.94k	-1.27k	-5.39k	-1.48k	-42.1k	-12.6k	-5.94k	-1.27k	-2.64k	-20.4k	-43.2k	-12.6k	-5.94k	-1.27k	-12.1k	-47.2k	
6	5	-15.1k	7.47k	14.3k	1.20k	17.8k	4.12k	-16.3k	7.47k	14.3k	1.20k	6.56k	6.20k	-17.4k	7.47k	14.3k	1.20k	29.4k	11.4k	
6	6	-48.3k	7.47k	14.3k	1.20k	17.8k	4.12k	-49.4k	7.47k	14.3k	1.20k	6.56k	6.20k	-50.6k	7.47k	14.3k	1.20k	29.4k	11.4k	
6	7	-15.1k	-3.27k	-15.3k	-1.37k	-16.3k	829	-16.3k	-3.27k	-15.3k	-1.37k	-6.75k	-7.97k	-17.4k	-3.27k	-15.3k	-1.37k	-31.3k	-19.9k	
6	8	-48.3k	-3.27k	-15.3k	-1.37k	-16.3k	829	-49.4k	-3.27k	-15.3k	-1.37k	-6.75k	-7.97k	-50.6k	-3.27k	-15.3k	-1.37k	-31.3k	-19.9k	
7	1	-24.0k	14.1k	3.92k	894	5.76k	5.72k	-25.1k	14.1k	3.92k	894	1.99k	15.1k	-26.3k	14.1k	3.92k	894	8.27k	31.0k	
7	2	-39.4k	14.1k	3.92k	894	5.76k	5.72k	-40.6k	14.1k	3.92k	894	1.99k	15.1k	-41.8k	14.1k	3.92k	894	8.27k	31.0k	
7	3	-24.0k	-9.91k	-4.97k	-1.06k	-4.29k	-776	-25.1k	-9.91k	-4.97k	-1.06k	-2.19k	-16.9k	-26.3k	-9.91k	-4.97k	-1.06k	-10.1k	-39.5k	
7	4	-39.4k	-9.91k	-4.97k	-1.06k	-4.29k	-776	-40.6k	-9.91k	-4.97k	-1.06k	-2.19k	-16.9k	-41.8k	-9.91k	-4.97k	-1.06k	-10.1k	-39.5k	
7	5	-18.0k	6.51k	11.6k	973	14.7k	3.86k	-19.2k	6.51k	11.6k	973	5.36k	4.92k	-20.3k	6.51k	11.6k	973	24.0k	8.60k	
7	6	-45.4k	6.51k	11.6k	973	14.7k	3.86k	-46.5k	6.51k	11.6k	973	5.36k	4.92k	-47.7k	6.51k	11.6k	973	24.0k	8.60k	
7	7	-18.0k	-2.31k	-12.7k	-1.14k	-13.3k	1.09k	-19.2k	-2.31k	-12.7k	-1.14k	-5.56k	-6.69k	-20.3k	-2.31k	-12.7k	-1.14k	-25.9k	-17.1k	
7	8	-45.4k	-2.31k	-12.7k	-1.14k	-13.3k	1.09k	-46.5k	-2.31k	-12.7k	-1.14k	-5.56k	-6.69k	-47.7k	-2.31k	-12.7k	-1.14k	-25.9k	-17.1k	
8	1	-21.8k	16.3k	4.76k	1.07k	6.71k	6.36k	-23.0k	16.3k	4.76k	1.07k	2.38k	18.1k	-24.2k	16.3k	4.76k	1.07k	10.0k	37.4k	
8	2	-41.5k	16.3k	4.76k	1.07k	6.71k	6.36k	-42.7k	16.3k	4.76k	1.07k	2.38k	18.1k	-43.9k	16.3k	4.76k	1.07k	10.0k	37.4k	
8	3	-21.8k	-12.1k	-5.81k	-1.23k	-5.24k	-1.41k	-23.0k	-12.1k	-5.81k	-1.23k	-2.58k	-19.8k	-24.2k	-12.1k	-5.81k	-1.23k	-11.9k	-45.9k	
8	4	-41.5k	-12.1k	-5.81k	-1.23k	-5.24k	-1.41k	-42.7k	-12.1k	-5.81k	-1.23k	-2.58k	-19.8k	-43.9k	-12.1k	-5.81k	-1.23k	-11.9k	-45.9k	
8	5	-15.1k	7.35k	13.9k	1.17k	17.4k	4.24k	-16.2k	7.35k	13.9k	1.17k	6.39k	5.98k	-17.4k	7.35k	13.9k	1.17k	28.7k	11.0k	
8	6	-48.3k	7.35k	13.9k	1.17k	17.4k	4.24k	-49.5k	7.35k	13.9k	1.17k	6.39k	5.98k	-50.6k	7.35k	13.9k	1.17k	28.7k	11.0k	
8	7	-15.1k	-3.15k	-15.0k	-1.33k	-15.9k	710	-16.2k	-3.15k	-15.0k	-1.33k	-6.59k	-7.74k	-17.4k	-3.15k	-15.0k	-1.33k	-30.6k	-19.4k	
8	8	-48.3k	-3.15k	-15.0k	-1.33k	-15.9k	710	-49.5k	-3.15k	-15.0k	-1.33k	-6.59k	-7.74k	-50.6k	-3.15k	-15.0k	-1.33k	-30.6k	-19.4k	
Sollecitazioni combinazioni Pilastro 4 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-44.2k	-2.77k	-711	105	986	-3.30k	-45.8k	-2.77k	-711	105	-151	1.13k	-47.3k	-2.77k	-711	105	-1.29k	5.56k	
1	2	-54.3k	-2.89k	-870	108	1.21k	-3.58k	-55.8k	-2.89k	-870	108	-179	1.05k	-57.3k	-2.89k	-870	108	-1.57k	5.68k	
1	3	-54.3k	-3.38k	-854	-10.0	1.20k	-3.62k	-55.8k	-3.38k	-854	-10.0	-169	1.79k	-57.4k	-3.38k	-854	-10.0	-1.54k	7.21k	
1	4	-54.9k	-2.88k	-279	102	586	-3.58k	-56.4k	-2.88k	-279	102	140	1.03k	-57.9k	-2.88k	-279	102	-307	5.64k	
1	5	-53.7k	-2.91k	-1.46k	114	1.84k	-3.58k	-55.2k	-2.91k	-1.46k	114	-498	1.07k	-56.8k	-2.91k	-1.46k	114	-2.83k	5.72k	
1	6	-54.3k	-2.40k	-886	226	1.23k	-3.54k	-55.8k	-2.40k	-886	226	-189	307	-57.3k	-2.40k	-886	226	-1.61k	4.15k	
1	7	-50.0k	-3.66k	-775	-89.8	1.09k	-3.53k	-51.5k	-3.66k	-775	-89.8	-151	2.32k	-53.1k	-3.66k	-775	-89.8	-1.39k	8.18k	
1	8	-51.0k	-2.82k	183	96.4	71.3	-3.46k	-52.5k	-2.82k	183	96.4	364	1.05k	-54.0k	-2.82k	183	96.4	657	5.56k	
1	9	-49.0k	-2.86k	-1.79k	117	2.16k	-3.46k	-50.5k	-2.86k	-1.79k	117	-698	1.12k	-52.1k	-2.86k	-1.79k	117	-3.56k	5.69k	
1	10	-50.0k	-2.02k	-829	303	1.14k	-3.39k	-51.5k	-2.02k	-829	303	-183	-155	-53.0k	-2.02k	-829	303	-1.51k	3.08k	
2	1	-38.5k	-2.51k	-606	4.31	848	-2.69k	-39.6k	-2.51k	-606	4.31	-122	1.32k	-40.8k	-2.51k	-606	4.31	-1.09k	5.34k	
2	2	-38.8k	-2.18k	-225	78.0	443	-2.66k	-40.0k	-2.18k	-225	78.0	82.7	821	-41.2k	-2.18k	-225	78.0	-278	4.30k	
2	3	-38.1k	-2.19k	-1.01k	86.3	1.27k	-2.66k	-39.2k	-2.19k	-1.01k	86.3	-340	846	-40.4k	-2.19k	-1.01k	86.3	-1.95k	4.35k	
2	4	-38.4k	-1.86k	-628	160	869	-2.63k	-39.6k	-1.86k	-628	160	-135	343	-40.8k	-1.86k	-628	160	-1.14k	3.32k	
2	5	-35.6k	-2.69k	-553	-48.3	776	-2.63k	-36.8k	-2.69k	-553	-48.3	-110	1.67k	-37.9k	-2.69k	-553	-48.3	-995	5.98k	
2	6	-36.2k	-2.13k	81.3	74.6	101	-2.58k	-37.4k	-2.13k	81.3	74.6	232	834	-38.6k	-2.13k	81.3	74.6	362	4.25k	
2	7	-34.9k	-2.16k	-1.22k	88.3	1.49k	-2.58k	-36.1k	-2.16k	-1.22k	88.3	-473	877	-37.3k	-2.16k	-1.22k	88.3	-2.43k	4.33k	
2	8	-35.6k	-1.61k	-589	211	811	-2.53k	-36.7k	-1.61k	-589	211	-131	37.9	-37.9k	-1.61k	-589	211	-1.07k	2.61k	
3	1	-33.7k	-2.12k	-541	81.0	750	-2.53k	-34.8k	-2.12k	-541	81.0	-115	871	-36.0k	-2.12k	-541	81.0	-981	4.27k	
3	2	-31.8k	-2.21k	-507	54.5	704	-2.48k	-32.9k	-2.21k	-507	54.5	-108	1.05k	-34.1k	-2.21k	-507	54.5	-919	4.58k	
3	3	-31.9k	-2.10k	-380	79.1	569	-2.47k	-33.1k	-2.10k	-380	79.1	-39.3	881	-34.2k	-2.10k	-380	79.1	-647	4.24k	
3	4	-31.6k	-2.10k	-641	81.9	846	-2.47k	-32.8k	-2.10k	-641	81.9	-180	890	-34.0k	-2.10k	-641	81.9	-1.21k	4.25k	
3	5	-31.7k	-1.99k	-514	106	711	-2.46k	-32.9k	-1.99k	-514	106	-112	722	-34.1k	-1.99k	-514	106	-935	3.91k	
4	1	-31.8k	-2.10k	-511	80.5	707	-2.47k	-32.9k	-2.10k	-511	80.5	-110	885	-34.1k	-2.10k	-511	80.5	-927	4.24k	
5	1	-28.9k	-2.06k	-465	79.7	643	-2.39k	-30.0k	-2.06k	-465	79.7	-102	907	-31.2k	-2.06k	-465	79.7	-846	4.21k	
6	1	-22.0k	12.8k	5.17k	1.13k	7.12k	1.75k	-23.2k	12.8k	5.17k	1.13k	2.56k	20.7k	-24.4k	12.8k	5.17k	1.13k	10.8k	47.8k	
6	2	-41.5k	12.8k	5.17k	1.13k	7.12k	1.75k	-42.6k	12.8k	5.17k	1.13k	2.56k	20.7k	-43.8k	12.8k	5.17k	1.13k	10.8k	47.8k	
6	3	-22.0k	-17.0k	-6.19k	-966	-5.70k	-6.70k	-23.2k	-17.0k	-6.19k	-966	-2.78k	-18.9k	-24.4k	-17.0k	-6.19k	-966	-12.7k	-39.3k	
6	4	-41.5k	-17.0k	-6.19k	-966	-5.70k	-6.70k	-42.6k	-17.0k	-6.19k	-966	-2.78k	-18.9k	-43.8k	-17.0k	-6.19k	-966	-12.7k	-39.3k	
6	5	-14.1k	3.02k	15.5k	875	19.1k	-897	-15.3k	3.02k	15.5k	875	7.12k	8.05k	-16.5k	3.02k	15.5k	875	31.9k	19.6k	
6	6	-49.4k	3.02k	15.5k	875	19.1k	-897	-50.5k	3.02k	15.5k	875	7.12k	8.05k	-51.7k	3.02k	15.5k	875	31.9k	19.6k	
6	7	-14.1k	-7.22k	-16.5k	-715	-17.6k	-4.05k	-15.3k	-7.22k	-16.5k	-715	-7.34k	-6.28k	-16.5k	-7.22k	-16.5k	-715	-33.7k	-11.1k	
6	8	-49.4k	-7.22k	-16.5k	-715	-17.6k	-4.05k	-50.5k	-7.22k	-16.5k	-715	-7.34k	-6.28k	-51.7k	-7.22k	-16.5k	-715	-33.7k	-11.1k	
7	1	-23.6k	10.1k	4.15k	938	5.97k	993	-24.8k	10.1k	4.15k	938	2.08k	17.1k	-26.0k	10.1k	4.15k	938	8.72k	39.9k	
7	2	-39.9k	10.1k	4.15k	938	5.97k	993	-41.0k	10.1k	4.15k	938	2.08k	17.1k	-42.2k	10.1k	4.15k	938	8.72k	39.9k	
7	3	-23.6k	-14.3k	-5.17k	-777	-4.56k	-5.94k	-24.8k	-14.3k	-5.17k	-777	-2.30k	-15.3k	-26.0k	-14.3k	-5.17k	-777	-10.6k	-31.4k	
7	4	-39.9k	-14.3k	-5.17k	-777	-4.56k	-5.94k	-41.0k	-14.3k	-5.17k	-777	-2.30k	-15.3k	-42.2k	-14.3k	-5.17k	-777	-10.6k	-31.4k	
7	5	-17.3k	2.10k	12.6k	734	15.8k	-1.16k	-18.4k	2.10k	12.6k	734	5.83k	6.76k	-19.6k	2.10k	12.6k	734	26.0k	16.8k	
7	6	-46.3k	2.10k	12.6k	734	15.8k	-1.16k	-47.4k	2.10k	12.6k	734	5.83k	6.76k	-48.6k	2.10k	12.6k	734	26.0k	16.8k	
7	7	-17.3k	-6.30k	-13.6k	-573	-14.4k	-3.78k	-18.4k	-6.30k	-13.6k	-573	-6.05k	-4.99k	-19.6k	-6.30k	-13.6k	-573	-27.9k	-8.32k	
7	8	-46.3k	-6.30k	-13.6k	-573	-14.4k	-3.78k	-47.4k	-6.30k	-13.6k	-573	-6.05k	-4.99k	-48.6k	-6.30k	-13.6k	-573	-27.9k	-8.32k	
8	1	-21.5k	12.3k	5.03k	1.10k	6.97k	1.65k	-22.7k	12.3k	5.03k	1.10k	2.50k	20.0k	-23.8k	12.3k	5.03k	1.10k	10.5k	46.4k	
8	2	-42.0k	12.3k	5.03k	1.10k	6.97k	1.65k	-43.2k	12.3k	5.03k	1.10k	2.50k	20.0k	-44.3k	12.3k	5.03k	1.10k	10.5k	46.4k	
8	3	-21.5k	-16.5k	-6.05k	-935	-5.55k	-6.60k	-22.7k	-16.5k	-6.05k	-935	-2.71k	-18.3k	-23.8k	-16.5k	-6.05k	-935	-12.4k	-38.0k	
8	4	-42.0k	-16.5k	-6.05k	-935	-5.55k	-6.60k	-43.2k	-16.5k	-6.05k	-935	-2.71k	-18.3k	-44.3k	-16.5k	-6.05k	-935	-12.4k	-38.0k	
8	5	-14.3k	2.90k	15.1k	859	18.6k	-862	-15.5k	2.90k	15.1k	859	6.95k	7.83k	-16.7k	2.90k	15.1k	859	31.1k	19.1k	
8	6	-49.2k	2.90k	15.1k	859	18.6k	-862	-50.3k	2.90k	15.1k	859	6.95k	7.83k	-51.5k	2.90k	15.1k	859	31.1k	19.1k	
8	7	-14.3k	-7.10k	-16.1k	-698	-17.2k	-4.09k	-15.5k	-7.10k	-16.1k	-698	-7.16k	-6.06k	-16.7k	-7.10k	-16.1k	-698	-32.9k	-10.6k	
8	8	-49.2k	-7.10k	-16.1k	-698	-17.2k	-4.09k	-50.3k	-7.10k	-16.1k	-698	-7.16k	-6.06k	-51.5k	-7.10k	-16.1k	-698	-32.9k	-10.6k	
Sollecitazioni combinazioni Pilastro 5 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-1.96k	182	70.4	55.1m	-127	31.0	-2.26k	182	70.4	55.1m	-13.8	-261	-2.57k	182	70.4	55.1m	98.8	-552	
1	2	-2.36k	187	88.4	58.2m	-158	32.1	-2.66k	187	88.4	58.2m	-16.7	-266	-2.96k	187	88.4	58.2m	125	-565	
1	3	-2.39k	139	90.1	0.143	-161	63.9	-2.69k	139	90.1	0.143	-16.7	-159	-2.99k	139	90.1	0.143	127	-381	
1	4	-2.92k	187	170	49.2m	-289	32.1	-3.23k	187	170	49.2m	-16.9	-266	-3.53k	187	170	49.2m	256	-565	
1	5	-1.79k	186	6.56	67.1m	-27.0	32.1	-2.10k	186	6.56	67.1m	-16.5	-266	-2.40k	186	6.56	67.1m	-5.98	-565	
1	6	-2.33k	234	86.7	-27.1m	-155	0.316	-2.63k	234	86.7	-27.1m	-16.6	-374	-2.93k	234	86.7	-27.1m	122	-749	
1	7	-2.24k	105	83.5	0.199	-149	84.6	-2.54k	105	83.5	0.199	-15.5	-84.1	-2.85k	105	83.5	0.199	118	-253	
1	8	-3.13k	185	217	42.0m	-363	31.7	-3.43k	185	217	42.0m	-15.8	-264	-3.73k	185	217	42.0m	332	-560	
1	9	-1.25k	185	-55.7	71.8m	74.0	31.6	-1.55k	185	-55.7	71.8m	-15.1	-264	-1.85k	185	-55.7	71.8m	-104	-559	
1	10	-2.14k	264	77.9	-85.2m	-140	-21.3	-2.44k	264	77.9	-85.2m	-15.4	-444	-2.74k	264	77.9	-85.2m	109	-866	
2	1	-1.70k	111	63.2	0.100	-113	45.3	-1.94k	111	63.2	0.100	-11.9	-132	-2.17k	111	63.2	0.100	89.2	-309	
2	2	-2.06k	142	116	37.8m	-198	24.4	-2.29k	142	116	37.8m	-12.0	-203	-2.52k	142	116	37.8m	174	-430	
2	3	-1.31k	142	7.84	49.7m	-24.3	24.3	-1.54k	142	7.84	49.7m	-11.8	-203	-1.77k	142	7.84	49.7m	0.791	-430	
2	4	-1.66k	173	61.0	-12.5m	-109	3.36	-1.90k	173	61.0	-12.5m	-11.8	-274	-2.13k	173	61.0	-12.5m	85.7	-552	
2	5	-1.61k	88.5	58.8	0.137	-105	59.0	-1.84k	88.5	58.8	0.137	-11.1	-82.6	-2.07k	88.5	58.8	0.137	82.9	-224	
2	6	-2.19k	141	147	33.0m	-247	24.1	-2.43k	141	147	33.0m	-11.3	-201	-2.66k	141	147	33.0m	224	-427	
2	7	-948	141	-33.5	52.8m	42.7	24.0	-1.18k	141	-33.5	52.8m	-10.8	-201	-1.41k	141	-33.5	52.8m	-64.4	-427	
2	8	-1.54k	193	55.1	-50.9m	-99.1	-10.9	-1.77k	193	55.1	-50.9m	-11.0	-320	-2.00k	193	55.1	-50.9m	77.1	-629	
3	1	-1.50k	140	53.5	42.3m	-96.1	23.8	-1.73k	140	53.5	42.3m	-10.5	-200	-1.96k	140	53.5	42.3m	75.1	-424	
3	2	-1.43k	129	50.4	60.5m	-90.7	30.6	-1.66k	129	50.4	60.5m	-9.98	-175	-1.89k	129	50.4	60.5m	70.7	-381	
3	3	-1.54k	139	68.2	39.7m	-119	23.6	-1.78k	139	68.2	39.7m	-10.0	-199	-2.01k	139	68.2	39.7m	99.0	-422	
3	4	-1.30k	139	32.0	43.7m	-61.1	23.6	-1.53k	139	32.0	43.7m	-9.93	-199	-1.76k	139	32.0	43.7m	41.3	-422	
3	5	-1.41k	150	49.7	23.0m	-89.5	16.6	-1.65k	150	49.7	23.0m	-9.96	-223	-1.88k	150	49.7	23.0m	69.6	-462	
4	1	-1.42k	139	50.1	41.7m	-90.1	23.6	-1.65k	139	50.1	41.7m	-9.97	-199	-1.88k	139	50.1	41.7m	70.1	-422	
5	1	-1.31k	138	44.9	40.9m	-81.0	23.3	-1.54k	138	44.9	40.9m	-9.15	-197	-1.77k	138	44.9	40.9m	62.7	-418	
6	1	2.83k	1.71k	702	0.965	955	241	2.59k	1.71k	702	0.965	-4.24	2.09k	2.36k	1.71k	702	0.965	1.11k	4.38k	
6	2	-5.67k	1.71k	702	0.965	955	241	-5.90k	1.71k	702	0.965	-4.24	2.09k	-6.13k	1.71k	702	0.965	1.11k	4.38k	
6	3	2.83k	-1.43k	-602	-0.882	-1.13k	-194	2.59k	-1.43k	-602	-0.882	-15.7	-2.49k	2.36k	-1.43k	-602	-0.882	-972	-5.23k	
6	4	-5.67k	-1.43k	-602	-0.882	-1.13k	-194	-5.90k	-1.43k	-602	-0.882	-15.7	-2.49k	-6.13k	-1.43k	-602	-0.882	-972	-5.23k	
6	5	9.71k	635	1.87k	0.976	2.82k	93.0	9.48k	635	1.87k	0.976	-2.42	525	9.25k	635	1.87k	0.976	2.97k	1.10k	
6	6	-12.6k	635	1.87k	0.976	2.82k	93.0	-12.8k	635	1.87k	0.976	-2.42	525	-13.0k	635	1.87k	0.976	2.97k	1.10k	
6	7	9.71k	-356	-1.77k	-0.892	-3.00k	-45.7	9.48k	-356	-1.77k	-0.892	-17.5	-923	9.25k	-356	-1.77k	-0.892	-2.83k	-1.94k	
6	8	-12.6k	-356	-1.77k	-0.892	-3.00k	-45.7	-12.8k	-356	-1.77k	-0.892	-17.5	-923	-13.0k	-356	-1.77k	-0.892	-2.83k	-1.94k	
7	1	2.07k	1.42k	585	0.798	768	202	1.84k	1.42k	585	0.798	-5.18	1.68k	1.61k	1.42k	585	0.798	925	3.51k	
7	2	-4.91k	1.42k	585	0.798	768	202	-5.14k	1.42k	585	0.798	-5.18	1.68k	-5.37k	1.42k	585	0.798	925	3.51k	
7	3	2.07k	-1.15k	-485	-0.715	-948	-155	1.84k	-1.15k	-485	-0.715	-14.8	-2.08k	1.61k	-1.15k	-485	-0.715	-785	-4.36k	
7	4	-4.91k	-1.15k	-485	-0.715	-948	-155	-5.14k	-1.15k	-485	-0.715	-14.8	-2.08k	-5.37k	-1.15k	-485	-0.715	-785	-4.36k	
7	5	7.72k	545	1.54k	0.807	2.30k	80.6	7.49k	545	1.54k	0.807	-3.51	395	7.25k	545	1.54k	0.807	2.45k	822	
7	6	-10.6k	545	1.54k	0.807	2.30k	80.6	-10.8k	545	1.54k	0.807	-3.51	395	-11.0k	545	1.54k	0.807	2.45k	822	
7	7	7.72k	-267	-1.44k	-0.723	-2.48k	-33.3	7.49k	-267	-1.44k	-0.723	-16.4	-793	7.25k	-267	-1.44k	-0.723	-2.31k	-1.66k	
7	8	-10.6k	-267	-1.44k	-0.723	-2.48k	-33.3	-10.8k	-267	-1.44k	-0.723	-16.4	-793	-11.0k	-267	-1.44k	-0.723	-2.31k	-1.66k	
8	1	2.74k	1.66k	687	0.936	931	235	2.51k	1.66k	687	0.936	-3.92	2.02k	2.28k	1.66k	687	0.936	1.09k	4.23k	
8	2	-5.58k	1.66k	687	0.936	931	235	-5.82k	1.66k	687	0.936	-3.92	2.02k	-6.05k	1.66k	687	0.936	1.09k	4.23k	
8	3	2.74k	-1.38k	-587	-0.853	-1.11k	-188	2.51k	-1.38k	-587	-0.853	-16.0	-2.42k	2.28k	-1.38k	-587	-0.853	-947	-5.08k	
8	4	-5.58k	-1.38k	-587	-0.853	-1.11k	-188	-5.82k	-1.38k	-587	-0.853	-16.0	-2.42k	-6.05k	-1.38k	-587	-0.853	-947	-5.08k	
8	5	9.43k	621	1.83k	0.946	2.76k	91.5	9.19k	621	1.83k	0.946	-1.34	505	8.96k	621	1.83k	0.946	2.91k	1.05k	
8	6	-12.3k	621	1.83k	0.946	2.76k	91.5	-12.5k	621	1.83k	0.946	-1.34	505	-12.7k	621	1.83k	0.946	2.91k	1.05k	
8	7	9.43k	-343	-1.72k	-0.862	-2.93k	-44.2	9.19k	-343	-1.72k	-0.862	-18.6	-903	8.96k	-343	-1.72k	-0.862	-2.77k	-1.90k	
8	8	-12.3k	-343	-1.72k	-0.862	-2.93k	-44.2	-12.5k	-343	-1.72k	-0.862	-18.6	-903	-12.7k	-343	-1.72k	-0.862	-2.77k	-1.90k	
Sollecitazioni combinazioni Pilastro 6 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-1.86k	-179	42.3	-60.9m	-93.9	-30.6	-2.16k	-179	42.3	-60.9m	-26.2	257	-2.46k	-179	42.3	-60.9m	41.4	544	
1	2	-2.20k	-183	51.8	-61.9m	-115	-31.5	-2.50k	-183	51.8	-61.9m	-32.2	261	-2.80k	-183	51.8	-61.9m	50.7	554	
1	3	-2.18k	-231	51.1	17.0m	-114	0.209	-2.48k	-231	51.1	17.0m	-31.9	370	-2.78k	-231	51.1	17.0m	49.9	740	
1	4	-2.70k	-183	131	-71.4m	-243	-31.6	-3.00k	-183	131	-71.4m	-33.5	262	-3.30k	-183	131	-71.4m	176	555	
1	5	-1.70k	-183	-27.0	-52.3m	12.2	-31.5	-2.00k	-183	-27.0	-52.3m	-30.9	261	-2.30k	-183	-27.0	-52.3m	-74.0	553	
1	6	-2.22k	-135	52.6	-0.141	-117	-63.2	-2.52k	-135	52.6	-0.141	-32.5	153	-2.82k	-135	52.6	-0.141	51.6	369	
1	7	-2.02k	-262	46.5	70.0m	-104	21.7	-2.32k	-262	46.5	70.0m	-29.1	440	-2.62k	-262	46.5	70.0m	45.3	859	
1	8	-2.89k	-182	179	-77.4m	-318	-31.2	-3.19k	-182	179	-77.4m	-31.8	260	-3.49k	-182	179	-77.4m	255	552	
1	9	-1.22k	-181	-83.6	-45.5m	106	-31.0	-1.52k	-181	-83.6	-45.5m	-27.5	258	-1.82k	-181	-83.6	-45.5m	-161	548	
1	10	-2.09k	-101	49.0	-0.193	-109	-83.9	-2.39k	-101	49.0	-0.193	-30.1	78.3	-2.69k	-101	49.0	-0.193	48.2	240	
2	1	-1.56k	-171	36.2	4.78m	-80.6	-2.99	-1.80k	-171	36.2	4.78m	-22.6	271	-2.03k	-171	36.2	4.78m	35.4	545	
2	2	-1.91k	-140	88.9	-53.6m	-166	-24.0	-2.14k	-140	88.9	-53.6m	-23.7	200	-2.37k	-140	88.9	-53.6m	119	424	
2	3	-1.25k	-139	-15.5	-40.9m	2.83	-23.9	-1.48k	-139	-15.5	-40.9m	-21.9	199	-1.71k	-139	-15.5	-40.9m	-46.7	422	
2	4	-1.59k	-108	37.2	-99.3m	-82.5	-44.9	-1.83k	-108	37.2	-99.3m	-23.0	128	-2.06k	-108	37.2	-99.3m	36.5	300	
2	5	-1.46k	-191	33.2	39.8m	-73.9	11.2	-1.69k	-191	33.2	39.8m	-20.8	318	-1.92k	-191	33.2	39.8m	32.4	624	
2	6	-2.03k	-139	121	-57.5m	-216	-23.7	-2.27k	-139	121	-57.5m	-22.5	199	-2.50k	-139	121	-57.5m	171	421	
2	7	-929	-138	-53.0	-36.4m	65.2	-23.6	-1.16k	-138	-53.0	-36.4m	-19.7	197	-1.39k	-138	-53.0	-36.4m	-105	419	
2	8	-1.50k	-85.7	34.8	-0.134	-77.1	-58.5	-1.74k	-85.7	34.8	-0.134	-21.4	78.6	-1.97k	-85.7	34.8	-0.134	34.3	216	
3	1	-1.42k	-138	32.2	-46.8m	-71.5	-23.5	-1.65k	-138	32.2	-46.8m	-20.0	197	-1.88k	-138	32.2	-46.8m	31.5	418	
3	2	-1.35k	-148	30.2	-29.3m	-67.1	-16.3	-1.58k	-148	30.2	-29.3m	-18.8	220	-1.81k	-148	30.2	-29.3m	29.6	457	
3	3	-1.46k	-137	47.8	-48.7m	-95.5	-23.3	-1.69k	-137	47.8	-48.7m	-19.1	196	-1.93k	-137	47.8	-48.7m	57.3	416	
3	4	-1.24k	-137	13.0	-44.5m	-39.3	-23.3	-1.47k	-137	13.0	-44.5m	-18.5	196	-1.71k	-137	13.0	-44.5m	2.20	416	
3	5	-1.36k	-127	30.5	-64.0m	-67.7	-30.3	-1.59k	-127	30.5	-64.0m	-18.9	172	-1.82k	-127	30.5	-64.0m	30.0	375	
4	1	-1.35k	-137	30.4	-46.6m	-67.4	-23.3	-1.58k	-137	30.4	-46.6m	-18.8	196	-1.82k	-137	30.4	-46.6m	29.8	416	
5	1	-1.25k	-136	27.6	-46.3m	-61.3	-23.0	-1.49k	-136	27.6	-46.3m	-17.1	195	-1.72k	-136	27.6	-46.3m	27.1	413	
6	1	2.72k	1.45k	712	1.03	1.03k	197	2.49k	1.45k	712	1.03	-7.35	2.51k	2.26k	1.45k	712	1.03	1.11k	5.27k	
6	2	-5.43k	1.45k	712	1.03	1.03k	197	-5.66k	1.45k	712	1.03	-7.35	2.51k	-5.89k	1.45k	712	1.03	1.11k	5.27k	
6	3	2.72k	-1.72k	-651	-1.13	-1.17k	-244	2.49k	-1.72k	-651	-1.13	-30.3	-2.12k	2.26k	-1.72k	-651	-1.13	-1.05k	-4.44k	
6	4	-5.43k	-1.72k	-651	-1.13	-1.17k	-244	-5.66k	-1.72k	-651	-1.13	-30.3	-2.12k	-5.89k	-1.72k	-651	-1.13	-1.05k	-4.44k	
6	5	9.71k	379	1.98k	1.22	3.08k	49.8	9.48k	379	1.98k	1.22	5.66	949	9.25k	379	1.98k	1.22	3.13k	1.99k	
6	6	-12.4k	379	1.98k	1.22	3.08k	49.8	-12.6k	379	1.98k	1.22	5.66	949	-12.9k	379	1.98k	1.22	3.13k	1.99k	
6	7	9.71k	-653	-1.92k	-1.31	-3.22k	-96.4	9.48k	-653	-1.92k	-1.31	-43.3	-556	9.25k	-653	-1.92k	-1.31	-3.07k	-1.16k	
6	8	-12.4k	-653	-1.92k	-1.31	-3.22k	-96.4	-12.6k	-653	-1.92k	-1.31	-43.3	-556	-12.9k	-653	-1.92k	-1.31	-3.07k	-1.16k	
7	1	2.00k	1.16k	590	0.836	838	157	1.77k	1.16k	590	0.836	-9.32	2.10k	1.54k	1.16k	590	0.836	916	4.39k	
7	2	-4.70k	1.16k	590	0.836	838	157	-4.94k	1.16k	590	0.836	-9.32	2.10k	-5.17k	1.16k	590	0.836	916	4.39k	
7	3	2.00k	-1.44k	-529	-0.930	-972	-204	1.77k	-1.44k	-529	-0.930	-28.3	-1.70k	1.54k	-1.44k	-529	-0.930	-856	-3.56k	
7	4	-4.70k	-1.44k	-529	-0.930	-972	-204	-4.94k	-1.44k	-529	-0.930	-28.3	-1.70k	-5.17k	-1.44k	-529	-0.930	-856	-3.56k	
7	5	7.73k	285	1.63k	0.990	2.52k	36.6	7.50k	285	1.63k	0.990	1.29	812	7.27k	285	1.63k	0.990	2.58k	1.71k	
7	6	-10.4k	285	1.63k	0.990	2.52k	36.6	-10.7k	285	1.63k	0.990	1.29	812	-10.9k	285	1.63k	0.990	2.58k	1.71k	
7	7	7.73k	-560	-1.57k	-1.08	-2.65k	-83.2	7.50k	-560	-1.57k	-1.08	-38.9	-420	7.27k	-560	-1.57k	-1.08	-2.52k	-877	
7	8	-10.4k	-560	-1.57k	-1.08	-2.65k	-83.2	-10.7k	-560	-1.57k	-1.08	-38.9	-420	-10.9k	-560	-1.57k	-1.08	-2.52k	-877	
8	1	2.66k	1.40k	696	0.997	1.01k	190	2.43k	1.40k	696	0.997	-7.21	2.44k	2.19k	1.40k	696	0.997	1.08k	5.12k	
8	2	-5.36k	1.40k	696	0.997	1.01k	190	-5.59k	1.40k	696	0.997	-7.21	2.44k	-5.82k	1.40k	696	0.997	1.08k	5.12k	
8	3	2.66k	-1.67k	-635	-1.09	-1.14k	-237	2.43k	-1.67k	-635	-1.09	-30.4	-2.05k	2.19k	-1.67k	-635	-1.09	-1.02k	-4.29k	
8	4	-5.36k	-1.67k	-635	-1.09	-1.14k	-237	-5.59k	-1.67k	-635	-1.09	-30.4	-2.05k	-5.82k	-1.67k	-635	-1.09	-1.02k	-4.29k	
8	5	9.45k	362	1.94k	1.18	3.01k	47.5	9.21k	362	1.94k	1.18	5.13	925	8.98k	362	1.94k	1.18	3.06k	1.94k	
8	6	-12.1k	362	1.94k	1.18	3.01k	47.5	-12.4k	362	1.94k	1.18	5.13	925	-12.6k	362	1.94k	1.18	3.06k	1.94k	
8	7	9.45k	-637	-1.88k	-1.27	-3.14k	-94.1	9.21k	-637	-1.88k	-1.27	-42.8	-532	8.98k	-637	-1.88k	-1.27	-3.00k	-1.11k	
8	8	-12.1k	-637	-1.88k	-1.27	-3.14k	-94.1	-12.4k	-637	-1.88k	-1.27	-42.8	-532	-12.6k	-637	-1.88k	-1.27	-3.00k	-1.11k	
Sollecitazioni combinazioni Pilastro 7 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-1.96k	182	-70.4	-55.1m	126	31.0	-2.26k	182	-70.4	-55.1m	13.8	-261	-2.57k	182	-70.4	-55.1m	-98.8	-552	
1	2	-2.36k	187	-88.4	-58.2m	158	32.1	-2.66k	187	-88.4	-58.2m	16.7	-266	-2.96k	187	-88.4	-58.2m	-125	-565	
1	3	-2.39k	139	-89.6	-0.142	160	63.9	-2.69k	139	-89.6	-0.142	16.7	-158	-2.99k	139	-89.6	-0.142	-127	-381	
1	4	-1.79k	186	-6.56	-67.1m	27.0	32.1	-2.10k	186	-6.56	-67.1m	16.5	-266	-2.40k	186	-6.56	-67.1m	5.97	-565	
1	5	-2.92k	187	-170	-49.2m	289	32.1	-3.23k	187	-170	-49.2m	16.8	-266	-3.53k	187	-170	-49.2m	-256	-565	
1	6	-2.33k	234	-87.2	25.6m	156	0.327	-2.63k	234	-87.2	25.6m	16.6	-374	-2.93k	234	-87.2	25.6m	-123	-749	
1	7	-2.24k	105	-82.7	-0.196	148	84.6	-2.54k	105	-82.7	-0.196	15.5	-83.9	-2.84k	105	-82.7	-0.196	-117	-252	
1	8	-1.25k	185	55.7	-71.8m	-74.0	31.6	-1.55k	185	55.7	-71.8m	15.1	-264	-1.85k	185	55.7	-71.8m	104	-559	
1	9	-3.13k	185	-217	-42.0m	363	31.7	-3.43k	185	-217	-42.0m	15.7	-264	-3.73k	185	-217	-42.0m	-332	-560	
1	10	-2.14k	264	-78.7	82.7m	141	-21.3	-2.44k	264	-78.7	82.7m	15.4	-444	-2.75k	264	-78.7	82.7m	-111	-866	
2	1	-1.70k	111	-62.9	-99.0m	112	45.3	-1.93k	111	-62.9	-99.0m	11.9	-132	-2.17k	111	-62.9	-99.0m	-88.7	-309	
2	2	-1.31k	142	-7.84	-49.7m	24.3	24.3	-1.54k	142	-7.84	-49.7m	11.8	-203	-1.77k	142	-7.84	-49.7m	-0.791	-430	
2	3	-2.06k	142	-116	-37.8m	198	24.4	-2.29k	142	-116	-37.8m	12.0	-203	-2.52k	142	-116	-37.8m	-174	-430	
2	4	-1.67k	173	-61.3	11.5m	110	3.37	-1.90k	173	-61.3	11.5m	11.8	-274	-2.13k	173	-61.3	11.5m	-86.2	-552	
2	5	-1.60k	88.4	-58.2	-0.135	104	59.0	-1.83k	88.4	-58.2	-0.135	11.1	-82.5	-2.07k	88.4	-58.2	-0.135	-82.1	-224	
2	6	-948	141	33.5	-52.8m	-42.7	24.0	-1.18k	141	33.5	-52.8m	10.9	-201	-1.41k	141	33.5	-52.8m	64.4	-427	
2	7	-2.19k	141	-147	-33.0m	247	24.1	-2.43k	141	-147	-33.0m	11.3	-201	-2.66k	141	-147	-33.0m	-224	-427	
2	8	-1.54k	193	-55.6	49.3m	100	-10.9	-1.77k	193	-55.6	49.3m	11.0	-320	-2.00k	193	-55.6	49.3m	-78.0	-629	
3	1	-1.50k	140	-53.5	-42.3m	96.1	23.8	-1.73k	140	-53.5	-42.3m	10.5	-200	-1.96k	140	-53.5	-42.3m	-75.1	-424	
3	2	-1.43k	129	-50.3	-60.1m	90.5	30.6	-1.66k	129	-50.3	-60.1m	9.98	-175	-1.89k	129	-50.3	-60.1m	-70.6	-381	
3	3	-1.30k	139	-32.0	-43.7m	61.1	23.6	-1.53k	139	-32.0	-43.7m	9.93	-199	-1.76k	139	-32.0	-43.7m	-41.3	-422	
3	4	-1.54k	139	-68.2	-39.7m	119	23.6	-1.78k	139	-68.2	-39.7m	10.0	-199	-2.01k	139	-68.2	-39.7m	-99.0	-422	
3	5	-1.41k	150	-49.8	-23.3m	89.7	16.6	-1.65k	150	-49.8	-23.3m	9.96	-223	-1.88k	150	-49.8	-23.3m	-69.7	-462	
4	1	-1.42k	139	-50.1	-41.7m	90.1	23.6	-1.65k	139	-50.1	-41.7m	9.97	-199	-1.88k	139	-50.1	-41.7m	-70.2	-422	
5	1	-1.31k	138	-44.9	-40.9m	81.0	23.3	-1.54k	138	-44.9	-40.9m	9.15	-197	-1.77k	138	-44.9	-40.9m	-62.7	-418	
6	1	2.83k	1.71k	602	0.882	1.14k	241	2.59k	1.71k	602	0.882	15.7	2.09k	2.36k	1.71k	602	0.882	971	4.38k	
6	2	-5.67k	1.71k	602	0.882	1.14k	241	-5.90k	1.71k	602	0.882	15.7	2.09k	-6.13k	1.71k	602	0.882	971	4.38k	
6	3	2.83k	-1.43k	-702	-0.965	-955	-194	2.59k	-1.43k	-702	-0.965	4.24	-2.49k	2.36k	-1.43k	-702	-0.965	-1.11k	-5.23k	
6	4	-5.67k	-1.43k	-702	-0.965	-955	-194	-5.90k	-1.43k	-702	-0.965	4.24	-2.49k	-6.13k	-1.43k	-702	-0.965	-1.11k	-5.23k	
6	5	9.71k	635	1.77k	0.892	3.00k	93.0	9.48k	635	1.77k	0.892	17.5	525	9.25k	635	1.77k	0.892	2.83k	1.10k	
6	6	-12.6k	635	1.77k	0.892	3.00k	93.0	-12.8k	635	1.77k	0.892	17.5	525	-13.0k	635	1.77k	0.892	2.83k	1.10k	
6	7	9.71k	-356	-1.87k	-0.976	-2.82k	-45.7	9.48k	-356	-1.87k	-0.976	2.43	-923	9.25k	-356	-1.87k	-0.976	-2.97k	-1.94k	
6	8	-12.6k	-356	-1.87k	-0.976	-2.82k	-45.7	-12.8k	-356	-1.87k	-0.976	2.43	-923	-13.0k	-356	-1.87k	-0.976	-2.97k	-1.94k	
7	1	2.07k	1.42k	485	0.715	948	202	1.84k	1.42k	485	0.715	14.8	1.68k	1.61k	1.42k	485	0.715	785	3.51k	
7	2	-4.91k	1.42k	485	0.715	948	202	-5.14k	1.42k	485	0.715	14.8	1.68k	-5.37k	1.42k	485	0.715	785	3.51k	
7	3	2.07k	-1.15k	-585	-0.798	-768	-155	1.84k	-1.15k	-585	-0.798	5.18	-2.08k	1.61k	-1.15k	-585	-0.798	-925	-4.36k	
7	4	-4.91k	-1.15k	-585	-0.798	-768	-155	-5.14k	-1.15k	-585	-0.798	5.18	-2.08k	-5.37k	-1.15k	-585	-0.798	-925	-4.36k	
7	5	7.72k	545	1.44k	0.723	2.48k	80.6	7.49k	545	1.44k	0.723	16.4	395	7.25k	545	1.44k	0.723	2.31k	822	
7	6	-10.6k	545	1.44k	0.723	2.48k	80.6	-10.8k	545	1.44k	0.723	16.4	395	-11.0k	545	1.44k	0.723	2.31k	822	
7	7	7.72k	-267	-1.54k	-0.807	-2.30k	-33.3	7.49k	-267	-1.54k	-0.807	3.51	-793	7.25k	-267	-1.54k	-0.807	-2.45k	-1.66k	
7	8	-10.6k	-267	-1.54k	-0.807	-2.30k	-33.3	-10.8k	-267	-1.54k	-0.807	3.51	-793	-11.0k	-267	-1.54k	-0.807	-2.45k	-1.66k	
8	1	2.74k	1.66k	587	0.853	1.11k	235	2.51k	1.66k	587	0.853	16.0	2.02k	2.28k	1.66k	587	0.853	947	4.23k	
8	2	-5.58k	1.66k	587	0.853	1.11k	235	-5.82k	1.66k	587	0.853	16.0	2.02k	-6.05k	1.66k	587	0.853	947	4.23k	
8	3	2.74k	-1.38k	-687	-0.936	-931	-188	2.51k	-1.38k	-687	-0.936	3.92	-2.42k	2.28k	-1.38k	-687	-0.936	-1.09k	-5.08k	
8	4	-5.58k	-1.38k	-687	-0.936	-931	-188	-5.82k	-1.38k	-687	-0.936	3.92	-2.42k	-6.05k	-1.38k	-687	-0.936	-1.09k	-5.08k	
8	5	9.43k	621	1.73k	0.862	2.94k	91.5	9.19k	621	1.73k	0.862	18.6	505	8.96k	621	1.73k	0.862	2.77k	1.05k	
8	6	-12.3k	621	1.73k	0.862	2.94k	91.5	-12.5k	621	1.73k	0.862	18.6	505	-12.7k	621	1.73k	0.862	2.77k	1.05k	
8	7	9.43k	-343	-1.82k	-0.946	-2.75k	-44.2	9.19k	-343	-1.82k	-0.946	1.34	-903	8.96k	-343	-1.82k	-0.946	-2.91k	-1.90k	
8	8	-12.3k	-343	-1.82k	-0.946	-2.75k	-44.2	-12.5k	-343	-1.82k	-0.946	1.34	-903	-12.7k	-343	-1.82k	-0.946	-2.91k	-1.90k	
Sollecitazioni combinazioni Pilastro 8 piano 2
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-1.86k	-179	-42.3	60.9m	93.9	-30.6	-2.16k	-179	-42.3	60.9m	26.2	257	-2.46k	-179	-42.3	60.9m	-41.4	544	
1	2	-2.20k	-183	-51.8	61.9m	115	-31.5	-2.50k	-183	-51.8	61.9m	32.2	261	-2.80k	-183	-51.8	61.9m	-50.7	554	
1	3	-2.18k	-231	-51.6	-15.5m	114	0.200	-2.48k	-231	-51.6	-15.5m	31.9	370	-2.78k	-231	-51.6	-15.5m	-50.7	740	
1	4	-1.70k	-183	27.0	52.3m	-12.2	-31.5	-2.00k	-183	27.0	52.3m	30.9	261	-2.30k	-183	27.0	52.3m	74.0	553	
1	5	-2.70k	-183	-131	71.4m	243	-31.6	-3.00k	-183	-131	71.4m	33.5	262	-3.30k	-183	-131	71.4m	-176	555	
1	6	-2.22k	-135	-52.1	0.139	116	-63.2	-2.52k	-135	-52.1	0.139	32.5	153	-2.82k	-135	-52.1	0.139	-50.8	368	
1	7	-2.02k	-262	-47.4	-67.5m	105	21.7	-2.32k	-262	-47.4	-67.5m	29.2	440	-2.63k	-262	-47.4	-67.5m	-46.6	859	
1	8	-1.22k	-181	83.6	45.5m	-106	-31.0	-1.52k	-181	83.6	45.5m	27.5	258	-1.82k	-181	83.6	45.5m	161	548	
1	9	-2.89k	-182	-179	77.4m	318	-31.2	-3.19k	-182	-179	77.4m	31.8	260	-3.49k	-182	-179	77.4m	-255	552	
1	10	-2.08k	-101	-48.1	0.190	107	-83.9	-2.38k	-101	-48.1	0.190	30.1	78.1	-2.69k	-101	-48.1	0.190	-46.9	240	
2	1	-1.57k	-171	-36.6	-3.80m	81.1	-3.00	-1.80k	-171	-36.6	-3.80m	22.6	271	-2.03k	-171	-36.6	-3.80m	-35.9	545	
2	2	-1.25k	-139	15.5	40.9m	-2.84	-23.9	-1.48k	-139	15.5	40.9m	21.9	199	-1.71k	-139	15.5	40.9m	46.7	422	
2	3	-1.91k	-140	-88.9	53.6m	166	-24.0	-2.14k	-140	-88.9	53.6m	23.7	200	-2.37k	-140	-88.9	53.6m	-119	424	
2	4	-1.59k	-108	-36.9	98.3m	82.0	-44.8	-1.82k	-108	-36.9	98.3m	23.0	128	-2.06k	-108	-36.9	98.3m	-36.0	300	
2	5	-1.46k	-192	-33.8	-38.1m	74.8	11.2	-1.69k	-192	-33.8	-38.1m	20.8	318	-1.93k	-192	-33.8	-38.1m	-33.2	624	
2	6	-929	-138	53.0	36.4m	-65.2	-23.6	-1.16k	-138	53.0	36.4m	19.7	197	-1.39k	-138	53.0	36.4m	105	419	
2	7	-2.03k	-139	-121	57.5m	216	-23.7	-2.27k	-139	-121	57.5m	22.5	199	-2.50k	-139	-121	57.5m	-171	421	
2	8	-1.50k	-85.6	-34.3	0.132	76.2	-58.5	-1.73k	-85.6	-34.3	0.132	21.4	78.5	-1.97k	-85.6	-34.3	0.132	-33.4	216	
3	1	-1.42k	-138	-32.2	46.8m	71.4	-23.5	-1.65k	-138	-32.2	46.8m	20.0	197	-1.88k	-138	-32.2	46.8m	-31.5	418	
3	2	-1.35k	-148	-30.3	29.6m	67.3	-16.3	-1.58k	-148	-30.3	29.6m	18.8	220	-1.81k	-148	-30.3	29.6m	-29.7	457	
3	3	-1.24k	-137	-13.0	44.5m	39.3	-23.3	-1.47k	-137	-13.0	44.5m	18.5	196	-1.71k	-137	-13.0	44.5m	-2.20	416	
3	4	-1.46k	-137	-47.8	48.7m	95.5	-23.3	-1.69k	-137	-47.8	48.7m	19.1	196	-1.93k	-137	-47.8	48.7m	-57.3	416	
3	5	-1.36k	-127	-30.4	63.6m	67.5	-30.3	-1.59k	-127	-30.4	63.6m	18.9	172	-1.82k	-127	-30.4	63.6m	-29.8	375	
4	1	-1.35k	-137	-30.4	46.6m	67.4	-23.3	-1.58k	-137	-30.4	46.6m	18.8	196	-1.82k	-137	-30.4	46.6m	-29.8	416	
5	1	-1.25k	-136	-27.6	46.3m	61.3	-23.0	-1.49k	-136	-27.6	46.3m	17.1	195	-1.72k	-136	-27.6	46.3m	-27.1	413	
6	1	2.72k	1.45k	651	1.12	1.17k	197	2.49k	1.45k	651	1.12	30.3	2.51k	2.26k	1.45k	651	1.12	1.05k	5.27k	
6	2	-5.43k	1.45k	651	1.12	1.17k	197	-5.66k	1.45k	651	1.12	30.3	2.51k	-5.89k	1.45k	651	1.12	1.05k	5.27k	
6	3	2.72k	-1.72k	-712	-1.03	-1.03k	-244	2.49k	-1.72k	-712	-1.03	7.35	-2.12k	2.26k	-1.72k	-712	-1.03	-1.11k	-4.44k	
6	4	-5.43k	-1.72k	-712	-1.03	-1.03k	-244	-5.66k	-1.72k	-712	-1.03	7.35	-2.12k	-5.89k	-1.72k	-712	-1.03	-1.11k	-4.44k	
6	5	9.71k	379	1.92k	1.31	3.22k	49.8	9.48k	379	1.92k	1.31	43.3	949	9.25k	379	1.92k	1.31	3.07k	1.99k	
6	6	-12.4k	379	1.92k	1.31	3.22k	49.8	-12.6k	379	1.92k	1.31	43.3	949	-12.9k	379	1.92k	1.31	3.07k	1.99k	
6	7	9.71k	-653	-1.98k	-1.22	-3.08k	-96.4	9.48k	-653	-1.98k	-1.22	-5.66	-556	9.25k	-653	-1.98k	-1.22	-3.13k	-1.16k	
6	8	-12.4k	-653	-1.98k	-1.22	-3.08k	-96.4	-12.6k	-653	-1.98k	-1.22	-5.66	-556	-12.9k	-653	-1.98k	-1.22	-3.13k	-1.16k	
7	1	2.00k	1.16k	529	0.930	972	157	1.77k	1.16k	529	0.930	28.3	2.10k	1.54k	1.16k	529	0.930	856	4.39k	
7	2	-4.70k	1.16k	529	0.930	972	157	-4.94k	1.16k	529	0.930	28.3	2.10k	-5.17k	1.16k	529	0.930	856	4.39k	
7	3	2.00k	-1.44k	-590	-0.836	-838	-204	1.77k	-1.44k	-590	-0.836	9.32	-1.70k	1.54k	-1.44k	-590	-0.836	-916	-3.56k	
7	4	-4.70k	-1.44k	-590	-0.836	-838	-204	-4.94k	-1.44k	-590	-0.836	9.32	-1.70k	-5.17k	-1.44k	-590	-0.836	-916	-3.56k	
7	5	7.73k	285	1.57k	1.08	2.65k	36.6	7.50k	285	1.57k	1.08	38.9	812	7.27k	285	1.57k	1.08	2.52k	1.71k	
7	6	-10.4k	285	1.57k	1.08	2.65k	36.6	-10.7k	285	1.57k	1.08	38.9	812	-10.9k	285	1.57k	1.08	2.52k	1.71k	
7	7	7.73k	-560	-1.63k	-0.990	-2.52k	-83.2	7.50k	-560	-1.63k	-0.990	-1.29	-420	7.27k	-560	-1.63k	-0.990	-2.58k	-877	
7	8	-10.4k	-560	-1.63k	-0.990	-2.52k	-83.2	-10.7k	-560	-1.63k	-0.990	-1.29	-420	-10.9k	-560	-1.63k	-0.990	-2.58k	-877	
8	1	2.66k	1.40k	635	1.09	1.14k	190	2.43k	1.40k	635	1.09	30.4	2.44k	2.19k	1.40k	635	1.09	1.02k	5.12k	
8	2	-5.36k	1.40k	635	1.09	1.14k	190	-5.59k	1.40k	635	1.09	30.4	2.44k	-5.82k	1.40k	635	1.09	1.02k	5.12k	
8	3	2.66k	-1.67k	-696	-0.997	-1.01k	-237	2.43k	-1.67k	-696	-0.997	7.21	-2.05k	2.19k	-1.67k	-696	-0.997	-1.08k	-4.29k	
8	4	-5.36k	-1.67k	-696	-0.997	-1.01k	-237	-5.59k	-1.67k	-696	-0.997	7.21	-2.05k	-5.82k	-1.67k	-696	-0.997	-1.08k	-4.29k	
8	5	9.45k	362	1.88k	1.27	3.14k	47.5	9.21k	362	1.88k	1.27	42.8	925	8.98k	362	1.88k	1.27	3.00k	1.94k	
8	6	-12.1k	362	1.88k	1.27	3.14k	47.5	-12.4k	362	1.88k	1.27	42.8	925	-12.6k	362	1.88k	1.27	3.00k	1.94k	
8	7	9.45k	-637	-1.94k	-1.18	-3.01k	-94.1	9.21k	-637	-1.94k	-1.18	-5.13	-532	8.98k	-637	-1.94k	-1.18	-3.06k	-1.11k	
8	8	-12.1k	-637	-1.94k	-1.18	-3.01k	-94.1	-12.4k	-637	-1.94k	-1.18	-5.13	-532	-12.6k	-637	-1.94k	-1.18	-3.06k	-1.11k	
Sollecitazioni combinazioni Palo 1-0 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-35.9k	1.27k	234	-0.289	-78.3	113	-22.4k	-177	-8.11	-0.123	84.6	-641	-11.2k	-233	-33.7	-19.5m	4.15	-25.6	
1	2	-37.6k	1.27k	345	-0.316	-149	126	-23.4k	-172	2.40	-0.135	105	-634	-11.7k	-231	-44.1	-21.3m	5.79	-25.5	
1	3	-35.9k	1.00k	373	-0.374	-170	257	-22.4k	-67.4	6.32	-0.159	108	-406	-11.2k	-156	-46.3	-25.2m	6.16	-18.5	
1	4	-35.9k	1.25k	503	-0.315	81.5	130	-22.4k	-166	-124	-0.134	327	-620	-11.2k	-226	-113	-21.2m	11.4	-25.0	
1	5	-39.4k	1.29k	188	-0.317	-379	122	-24.5k	-177	129	-0.135	-117	-648	-12.2k	-236	24.3	-21.4m	0.183	-26.0	
1	6	-39.3k	1.54k	318	-0.259	-128	-6.10	-24.5k	-276	-1.53	-0.110	102	-862	-12.2k	-306	-42.0	-17.4m	5.41	-32.5	
1	7	-34.1k	819	344	-0.400	-153	340	-21.3k	-0.106	4.44	-0.171	102	-257	-10.6k	-107	-43.2	-27.0m	5.72	-13.9	
1	8	-33.9k	1.24k	560	-0.303	265	127	-21.2k	-165	-213	-0.129	467	-613	-10.6k	-224	-154	-20.4m	14.4	-24.8	
1	9	-39.8k	1.31k	35.4	-0.306	-503	113	-24.8k	-183	208	-0.131	-274	-661	-12.3k	-240	74.4	-20.6m	-4.25	-26.4	
1	10	-39.7k	1.72k	252	-0.209	-84.1	-99.5	-24.7k	-348	-8.65	-89.2m	90.7	-1.02k	-12.3k	-357	-36.1	-14.1m	4.46	-37.3	
2	1	-27.3k	799	247	-0.272	-105	179	-17.0k	-65.0	0.971	-0.116	76.2	-340	-8.49k	-129	-31.9	-18.3m	4.16	-15.0	
2	2	-27.2k	964	333	-0.234	61.4	95.0	-17.0k	-130	-85.3	-99.7m	221	-481	-8.47k	-175	-75.9	-15.7m	7.63	-19.3	
2	3	-29.5k	993	125	-0.235	-244	89.6	-18.4k	-138	82.0	-0.100	-73.3	-500	-9.14k	-182	14.8	-15.8m	0.201	-20.0	
2	4	-29.5k	1.16k	211	-0.197	-77.6	5.37	-18.4k	-203	-4.21	-83.8m	71.8	-641	-9.13k	-228	-29.1	-13.2m	3.66	-24.3	
2	5	-26.0k	679	228	-0.290	-93.9	233	-16.2k	-20.6	-0.303	-0.124	71.9	-241	-8.13k	-96.4	-29.9	-19.5m	3.86	-12.0	
2	6	-25.9k	954	371	-0.226	183	93.1	-16.2k	-129	-144	-96.2m	314	-476	-8.11k	-174	-103	-15.2m	9.63	-19.2	
2	7	-29.8k	1.00k	23.5	-0.228	-326	84.0	-18.6k	-142	135	-97.1m	-177	-508	-9.22k	-184	48.1	-15.3m	-2.74	-20.2	
2	8	-29.7k	1.28k	167	-0.164	-48.3	-56.3	-18.5k	-250	-8.94	-69.8m	64.5	-743	-9.20k	-262	-25.2	-11.0m	3.03	-27.4	
3	1	-27.5k	978	176	-0.222	-57.6	86.1	-17.2k	-137	-6.62	-94.5m	64.3	-494	-8.57k	-179	-25.5	-14.9m	3.14	-19.7	
3	2	-26.8k	918	161	-0.229	-48.8	113	-16.7k	-115	-7.76	-97.7m	61.2	-445	-8.36k	-163	-24.0	-15.4m	2.91	-18.2	
3	3	-26.8k	973	190	-0.216	6.71	84.5	-16.7k	-136	-36.5	-92.2m	110	-492	-8.36k	-179	-38.6	-14.6m	4.06	-19.6	
3	4	-27.6k	983	120	-0.217	-95.1	82.7	-17.2k	-139	19.3	-92.4m	11.3	-498	-8.58k	-181	-8.40	-14.6m	1.59	-19.9	
3	5	-27.6k	1.04k	149	-0.204	-39.6	54.6	-17.2k	-161	-9.49	-86.9m	59.7	-545	-8.58k	-196	-23.1	-13.7m	2.74	-21.3	
4	1	-27.2k	978	155	-0.216	-44.2	83.6	-17.0k	-138	-8.62	-92.3m	60.5	-495	-8.47k	-180	-23.5	-14.6m	2.83	-19.7	
5	1	-26.7k	978	123	-0.209	-24.0	79.9	-16.6k	-139	-11.6	-89.0m	54.6	-497	-8.33k	-180	-20.5	-14.1m	2.36	-19.8	
6	1	-45.2k	2.77k	-341	0.229	948	-1.17k	-27.9k	-991	-344	97.4m	365	-2.23k	-13.6k	-738	-86.2	15.4m	2.26	-70.0	
6	2	-45.2k	-817	-341	0.229	948	-1.17k	-27.9k	-355	-344	97.4m	365	-230	-13.6k	-28.0	-86.2	15.4m	2.26	5.56	
6	3	-9.17k	2.77k	651	-0.661	-1.04k	1.34k	-5.98k	79.8	327	-0.282	-244	-760	-3.34k	-332	39.1	-44.5m	3.39	-45.0	
6	4	-9.17k	-817	651	-0.661	-1.04k	1.34k	-5.98k	716	327	-0.282	-244	1.24k	-3.34k	378	39.1	-44.5m	3.39	30.5	
6	5	-48.6k	1.91k	-855	-60.1m	2.68k	-389	-30.0k	-504	-991	-25.6m	1.09k	-1.29k	-14.6k	-440	-265	-4.05m	8.62	-44.0	
6	6	-48.6k	47.3	-855	-60.1m	2.68k	-389	-30.0k	-174	-991	-25.6m	1.09k	-254	-14.6k	-72.3	-265	-4.05m	8.62	-4.86	
6	7	-5.74k	1.91k	1.16k	-0.373	-2.76k	556	-3.89k	-101	974	-0.159	-969	-736	-2.36k	-287	217	-25.1m	-2.97	-34.6	
6	8	-5.74k	47.3	1.16k	-0.373	-2.76k	556	-3.89k	229	974	-0.159	-969	299	-2.36k	80.7	217	-25.1m	-2.97	4.53	
7	1	-41.9k	2.45k	-252	0.148	768	-943	-25.9k	-836	-283	63.1m	309	-1.91k	-12.7k	-636	-74.6	9.97m	2.33	-60.8	
7	2	-41.9k	-491	-252	0.148	768	-943	-25.9k	-316	-283	63.1m	309	-279	-12.7k	-55.6	-74.6	9.97m	2.33	0.958	
7	3	-12.4k	2.45k	562	-0.581	-857	1.11k	-7.97k	40.5	266	-0.248	-188	-711	-4.27k	-304	27.6	-39.1m	3.32	-40.4	
7	4	-12.4k	-491	562	-0.581	-857	1.11k	-7.97k	561	266	-0.248	-188	922	-4.27k	277	27.6	-39.1m	3.32	21.4	
7	5	-44.8k	1.74k	-676	-88.3m	2.18k	-303	-27.6k	-438	-813	-37.6m	902	-1.14k	-13.5k	-393	-220	-5.95m	7.49	-39.6	
7	6	-44.8k	215	-676	-88.3m	2.18k	-303	-27.6k	-168	-813	-37.6m	902	-297	-13.5k	-91.7	-220	-5.95m	7.49	-7.55	
7	7	-9.62k	1.74k	987	-0.344	-2.27k	470	-6.25k	-108	796	-0.147	-781	-693	-3.47k	-268	173	-23.2m	-1.84	-31.9	
7	8	-9.62k	215	987	-0.344	-2.27k	470	-6.25k	163	796	-0.147	-781	155	-3.47k	33.6	173	-23.2m	-1.84	0.141	
8	1	-44.7k	2.73k	-333	0.217	917	-1.13k	-27.6k	-967	-333	92.6m	351	-2.18k	-13.4k	-723	-82.7	14.6m	2.11	-68.6	
8	2	-44.7k	-771	-333	0.217	917	-1.13k	-27.6k	-347	-333	92.6m	351	-234	-13.4k	-31.1	-82.7	14.6m	2.11	4.96	
8	3	-9.70k	2.73k	643	-0.650	-1.01k	1.30k	-6.31k	72.2	315	-0.277	-230	-756	-3.49k	-329	35.7	-43.8m	3.54	-44.5	
8	4	-9.70k	-771	643	-0.650	-1.01k	1.30k	-6.31k	692	315	-0.277	-230	1.19k	-3.49k	363	35.7	-43.8m	3.54	29.2	
8	5	-48.0k	1.88k	-843	-63.8m	2.59k	-375	-29.6k	-494	-956	-27.2m	1.05k	-1.27k	-14.4k	-433	-253	-4.30m	7.99	-43.4	
8	6	-48.0k	70.9	-843	-63.8m	2.59k	-375	-29.6k	-173	-956	-27.2m	1.05k	-259	-14.4k	-74.7	-253	-4.30m	7.99	-5.22	
8	7	-6.41k	1.88k	1.15k	-0.369	-2.68k	542	-4.30k	-103	939	-0.157	-924	-731	-2.56k	-285	205	-24.9m	-2.34	-34.3	
8	8	-6.41k	70.9	1.15k	-0.369	-2.68k	542	-4.30k	219	939	-0.157	-924	277	-2.56k	73.7	205	-24.9m	-2.34	3.89	
Sollecitazioni combinazioni Palo 1-1 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-33.3k	1.28k	239	-0.289	-83.8	122	-20.8k	-175	-6.56	-0.123	83.9	-640	-10.4k	-233	-33.7	-19.5m	4.19	-25.7	
1	2	-35.3k	1.28k	350	-0.316	-155	136	-22.0k	-169	4.09	-0.135	104	-633	-11.0k	-231	-44.1	-21.3m	5.83	-25.6	
1	3	-34.8k	1.01k	379	-0.374	-177	270	-21.7k	-63.9	8.32	-0.159	107	-404	-10.9k	-156	-46.3	-25.2m	6.22	-18.6	
1	4	-35.4k	1.26k	508	-0.315	75.5	140	-22.1k	-163	-122	-0.134	327	-618	-11.0k	-226	-113	-21.2m	11.4	-25.1	
1	5	-35.3k	1.30k	193	-0.317	-385	132	-22.0k	-174	130	-0.135	-118	-647	-11.0k	-236	24.3	-21.4m	0.227	-26.1	
1	6	-35.9k	1.55k	322	-0.259	-133	2.41	-22.4k	-274	-0.142	-0.110	101	-861	-11.2k	-306	-42.0	-17.4m	5.44	-32.6	
1	7	-33.6k	830	350	-0.400	-161	353	-21.0k	3.60	6.58	-0.171	101	-255	-10.5k	-107	-43.2	-27.0m	5.77	-13.9	
1	8	-34.6k	1.24k	565	-0.303	260	137	-21.6k	-162	-211	-0.129	466	-612	-10.8k	-224	-154	-20.4m	14.5	-24.8	
1	9	-34.3k	1.32k	40.2	-0.306	-509	123	-21.4k	-181	210	-0.131	-275	-660	-10.7k	-240	74.4	-20.6m	-4.21	-26.5	
1	10	-35.3k	1.73k	255	-0.209	-88.1	-92.6	-22.0k	-346	-7.53	-89.2m	90.2	-1.02k	-11.0k	-357	-36.1	-14.1m	4.48	-37.3	
2	1	-26.2k	806	252	-0.272	-110	188	-16.3k	-62.5	2.43	-0.116	75.5	-338	-8.18k	-129	-31.9	-18.3m	4.20	-15.1	
2	2	-26.5k	970	337	-0.234	57.0	103	-16.6k	-128	-84.0	-99.7m	221	-480	-8.29k	-175	-75.9	-15.7m	7.66	-19.4	
2	3	-26.5k	999	128	-0.235	-248	97.3	-16.5k	-135	83.3	-0.100	-73.9	-499	-8.26k	-182	14.8	-15.8m	0.233	-20.1	
2	4	-26.8k	1.16k	214	-0.197	-81.3	11.8	-16.7k	-201	-3.16	-83.8m	71.3	-640	-8.37k	-228	-29.1	-13.2m	3.69	-24.4	
2	5	-25.3k	687	232	-0.290	-99.4	243	-15.8k	-17.9	1.25	-0.124	71.1	-240	-7.94k	-96.4	-29.9	-19.5m	3.90	-12.0	
2	6	-26.0k	961	375	-0.226	179	101	-16.2k	-127	-143	-96.2m	313	-475	-8.13k	-174	-103	-15.2m	9.66	-19.2	
2	7	-25.8k	1.01k	27.1	-0.228	-330	91.5	-16.1k	-140	136	-97.1m	-178	-507	-8.09k	-184	48.1	-15.3m	-2.71	-20.3	
2	8	-26.5k	1.28k	169	-0.164	-51.4	-51.0	-16.5k	-249	-8.06	-69.8m	64.1	-743	-8.27k	-262	-25.2	-11.0m	3.05	-27.5	
3	1	-25.5k	984	180	-0.222	-61.8	93.4	-15.9k	-134	-5.44	-94.5m	63.8	-493	-7.99k	-179	-25.5	-14.9m	3.17	-19.8	
3	2	-25.0k	924	165	-0.229	-53.1	120	-15.6k	-112	-6.54	-97.7m	60.6	-444	-7.85k	-163	-24.0	-15.4m	2.94	-18.3	
3	3	-25.1k	979	193	-0.216	2.61	91.6	-15.7k	-134	-35.4	-92.2m	109	-491	-7.88k	-179	-38.6	-14.6m	4.09	-19.7	
3	4	-25.1k	988	124	-0.217	-99.2	89.8	-15.7k	-137	20.4	-92.4m	10.8	-497	-7.88k	-181	-8.40	-14.6m	1.62	-19.9	
3	5	-25.2k	1.04k	152	-0.204	-43.5	61.3	-15.8k	-159	-8.40	-86.9m	59.2	-544	-7.91k	-196	-23.1	-13.7m	2.77	-21.3	
4	1	-25.1k	984	159	-0.216	-48.3	90.7	-15.7k	-136	-7.47	-92.3m	59.9	-494	-7.88k	-180	-23.5	-14.6m	2.86	-19.8	
5	1	-24.5k	983	127	-0.209	-28.0	86.7	-15.3k	-137	-10.5	-89.0m	54.1	-496	-7.71k	-180	-20.5	-14.1m	2.39	-19.8	
6	1	-30.4k	2.77k	-343	0.229	952	-1.18k	-18.9k	-993	-346	97.4m	366	-2.23k	-9.37k	-738	-86.3	15.4m	2.24	-69.9	
6	2	-30.4k	-800	-343	0.229	952	-1.18k	-18.9k	-361	-346	97.4m	366	-244	-9.37k	-32.7	-86.3	15.4m	2.24	5.11	
6	3	-19.9k	2.77k	660	-0.661	-1.05k	1.36k	-12.5k	90.2	331	-0.282	-246	-744	-6.39k	-327	39.3	-44.5m	3.47	-44.7	
6	4	-19.9k	-800	660	-0.661	-1.05k	1.36k	-12.5k	722	331	-0.282	-246	1.24k	-6.39k	378	39.3	-44.5m	3.47	30.3	
6	5	-27.7k	1.91k	-853	-60.1m	2.67k	-387	-17.3k	-503	-991	-25.6m	1.09k	-1.29k	-8.62k	-440	-265	-4.05m	8.65	-44.0	
6	6	-27.7k	57.3	-853	-60.1m	2.67k	-387	-17.3k	-175	-991	-25.6m	1.09k	-258	-8.62k	-74.0	-265	-4.05m	8.65	-5.05	
6	7	-22.5k	1.91k	1.17k	-0.373	-2.77k	568	-14.1k	-95.8	976	-0.159	-971	-730	-7.14k	-286	218	-25.1m	-2.94	-34.5	
6	8	-22.5k	57.3	1.17k	-0.373	-2.77k	568	-14.1k	232	976	-0.159	-971	300	-7.14k	80.7	218	-25.1m	-2.94	4.44	
7	1	-29.4k	2.44k	-254	0.148	771	-948	-18.3k	-837	-284	63.1m	310	-1.91k	-9.10k	-636	-74.7	9.97m	2.33	-60.8	
7	2	-29.4k	-475	-254	0.148	771	-948	-18.3k	-320	-284	63.1m	310	-290	-9.10k	-59.5	-74.7	9.97m	2.33	0.584	
7	3	-20.8k	2.44k	571	-0.581	-868	1.13k	-13.1k	49.3	269	-0.248	-190	-698	-6.66k	-300	27.7	-39.1m	3.39	-40.2	
7	4	-20.8k	-475	571	-0.581	-868	1.13k	-13.1k	566	269	-0.248	-190	925	-6.66k	277	27.7	-39.1m	3.39	21.2	
7	5	-27.3k	1.74k	-674	-88.3m	2.18k	-300	-17.0k	-437	-813	-37.6m	902	-1.14k	-8.49k	-393	-220	-5.95m	7.51	-39.6	
7	6	-27.3k	225	-674	-88.3m	2.18k	-300	-17.0k	-168	-813	-37.6m	902	-301	-8.49k	-93.0	-220	-5.95m	7.51	-7.71	
7	7	-23.0k	1.74k	991	-0.344	-2.28k	482	-14.4k	-103	798	-0.147	-782	-687	-7.27k	-267	173	-23.2m	-1.80	-31.9	
7	8	-23.0k	225	991	-0.344	-2.28k	482	-14.4k	166	798	-0.147	-782	157	-7.27k	33.6	173	-23.2m	-1.80	59.2m	
8	1	-30.2k	2.72k	-336	0.217	921	-1.14k	-18.8k	-969	-334	92.6m	352	-2.18k	-9.34k	-723	-82.8	14.6m	2.09	-68.6	
8	2	-30.2k	-754	-336	0.217	921	-1.14k	-18.8k	-353	-334	92.6m	352	-248	-9.34k	-35.6	-82.8	14.6m	2.09	4.53	
8	3	-20.0k	2.72k	653	-0.650	-1.02k	1.32k	-12.6k	82.3	319	-0.277	-232	-740	-6.42k	-324	35.8	-43.8m	3.62	-44.1	
8	4	-20.0k	-754	653	-0.650	-1.02k	1.32k	-12.6k	698	319	-0.277	-232	1.19k	-6.42k	363	35.8	-43.8m	3.62	29.0	
8	5	-27.7k	1.89k	-842	-63.8m	2.59k	-373	-17.3k	-493	-956	-27.2m	1.05k	-1.27k	-8.62k	-433	-253	-4.30m	8.01	-43.4	
8	6	-27.7k	80.8	-842	-63.8m	2.59k	-373	-17.3k	-173	-956	-27.2m	1.05k	-263	-8.62k	-76.3	-253	-4.30m	8.01	-5.40	
8	7	-22.5k	1.89k	1.16k	-0.369	-2.68k	554	-14.1k	-97.7	941	-0.157	-926	-725	-7.14k	-283	206	-24.9m	-2.30	-34.2	
8	8	-22.5k	80.8	1.16k	-0.369	-2.68k	554	-14.1k	222	941	-0.157	-926	279	-7.14k	73.7	206	-24.9m	-2.30	3.81	
Sollecitazioni combinazioni Palo 1-2 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-28.9k	1.27k	243	-0.289	-89.3	113	-18.1k	-177	-5.01	-0.123	83.2	-641	-9.18k	-233	-33.7	-19.5m	4.23	-25.6	
1	2	-30.8k	1.27k	355	-0.316	-161	126	-19.2k	-172	5.78	-0.135	103	-634	-9.70k	-231	-44.1	-21.3m	5.87	-25.5	
1	3	-31.3k	1.00k	385	-0.374	-184	257	-19.6k	-67.4	10.3	-0.159	106	-406	-9.86k	-156	-46.3	-25.2m	6.27	-18.5	
1	4	-29.1k	1.25k	513	-0.315	69.5	130	-18.3k	-166	-121	-0.134	326	-620	-9.24k	-226	-113	-21.2m	11.5	-25.0	
1	5	-32.4k	1.29k	198	-0.317	-391	122	-20.2k	-177	132	-0.135	-119	-648	-10.2k	-236	24.3	-21.4m	0.271	-26.0	
1	6	-30.2k	1.54k	326	-0.259	-138	-6.10	-18.9k	-276	1.24	-0.110	100	-862	-9.55k	-306	-42.0	-17.4m	5.48	-32.5	
1	7	-30.9k	819	357	-0.400	-168	340	-19.3k	-0.106	8.72	-0.171	99.8	-257	-9.74k	-107	-43.2	-27.0m	5.83	-13.9	
1	8	-27.3k	1.24k	570	-0.303	254	127	-17.1k	-165	-209	-0.129	465	-613	-8.71k	-224	-154	-20.4m	14.5	-24.8	
1	9	-32.7k	1.31k	44.9	-0.306	-514	113	-20.4k	-183	212	-0.131	-276	-661	-10.3k	-240	74.4	-20.6m	-4.17	-26.4	
1	10	-29.1k	1.72k	258	-0.209	-92.0	-99.5	-18.2k	-348	-6.41	-89.2m	89.6	-1.02k	-9.22k	-357	-36.1	-14.1m	4.51	-37.3	
2	1	-23.4k	799	256	-0.272	-115	179	-14.6k	-65.0	3.89	-0.116	74.9	-340	-7.39k	-129	-31.9	-18.3m	4.24	-15.0	
2	2	-22.0k	964	341	-0.234	52.5	95.0	-13.8k	-130	-82.8	-99.7m	220	-481	-6.99k	-175	-75.8	-15.7m	7.69	-19.3	
2	3	-24.1k	993	132	-0.235	-253	89.6	-15.1k	-138	84.6	-0.100	-74.5	-500	-7.60k	-182	14.8	-15.8m	0.265	-20.0	
2	4	-22.7k	1.16k	217	-0.197	-85.0	5.37	-14.2k	-203	-2.11	-83.8m	70.8	-641	-7.19k	-228	-29.1	-13.2m	3.72	-24.3	
2	5	-23.1k	679	237	-0.290	-105	233	-14.5k	-20.6	2.80	-0.124	70.4	-241	-7.31k	-96.4	-29.9	-19.5m	3.94	-12.0	
2	6	-20.7k	954	378	-0.226	175	93.1	-13.0k	-129	-142	-96.2m	313	-476	-6.63k	-174	-103	-15.2m	9.70	-19.2	
2	7	-24.3k	1.00k	30.6	-0.228	-334	84.0	-15.2k	-142	137	-97.1m	-179	-508	-7.65k	-184	48.1	-15.3m	-2.68	-20.2	
2	8	-21.9k	1.28k	172	-0.164	-54.5	-56.3	-13.8k	-250	-7.19	-69.8m	63.7	-743	-6.97k	-262	-25.2	-11.0m	3.08	-27.4	
3	1	-22.2k	978	183	-0.222	-66.0	86.1	-13.9k	-137	-4.25	-94.5m	63.2	-494	-7.04k	-179	-25.5	-14.9m	3.20	-19.7	
3	2	-21.9k	918	168	-0.229	-57.4	113	-13.8k	-115	-5.31	-97.7m	60.0	-445	-6.98k	-163	-24.0	-15.4m	2.97	-18.2	
3	3	-21.5k	973	197	-0.216	-1.50	84.5	-13.5k	-136	-34.2	-92.2m	108	-492	-6.84k	-179	-38.6	-14.6m	4.12	-19.6	
3	4	-22.2k	983	127	-0.217	-103	82.7	-13.9k	-139	21.6	-92.4m	10.3	-498	-7.05k	-181	-8.40	-14.6m	1.65	-19.9	
3	5	-21.7k	1.04k	155	-0.204	-47.4	54.6	-13.6k	-161	-7.31	-86.9m	58.7	-545	-6.91k	-196	-23.1	-13.7m	2.80	-21.3	
4	1	-21.8k	978	162	-0.216	-52.4	83.6	-13.7k	-138	-6.31	-92.3m	59.4	-495	-6.94k	-180	-23.5	-14.6m	2.88	-19.7	
5	1	-21.3k	978	130	-0.209	-31.9	79.9	-13.4k	-139	-9.39	-89.0m	53.6	-497	-6.79k	-180	-20.5	-14.1m	2.42	-19.8	
6	1	-29.9k	2.77k	-346	0.229	956	-1.17k	-18.6k	-991	-347	97.4m	367	-2.23k	-9.25k	-738	-86.4	15.4m	2.22	-70.0	
6	2	-29.9k	-817	-346	0.229	956	-1.17k	-18.6k	-355	-347	97.4m	367	-230	-9.25k	-28.0	-86.4	15.4m	2.22	5.56	
6	3	-13.7k	2.77k	670	-0.661	-1.06k	1.34k	-8.76k	79.8	334	-0.282	-248	-760	-4.64k	-332	39.4	-44.5m	3.55	-45.0	
6	4	-13.7k	-817	670	-0.661	-1.06k	1.34k	-8.76k	716	334	-0.282	-248	1.24k	-4.64k	378	39.4	-44.5m	3.55	30.5	
6	5	-39.1k	1.91k	-851	-60.1m	2.67k	-389	-24.2k	-504	-991	-25.6m	1.09k	-1.29k	-11.9k	-440	-265	-4.05m	8.67	-44.0	
6	6	-39.1k	47.3	-851	-60.1m	2.67k	-389	-24.2k	-174	-991	-25.6m	1.09k	-254	-11.9k	-72.3	-265	-4.05m	8.67	-4.86	
6	7	-4.55k	1.91k	1.17k	-0.373	-2.78k	556	-3.17k	-101	978	-0.159	-972	-736	-2.03k	-287	218	-25.1m	-2.90	-34.6	
6	8	-4.55k	47.3	1.17k	-0.373	-2.78k	556	-3.17k	229	978	-0.159	-972	299	-2.03k	80.7	218	-25.1m	-2.90	4.53	
7	1	-28.5k	2.45k	-256	0.148	774	-943	-17.7k	-836	-285	63.1m	311	-1.91k	-8.84k	-636	-74.8	9.97m	2.32	-60.8	
7	2	-28.5k	-491	-256	0.148	774	-943	-17.7k	-316	-285	63.1m	311	-279	-8.84k	-55.6	-74.8	9.97m	2.32	0.958	
7	3	-15.2k	2.45k	579	-0.581	-879	1.11k	-9.64k	40.5	273	-0.248	-192	-711	-5.05k	-304	27.8	-39.1m	3.45	-40.4	
7	4	-15.2k	-491	579	-0.581	-879	1.11k	-9.64k	561	273	-0.248	-192	922	-5.05k	277	27.8	-39.1m	3.45	21.4	
7	5	-36.0k	1.74k	-672	-88.3m	2.18k	-303	-22.3k	-438	-812	-37.6m	902	-1.14k	-11.0k	-393	-220	-5.95m	7.54	-39.6	
7	6	-36.0k	215	-672	-88.3m	2.18k	-303	-22.3k	-168	-812	-37.6m	902	-297	-11.0k	-91.7	-220	-5.95m	7.54	-7.55	
7	7	-7.67k	1.74k	996	-0.344	-2.29k	470	-5.07k	-108	799	-0.147	-783	-693	-2.91k	-268	173	-23.2m	-1.77	-31.9	
7	8	-7.67k	215	996	-0.344	-2.29k	470	-5.07k	163	799	-0.147	-783	155	-2.91k	33.6	173	-23.2m	-1.77	0.141	
8	1	-29.8k	2.73k	-338	0.217	925	-1.13k	-18.5k	-967	-335	92.6m	353	-2.18k	-9.21k	-723	-83.0	14.6m	2.08	-68.6	
8	2	-29.8k	-771	-338	0.217	925	-1.13k	-18.5k	-347	-335	92.6m	353	-234	-9.21k	-31.1	-83.0	14.6m	2.08	4.96	
8	3	-13.9k	2.73k	662	-0.650	-1.03k	1.30k	-8.84k	72.2	322	-0.277	-234	-756	-4.68k	-329	35.9	-43.8m	3.69	-44.5	
8	4	-13.9k	-771	662	-0.650	-1.03k	1.30k	-8.84k	692	322	-0.277	-234	1.19k	-4.68k	363	35.9	-43.8m	3.69	29.2	
8	5	-38.6k	1.88k	-840	-63.8m	2.59k	-375	-23.9k	-494	-955	-27.2m	1.05k	-1.27k	-11.7k	-433	-253	-4.30m	8.04	-43.4	
8	6	-38.6k	70.9	-840	-63.8m	2.59k	-375	-23.9k	-173	-955	-27.2m	1.05k	-259	-11.7k	-74.7	-253	-4.30m	8.04	-5.22	
8	7	-5.07k	1.88k	1.16k	-0.369	-2.69k	542	-3.48k	-103	943	-0.157	-927	-731	-2.17k	-285	206	-24.9m	-2.27	-34.3	
8	8	-5.07k	70.9	1.16k	-0.369	-2.69k	542	-3.48k	219	943	-0.157	-927	277	-2.17k	73.7	206	-24.9m	-2.27	3.89	
Sollecitazioni combinazioni Palo 3-0 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-28.9k	1.27k	-243	0.289	89.3	113	-18.1k	-177	5.01	0.123	-83.2	-641	-9.18k	-233	33.7	19.5m	-4.23	-25.6	
1	2	-30.8k	1.27k	-355	0.316	161	126	-19.2k	-172	-5.78	0.135	-103	-634	-9.70k	-231	44.1	21.3m	-5.87	-25.5	
1	3	-31.3k	997	-384	0.374	184	257	-19.6k	-66.9	-10.6	0.159	-106	-404	-9.86k	-156	46.1	25.2m	-6.25	-18.4	
1	4	-32.4k	1.29k	-198	0.317	391	122	-20.2k	-177	-132	0.135	119	-648	-10.2k	-236	-24.3	21.4m	-0.271	-26.0	
1	5	-29.1k	1.25k	-513	0.315	-69.5	130	-18.3k	-166	120	0.134	-326	-620	-9.24k	-226	113	21.2m	-11.5	-25.0	
1	6	-30.2k	1.55k	-326	0.259	138	-5.70	-18.9k	-277	-0.980	0.110	-101	-864	-9.55k	-307	42.2	17.4m	-5.49	-32.6	
1	7	-30.9k	813	-356	0.401	169	339	-19.3k	0.674	-9.16	0.171	-99.0	-254	-9.74k	-106	43.0	27.0m	-5.81	-13.7	
1	8	-32.7k	1.31k	-44.9	0.306	514	113	-20.4k	-183	-212	0.131	276	-661	-10.3k	-240	-74.4	20.6m	4.17	-26.4	
1	9	-27.3k	1.24k	-570	0.303	-254	127	-17.1k	-165	209	0.129	-465	-613	-8.71k	-224	154	20.4m	-14.5	-24.8	
1	10	-29.0k	1.73k	-259	0.209	91.3	-98.8	-18.2k	-349	6.85	89.1m	-90.4	-1.02k	-9.22k	-358	36.3	14.1m	-4.53	-37.4	
2	1	-23.4k	797	-256	0.272	116	179	-14.7k	-64.7	-4.06	0.116	-74.5	-338	-7.40k	-129	31.8	18.3m	-4.23	-15.0	
2	2	-24.1k	993	-132	0.235	253	89.6	-15.1k	-138	-84.6	0.100	74.5	-500	-7.60k	-182	-14.8	15.8m	-0.265	-20.0	
2	3	-22.0k	964	-341	0.234	-52.5	95.0	-13.8k	-130	82.8	99.7m	-220	-481	-6.99k	-175	75.9	15.7m	-7.69	-19.3	
2	4	-22.7k	1.16k	-217	0.196	84.7	5.64	-14.2k	-203	2.28	83.8m	-71.2	-642	-7.19k	-229	29.2	13.2m	-3.73	-24.4	
2	5	-23.1k	675	-237	0.290	105	233	-14.5k	-20.1	-3.09	0.124	-69.9	-239	-7.32k	-95.7	29.7	19.5m	-3.93	-11.9	
2	6	-24.3k	1.00k	-30.6	0.228	334	84.0	-15.2k	-142	-137	97.1m	178	-508	-7.65k	-184	-48.1	15.3m	2.68	-20.2	
2	7	-20.7k	954	-378	0.226	-175	93.1	-13.0k	-129	142	96.2m	-313	-476	-6.63k	-174	103	15.2m	-9.70	-19.2	
2	8	-21.9k	1.28k	-172	0.163	54.0	-55.9	-13.7k	-251	7.48	69.7m	-64.3	-745	-6.97k	-262	25.3	11.0m	-3.09	-27.5	
3	1	-22.2k	978	-183	0.222	66.0	86.1	-13.9k	-137	4.25	94.5m	-63.2	-494	-7.04k	-179	25.5	14.9m	-3.20	-19.7	
3	2	-21.9k	917	-168	0.229	57.5	112	-13.8k	-115	5.25	97.7m	-59.9	-444	-6.98k	-163	24.0	15.4m	-2.97	-18.2	
3	3	-22.2k	983	-127	0.217	103	82.7	-13.9k	-139	-21.6	92.4m	-10.3	-498	-7.05k	-181	8.40	14.6m	-1.65	-19.9	
3	4	-21.5k	973	-197	0.216	1.50	84.5	-13.5k	-136	34.2	92.2m	-109	-492	-6.84k	-179	38.6	14.6m	-4.12	-19.6	
3	5	-21.7k	1.04k	-156	0.204	47.3	54.7	-13.6k	-161	7.36	86.9m	-58.8	-546	-6.91k	-196	23.1	13.7m	-2.80	-21.3	
4	1	-21.8k	978	-162	0.216	52.4	83.6	-13.7k	-138	6.31	92.3m	-59.4	-495	-6.94k	-180	23.5	14.6m	-2.89	-19.7	
5	1	-21.3k	978	-130	0.209	31.9	79.9	-13.4k	-139	9.39	89.0m	-53.6	-497	-6.79k	-180	20.5	14.1m	-2.42	-19.8	
6	1	-29.9k	2.77k	-670	0.661	1.06k	-1.17k	-18.6k	-991	-334	0.282	248	-2.23k	-9.25k	-738	-39.4	44.5m	-3.55	-70.0	
6	2	-29.9k	-817	-670	0.661	1.06k	-1.17k	-18.6k	-355	-334	0.282	248	-230	-9.25k	-28.0	-39.4	44.5m	-3.55	5.56	
6	3	-13.7k	2.77k	346	-0.229	-956	1.34k	-8.76k	79.8	347	-97.4m	-367	-760	-4.64k	-332	86.4	-15.4m	-2.22	-45.0	
6	4	-13.7k	-817	346	-0.229	-956	1.34k	-8.76k	716	347	-97.4m	-367	1.24k	-4.64k	378	86.4	-15.4m	-2.22	30.5	
6	5	-39.1k	1.91k	-1.17k	0.373	2.78k	-389	-24.2k	-504	-978	0.159	972	-1.29k	-11.9k	-440	-218	25.1m	2.90	-44.0	
6	6	-39.1k	47.3	-1.17k	0.373	2.78k	-389	-24.2k	-174	-978	0.159	972	-254	-11.9k	-72.3	-218	25.1m	2.90	-4.86	
6	7	-4.55k	1.91k	851	60.1m	-2.67k	556	-3.17k	-101	991	25.6m	-1.09k	-736	-2.03k	-287	265	4.05m	-8.67	-34.6	
6	8	-4.55k	47.3	851	60.1m	-2.67k	556	-3.17k	229	991	25.6m	-1.09k	299	-2.03k	80.7	265	4.05m	-8.67	4.53	
7	1	-28.5k	2.45k	-579	0.581	879	-943	-17.7k	-836	-273	0.248	192	-1.91k	-8.84k	-636	-27.8	39.1m	-3.45	-60.8	
7	2	-28.5k	-491	-579	0.581	879	-943	-17.7k	-316	-273	0.248	192	-279	-8.84k	-55.6	-27.8	39.1m	-3.45	0.958	
7	3	-15.2k	2.45k	255	-0.148	-774	1.11k	-9.64k	40.5	285	-63.1m	-311	-711	-5.05k	-304	74.8	-9.97m	-2.32	-40.4	
7	4	-15.2k	-491	255	-0.148	-774	1.11k	-9.64k	561	285	-63.1m	-311	922	-5.05k	277	74.8	-9.97m	-2.32	21.4	
7	5	-36.0k	1.74k	-996	0.344	2.29k	-303	-22.3k	-438	-800	0.147	783	-1.14k	-11.0k	-393	-173	23.2m	1.77	-39.6	
7	6	-36.0k	215	-996	0.344	2.29k	-303	-22.3k	-168	-800	0.147	783	-297	-11.0k	-91.7	-173	23.2m	1.77	-7.55	
7	7	-7.67k	1.74k	672	88.3m	-2.18k	470	-5.07k	-108	812	37.6m	-902	-693	-2.91k	-268	220	5.95m	-7.54	-31.9	
7	8	-7.67k	215	672	88.3m	-2.18k	470	-5.07k	163	812	37.6m	-902	155	-2.91k	33.6	220	5.95m	-7.54	0.141	
8	1	-29.8k	2.73k	-662	0.650	1.03k	-1.13k	-18.5k	-967	-322	0.277	234	-2.18k	-9.21k	-723	-35.9	43.8m	-3.69	-68.6	
8	2	-29.8k	-771	-662	0.650	1.03k	-1.13k	-18.5k	-347	-322	0.277	234	-234	-9.21k	-31.1	-35.9	43.8m	-3.69	4.96	
8	3	-13.9k	2.73k	338	-0.217	-925	1.30k	-8.84k	72.2	335	-92.6m	-353	-756	-4.68k	-329	83.0	-14.6m	-2.08	-44.5	
8	4	-13.9k	-771	338	-0.217	-925	1.30k	-8.84k	692	335	-92.6m	-353	1.19k	-4.68k	363	83.0	-14.6m	-2.08	29.2	
8	5	-38.6k	1.88k	-1.16k	0.369	2.69k	-375	-23.9k	-494	-943	0.157	927	-1.27k	-11.7k	-433	-206	24.9m	2.27	-43.4	
8	6	-38.6k	70.9	-1.16k	0.369	2.69k	-375	-23.9k	-173	-943	0.157	927	-259	-11.7k	-74.7	-206	24.9m	2.27	-5.22	
8	7	-5.07k	1.88k	840	63.8m	-2.59k	542	-3.48k	-103	955	27.2m	-1.05k	-731	-2.17k	-285	253	4.30m	-8.04	-34.3	
8	8	-5.07k	70.9	840	63.8m	-2.59k	542	-3.48k	219	955	27.2m	-1.05k	277	-2.17k	73.7	253	4.30m	-8.04	3.89	
Sollecitazioni combinazioni Palo 3-1 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-33.3k	1.28k	-239	0.289	83.8	122	-20.8k	-175	6.56	0.123	-83.9	-640	-10.4k	-233	33.7	19.5m	-4.19	-25.7	
1	2	-35.3k	1.28k	-350	0.316	155	136	-22.0k	-169	-4.09	0.135	-104	-633	-11.0k	-231	44.2	21.3m	-5.83	-25.6	
1	3	-34.8k	1.01k	-379	0.374	177	269	-21.7k	-63.4	-8.59	0.159	-107	-403	-10.9k	-155	46.1	25.2m	-6.20	-18.5	
1	4	-35.3k	1.30k	-193	0.317	385	132	-22.0k	-174	-130	0.135	118	-647	-11.0k	-236	-24.3	21.4m	-0.227	-26.1	
1	5	-35.4k	1.26k	-508	0.315	-75.5	140	-22.1k	-163	122	0.134	-327	-618	-11.0k	-226	113	21.2m	-11.4	-25.1	
1	6	-35.9k	1.55k	-322	0.259	133	2.80	-22.4k	-274	0.406	0.110	-102	-863	-11.2k	-307	42.2	17.4m	-5.46	-32.7	
1	7	-33.6k	824	-350	0.401	162	352	-21.0k	4.39	-7.02	0.171	-100	-252	-10.5k	-106	43.0	27.0m	-5.75	-13.8	
1	8	-34.3k	1.32k	-40.2	0.306	508	123	-21.4k	-181	-210	0.131	275	-660	-10.7k	-240	-74.4	20.6m	4.21	-26.5	
1	9	-34.6k	1.24k	-565	0.303	-260	137	-21.6k	-162	211	0.129	-466	-612	-10.8k	-224	154	20.4m	-14.5	-24.8	
1	10	-35.3k	1.74k	-255	0.209	87.3	-92.0	-22.0k	-347	7.97	89.1m	-91.0	-1.02k	-11.0k	-358	36.3	14.1m	-4.51	-37.5	
2	1	-26.2k	804	-251	0.272	110	188	-16.3k	-62.2	-2.60	0.116	-75.2	-337	-8.18k	-129	31.8	18.3m	-4.19	-15.0	
2	2	-26.5k	999	-128	0.235	248	97.3	-16.5k	-135	-83.3	0.100	73.9	-499	-8.26k	-182	-14.8	15.8m	-0.233	-20.1	
2	3	-26.5k	970	-337	0.234	-57.0	103	-16.6k	-128	84.0	99.7m	-221	-480	-8.29k	-175	75.9	15.7m	-7.66	-19.4	
2	4	-26.8k	1.17k	-214	0.196	81.0	12.1	-16.7k	-201	3.33	83.8m	-71.7	-641	-8.37k	-228	29.2	13.2m	-3.70	-24.4	
2	5	-25.3k	683	-232	0.290	99.9	243	-15.8k	-17.4	-1.54	0.124	-70.6	-238	-7.94k	-95.7	29.7	19.5m	-3.89	-12.0	
2	6	-25.8k	1.01k	-27.1	0.228	330	91.5	-16.1k	-140	-136	97.1m	178	-507	-8.09k	-184	-48.1	15.3m	2.71	-20.3	
2	7	-26.0k	961	-375	0.226	-179	101	-16.2k	-127	143	96.2m	-313	-475	-8.13k	-174	103	15.2m	-9.66	-19.2	
2	8	-26.5k	1.29k	-170	0.163	50.9	-50.5	-16.5k	-249	8.35	69.7m	-64.7	-745	-8.27k	-262	25.3	11.0m	-3.07	-27.6	
3	1	-25.5k	984	-180	0.222	61.8	93.4	-15.9k	-134	5.44	94.5m	-63.8	-493	-7.99k	-179	25.5	14.9m	-3.17	-19.8	
3	2	-25.0k	923	-165	0.229	53.2	120	-15.6k	-112	6.48	97.7m	-60.5	-443	-7.85k	-163	24.0	15.4m	-2.94	-18.2	
3	3	-25.1k	988	-124	0.217	99.2	89.8	-15.7k	-137	-20.4	92.4m	-10.8	-497	-7.88k	-181	8.40	14.6m	-1.62	-19.9	
3	4	-25.1k	979	-193	0.216	-2.61	91.6	-15.7k	-134	35.4	92.2m	-109	-491	-7.88k	-179	38.6	14.6m	-4.09	-19.7	
3	5	-25.2k	1.04k	-152	0.204	43.4	61.4	-15.8k	-159	8.46	86.9m	-59.3	-545	-7.91k	-196	23.1	13.7m	-2.77	-21.4	
4	1	-25.1k	984	-159	0.216	48.3	90.7	-15.7k	-136	7.47	92.3m	-59.9	-494	-7.88k	-180	23.5	14.6m	-2.86	-19.8	
5	1	-24.5k	983	-127	0.209	28.0	86.7	-15.3k	-137	10.5	89.0m	-54.1	-496	-7.71k	-180	20.5	14.1m	-2.39	-19.8	
6	1	-30.4k	2.77k	-660	0.661	1.05k	-1.18k	-18.9k	-993	-331	0.282	246	-2.23k	-9.37k	-738	-39.3	44.5m	-3.47	-69.9	
6	2	-30.4k	-800	-660	0.661	1.05k	-1.18k	-18.9k	-361	-331	0.282	246	-244	-9.37k	-32.7	-39.3	44.5m	-3.47	5.11	
6	3	-19.9k	2.77k	343	-0.229	-952	1.36k	-12.5k	90.2	346	-97.4m	-366	-744	-6.39k	-327	86.3	-15.4m	-2.24	-44.7	
6	4	-19.9k	-800	343	-0.229	-952	1.36k	-12.5k	722	346	-97.4m	-366	1.24k	-6.39k	378	86.3	-15.4m	-2.24	30.3	
6	5	-27.7k	1.91k	-1.17k	0.373	2.77k	-387	-17.3k	-503	-976	0.159	971	-1.29k	-8.62k	-440	-218	25.1m	2.94	-44.0	
6	6	-27.7k	57.3	-1.17k	0.373	2.77k	-387	-17.3k	-175	-976	0.159	971	-258	-8.62k	-74.0	-218	25.1m	2.94	-5.05	
6	7	-22.5k	1.91k	853	60.1m	-2.67k	568	-14.1k	-95.8	991	25.6m	-1.09k	-730	-7.14k	-286	265	4.05m	-8.65	-34.5	
6	8	-22.5k	57.3	853	60.1m	-2.67k	568	-14.1k	232	991	25.6m	-1.09k	300	-7.14k	80.7	265	4.05m	-8.65	4.44	
7	1	-29.4k	2.44k	-571	0.581	868	-948	-18.3k	-837	-269	0.248	190	-1.91k	-9.10k	-636	-27.7	39.1m	-3.39	-60.8	
7	2	-29.4k	-475	-571	0.581	868	-948	-18.3k	-320	-269	0.248	190	-290	-9.10k	-59.5	-27.7	39.1m	-3.39	0.584	
7	3	-20.8k	2.44k	254	-0.148	-771	1.13k	-13.1k	49.3	284	-63.1m	-310	-698	-6.66k	-300	74.7	-9.97m	-2.33	-40.2	
7	4	-20.8k	-475	254	-0.148	-771	1.13k	-13.1k	566	284	-63.1m	-310	925	-6.66k	277	74.7	-9.97m	-2.33	21.2	
7	5	-27.3k	1.74k	-991	0.344	2.28k	-300	-17.0k	-437	-798	0.147	782	-1.14k	-8.49k	-393	-173	23.2m	1.80	-39.6	
7	6	-27.3k	225	-991	0.344	2.28k	-300	-17.0k	-168	-798	0.147	782	-301	-8.49k	-93.0	-173	23.2m	1.80	-7.71	
7	7	-23.0k	1.74k	674	88.3m	-2.18k	482	-14.4k	-103	812	37.6m	-902	-687	-7.27k	-267	220	5.95m	-7.51	-31.9	
7	8	-23.0k	225	674	88.3m	-2.18k	482	-14.4k	166	812	37.6m	-902	157	-7.27k	33.6	220	5.95m	-7.51	59.2m	
8	1	-30.2k	2.72k	-653	0.650	1.02k	-1.14k	-18.8k	-969	-319	0.277	232	-2.18k	-9.34k	-723	-35.8	43.8m	-3.62	-68.6	
8	2	-30.2k	-754	-653	0.650	1.02k	-1.14k	-18.8k	-353	-319	0.277	232	-248	-9.34k	-35.6	-35.8	43.8m	-3.62	4.53	
8	3	-20.0k	2.72k	336	-0.217	-921	1.32k	-12.6k	82.3	334	-92.6m	-352	-740	-6.42k	-324	82.8	-14.6m	-2.10	-44.1	
8	4	-20.0k	-754	336	-0.217	-921	1.32k	-12.6k	698	334	-92.6m	-352	1.19k	-6.42k	363	82.8	-14.6m	-2.10	29.0	
8	5	-27.7k	1.89k	-1.16k	0.369	2.68k	-373	-17.3k	-493	-941	0.157	926	-1.27k	-8.62k	-433	-206	24.9m	2.30	-43.4	
8	6	-27.7k	80.8	-1.16k	0.369	2.68k	-373	-17.3k	-173	-941	0.157	926	-263	-8.62k	-76.3	-206	24.9m	2.30	-5.40	
8	7	-22.5k	1.89k	842	63.8m	-2.59k	554	-14.1k	-97.7	956	27.2m	-1.05k	-725	-7.14k	-283	253	4.30m	-8.01	-34.2	
8	8	-22.5k	80.8	842	63.8m	-2.59k	554	-14.1k	222	956	27.2m	-1.05k	279	-7.14k	73.7	253	4.30m	-8.01	3.81	
Sollecitazioni combinazioni Palo 3-2 piano 0
  		 		Nodo iniziale		Mezzeria		Nodo finale	
 Fam.		Cmb.		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz		N		Vy		Vz		Mt		My		Mz	
 				[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]		[N]		[N]		[N]		[Nm]		[Nm]		[Nm]	
1	1	-35.9k	1.27k	-235	0.289	78.3	113	-22.4k	-177	8.11	0.123	-84.6	-641	-11.2k	-233	33.7	19.5m	-4.16	-25.6	
1	2	-37.6k	1.27k	-345	0.316	149	126	-23.4k	-172	-2.40	0.135	-105	-634	-11.7k	-231	44.2	21.3m	-5.79	-25.5	
1	3	-35.9k	997	-373	0.374	170	257	-22.4k	-66.9	-6.58	0.159	-108	-404	-11.2k	-156	46.1	25.2m	-6.15	-18.4	
1	4	-39.4k	1.29k	-188	0.317	379	122	-24.5k	-177	-129	0.135	117	-648	-12.2k	-236	-24.3	21.4m	-0.183	-26.0	
1	5	-35.9k	1.25k	-503	0.315	-81.5	130	-22.4k	-166	124	0.134	-327	-620	-11.2k	-226	113	21.2m	-11.4	-25.0	
1	6	-39.4k	1.55k	-318	0.259	128	-5.70	-24.5k	-277	1.79	0.110	-102	-864	-12.2k	-307	42.2	17.4m	-5.42	-32.6	
1	7	-34.0k	813	-344	0.401	154	339	-21.2k	0.674	-4.87	0.171	-101	-254	-10.6k	-106	43.0	27.0m	-5.70	-13.7	
1	8	-39.8k	1.31k	-35.4	0.306	503	113	-24.8k	-183	-208	0.131	274	-661	-12.3k	-240	-74.4	20.6m	4.25	-26.4	
1	9	-33.9k	1.24k	-560	0.303	-265	127	-21.2k	-165	213	0.129	-467	-613	-10.6k	-224	154	20.4m	-14.4	-24.8	
1	10	-39.7k	1.73k	-252	0.209	83.4	-98.8	-24.7k	-349	9.09	89.1m	-91.5	-1.02k	-12.3k	-358	36.4	14.1m	-4.48	-37.4	
2	1	-27.2k	797	-247	0.272	105	179	-17.0k	-64.7	-1.14	0.116	-75.9	-338	-8.49k	-129	31.8	18.3m	-4.15	-15.0	
2	2	-29.5k	993	-125	0.235	244	89.6	-18.4k	-138	-82.0	0.100	73.3	-500	-9.14k	-182	-14.8	15.8m	-0.201	-20.0	
2	3	-27.2k	964	-333	0.234	-61.4	95.0	-17.0k	-130	85.3	99.7m	-221	-481	-8.47k	-175	75.9	15.7m	-7.63	-19.3	
2	4	-29.5k	1.16k	-211	0.196	77.3	5.64	-18.4k	-203	4.38	83.8m	-72.1	-642	-9.13k	-229	29.2	13.2m	-3.67	-24.4	
2	5	-26.0k	675	-228	0.290	94.4	233	-16.2k	-20.1	14.6m	0.124	-71.3	-239	-8.13k	-95.7	29.7	19.5m	-3.85	-11.9	
2	6	-29.8k	1.00k	-23.5	0.228	326	84.0	-18.6k	-142	-135	97.1m	177	-508	-9.22k	-184	-48.1	15.3m	2.74	-20.2	
2	7	-25.9k	954	-371	0.226	-183	93.1	-16.2k	-129	144	96.2m	-314	-476	-8.11k	-174	103	15.2m	-9.63	-19.2	
2	8	-29.7k	1.28k	-167	0.163	47.8	-55.9	-18.5k	-251	9.23	69.7m	-65.1	-745	-9.20k	-262	25.3	11.0m	-3.04	-27.5	
3	1	-27.5k	978	-176	0.222	57.6	86.1	-17.2k	-137	6.62	94.5m	-64.3	-494	-8.57k	-179	25.5	14.9m	-3.14	-19.7	
3	2	-26.8k	917	-161	0.229	48.8	112	-16.7k	-115	7.70	97.7m	-61.1	-444	-8.36k	-163	24.0	15.4m	-2.91	-18.2	
3	3	-27.6k	983	-120	0.217	95.1	82.7	-17.2k	-139	-19.3	92.4m	-11.3	-498	-8.58k	-181	8.40	14.6m	-1.59	-19.9	
3	4	-26.8k	973	-190	0.216	-6.71	84.5	-16.7k	-136	36.5	92.2m	-110	-492	-8.36k	-179	38.6	14.6m	-4.06	-19.6	
3	5	-27.6k	1.04k	-149	0.204	39.5	54.7	-17.2k	-161	9.55	86.9m	-59.8	-546	-8.58k	-196	23.1	13.7m	-2.75	-21.3	
4	1	-27.2k	978	-155	0.216	44.2	83.6	-17.0k	-138	8.62	92.3m	-60.5	-495	-8.47k	-180	23.5	14.6m	-2.83	-19.7	
5	1	-26.7k	978	-124	0.209	24.0	79.9	-16.6k	-139	11.6	89.0m	-54.6	-497	-8.33k	-180	20.5	14.1m	-2.36	-19.8	
6	1	-45.2k	2.77k	-651	0.661	1.04k	-1.17k	-27.9k	-991	-327	0.282	244	-2.23k	-13.6k	-738	-39.1	44.5m	-3.40	-70.0	
6	2	-45.2k	-817	-651	0.661	1.04k	-1.17k	-27.9k	-355	-327	0.282	244	-230	-13.6k	-28.0	-39.1	44.5m	-3.40	5.56	
6	3	-9.17k	2.77k	341	-0.229	-948	1.34k	-5.98k	79.8	344	-97.4m	-365	-760	-3.34k	-332	86.2	-15.4m	-2.26	-45.0	
6	4	-9.17k	-817	341	-0.229	-948	1.34k	-5.98k	716	344	-97.4m	-365	1.24k	-3.34k	378	86.2	-15.4m	-2.26	30.5	
6	5	-48.6k	1.91k	-1.16k	0.373	2.76k	-389	-30.0k	-504	-974	0.159	969	-1.29k	-14.6k	-440	-217	25.1m	2.97	-44.0	
6	6	-48.6k	47.3	-1.16k	0.373	2.76k	-389	-30.0k	-174	-974	0.159	969	-254	-14.6k	-72.3	-217	25.1m	2.97	-4.86	
6	7	-5.74k	1.91k	854	60.1m	-2.68k	556	-3.89k	-101	991	25.6m	-1.09k	-736	-2.36k	-287	264	4.05m	-8.62	-34.6	
6	8	-5.74k	47.3	854	60.1m	-2.68k	556	-3.89k	229	991	25.6m	-1.09k	299	-2.36k	80.7	264	4.05m	-8.62	4.53	
7	1	-41.9k	2.45k	-562	0.581	857	-943	-25.9k	-836	-266	0.248	188	-1.91k	-12.7k	-636	-27.6	39.1m	-3.32	-60.8	
7	2	-41.9k	-491	-562	0.581	857	-943	-25.9k	-316	-266	0.248	188	-279	-12.7k	-55.6	-27.6	39.1m	-3.32	0.958	
7	3	-12.4k	2.45k	252	-0.148	-768	1.11k	-7.97k	40.5	283	-63.1m	-309	-711	-4.27k	-304	74.6	-9.97m	-2.33	-40.4	
7	4	-12.4k	-491	252	-0.148	-768	1.11k	-7.97k	561	283	-63.1m	-309	922	-4.27k	277	74.6	-9.97m	-2.33	21.4	
7	5	-44.8k	1.74k	-987	0.344	2.27k	-303	-27.6k	-438	-796	0.147	781	-1.14k	-13.5k	-393	-173	23.2m	1.84	-39.6	
7	6	-44.8k	215	-987	0.344	2.27k	-303	-27.6k	-168	-796	0.147	781	-297	-13.5k	-91.7	-173	23.2m	1.84	-7.55	
7	7	-9.62k	1.74k	676	88.3m	-2.18k	470	-6.25k	-108	813	37.6m	-902	-693	-3.47k	-268	220	5.95m	-7.49	-31.9	
7	8	-9.62k	215	676	88.3m	-2.18k	470	-6.25k	163	813	37.6m	-902	155	-3.47k	33.6	220	5.95m	-7.49	0.141	
8	1	-44.7k	2.73k	-643	0.650	1.01k	-1.13k	-27.6k	-967	-315	0.277	230	-2.18k	-13.4k	-723	-35.7	43.8m	-3.54	-68.6	
8	2	-44.7k	-771	-643	0.650	1.01k	-1.13k	-27.6k	-347	-315	0.277	230	-234	-13.4k	-31.1	-35.7	43.8m	-3.54	4.96	
8	3	-9.70k	2.73k	333	-0.217	-917	1.30k	-6.31k	72.2	333	-92.6m	-351	-756	-3.49k	-329	82.7	-14.6m	-2.11	-44.5	
8	4	-9.70k	-771	333	-0.217	-917	1.30k	-6.31k	692	333	-92.6m	-351	1.19k	-3.49k	363	82.7	-14.6m	-2.11	29.2	
8	5	-48.0k	1.88k	-1.15k	0.369	2.68k	-375	-29.6k	-494	-939	0.157	924	-1.27k	-14.4k	-433	-206	24.9m	2.33	-43.4	
8	6	-48.0k	70.9	-1.15k	0.369	2.68k	-375	-29.6k	-173	-939	0.157	924	-259	-14.4k	-74.7	-206	24.9m	2.33	-5.22	
8	7	-6.41k	1.88k	843	63.8m	-2.59k	542	-4.30k	-103	956	27.2m	-1.04k	-731	-2.56k	-285	253	4.30m	-7.99	-34.3	
8	8	-6.41k	70.9	843	63.8m	-2.59k	542	-4.30k	219	956	27.2m	-1.04k	277	-2.56k	73.7	253	4.30m	-7.99	3.89	
Piano 0. Reazioni Vincolari
 Nodo		Combinazione		Forza	
 Piano		Nodo		Fam		Cmb		Fx [N]		Fy [N]		Fz [N]		Mx [Nm]		My [Nm]		Mz [Nm]	
0	1	1	1	3.82k	-717	112k	-1.42k	1.59k	-19.6	
0	1	1	2	3.83k	-1.05k	118k	-1.65k	1.52k	-20.2	
0	1	1	3	3.01k	-1.14k	116k	-1.69k	409	-15.7	
0	1	1	4	3.76k	-1.52k	114k	-205	1.47k	-19.9	
0	1	1	5	3.89k	-578	121k	-3.10k	1.58k	-20.6	
0	1	1	6	4.64k	-965	120k	-1.61k	2.64k	-24.8	
0	1	1	7	2.47k	-1.05k	113k	-1.62k	-306	-12.4	
0	1	1	8	3.72k	-1.69k	110k	861	1.46k	-19.4	
0	1	1	9	3.93k	-121	121k	-3.97k	1.65k	-20.6	
0	1	1	10	5.18k	-764	118k	-1.49k	3.41k	-27.6	
0	1	2	1	2.40k	-755	87.6k	-1.22k	458	-12.4	
0	1	2	2	2.90k	-1.01k	86.5k	-234	1.16k	-15.1	
0	1	2	3	2.98k	-385	91.0k	-2.15k	1.23k	-15.6	
0	1	2	4	3.48k	-641	89.9k	-1.17k	1.93k	-18.4	
0	1	2	5	2.04k	-697	85.3k	-1.17k	-14.6	-10.2	
0	1	2	6	2.87k	-1.12k	83.4k	472	1.15k	-14.8	
0	1	2	7	3.01k	-81.2	90.8k	-2.73k	1.27k	-15.6	
0	1	2	8	3.84k	-508	89.0k	-1.08k	2.44k	-20.2	
0	1	3	1	2.94k	-539	86.0k	-1.08k	1.22k	-15.1	
0	1	3	2	2.76k	-495	84.6k	-1.05k	991	-14.0	
0	1	3	3	2.93k	-580	84.2k	-717	1.22k	-14.9	
0	1	3	4	2.95k	-371	85.7k	-1.36k	1.25k	-15.1	
0	1	3	5	3.12k	-457	85.3k	-1.03k	1.48k	-16.0	
0	1	4	1	2.94k	-476	85.0k	-1.04k	1.24k	-15.0	
0	1	5	1	2.94k	-380	83.3k	-970	1.25k	-14.8	
0	1	6	1	8.35k	1.04k	111k	4.03k	10.5k	24.0	
0	1	6	2	-2.47k	1.04k	111k	4.03k	10.5k	24.0	
0	1	6	3	8.35k	-1.99k	58.5k	-6.10k	-8.07k	-54.0	
0	1	6	4	-2.47k	-1.99k	58.5k	-6.10k	-8.07k	-54.0	
0	1	6	5	5.74k	2.56k	125k	14.3k	5.17k	2.66	
0	1	6	6	140	2.56k	125k	14.3k	5.17k	2.66	
0	1	6	7	5.74k	-3.51k	45.3k	-16.4k	-2.70k	-32.6	
0	1	6	8	140	-3.51k	45.3k	-16.4k	-2.70k	-32.6	
0	1	7	1	7.37k	766	107k	3.11k	8.85k	17.0	
0	1	7	2	-1.49k	766	107k	3.11k	8.85k	17.0	
0	1	7	3	7.37k	-1.72k	63.3k	-5.19k	-6.38k	-46.9	
0	1	7	4	-1.49k	-1.72k	63.3k	-5.19k	-6.38k	-46.9	
0	1	7	5	5.23k	2.02k	117k	11.5k	4.46k	-0.534	
0	1	7	6	646	2.02k	117k	11.5k	4.46k	-0.534	
0	1	7	7	5.23k	-2.97k	52.5k	-13.6k	-1.98k	-29.4	
0	1	7	8	646	-2.97k	52.5k	-13.6k	-1.98k	-29.4	
0	1	8	1	8.22k	1.01k	111k	3.87k	10.3k	22.9	
0	1	8	2	-2.34k	1.01k	111k	3.87k	10.3k	22.9	
0	1	8	3	8.22k	-1.96k	59.3k	-5.94k	-7.80k	-52.9	
0	1	8	4	-2.34k	-1.96k	59.3k	-5.94k	-7.80k	-52.9	
0	1	8	5	5.67k	2.53k	123k	13.8k	5.06k	2.16	
0	1	8	6	211	2.53k	123k	13.8k	5.06k	2.16	
0	1	8	7	5.67k	-3.48k	46.6k	-15.9k	-2.58k	-32.1	
0	1	8	8	211	-3.48k	46.6k	-15.9k	-2.58k	-32.1	
0	2	1	1	-3.01k	-715	103k	-1.40k	-1.03k	15.6	
0	2	1	2	-3.00k	-965	108k	-1.49k	-1.05k	15.9	
0	2	1	3	-3.53k	-898	109k	-1.50k	-1.31k	19.9	
0	2	1	4	-3.03k	-1.22k	105k	-1.18k	-1.06k	16.1	
0	2	1	5	-2.97k	-712	111k	-1.80k	-1.04k	15.7	
0	2	1	6	-2.47k	-1.03k	106k	-1.47k	-784	11.9	
0	2	1	7	-3.89k	-746	108k	-1.47k	-1.48k	22.4	
0	2	1	8	-3.06k	-1.28k	101k	-931	-1.06k	16.0	
0	2	1	9	-2.95k	-436	111k	-1.97k	-1.02k	15.5	
0	2	1	10	-2.12k	-970	103k	-1.43k	-600	9.10	
0	2	2	1	-2.66k	-616	82.3k	-1.12k	-974	14.8	
0	2	2	2	-2.33k	-828	79.3k	-908	-807	12.2	
0	2	2	3	-2.29k	-492	83.3k	-1.32k	-792	12.0	
0	2	2	4	-1.96k	-704	80.3k	-1.11k	-625	9.48	
0	2	2	5	-2.90k	-514	81.5k	-1.10k	-1.08k	16.4	
0	2	2	6	-2.35k	-868	76.5k	-745	-807	12.2	
0	2	2	7	-2.28k	-309	83.1k	-1.43k	-781	11.9	
0	2	2	8	-1.73k	-662	78.1k	-1.07k	-504	7.63	
0	2	3	1	-2.32k	-541	78.8k	-1.07k	-790	12.0	
0	2	3	2	-2.43k	-478	78.1k	-1.06k	-845	12.8	
0	2	3	3	-2.32k	-549	77.1k	-986	-789	11.9	
0	2	3	4	-2.31k	-437	78.5k	-1.12k	-784	11.9	
0	2	3	5	-2.20k	-508	77.5k	-1.05k	-729	11.0	
0	2	4	1	-2.32k	-493	77.8k	-1.05k	-787	11.9	
0	2	5	1	-2.32k	-421	76.3k	-1.03k	-781	11.8	
0	2	6	1	696	335	102k	161	1.42k	45.4	
0	2	6	2	-5.33k	335	102k	161	1.42k	45.4	
0	2	6	3	696	-1.32k	53.1k	-2.27k	-2.99k	-21.6	
0	2	6	4	-5.33k	-1.32k	53.1k	-2.27k	-2.99k	-21.6	
0	2	6	5	-769	791	115k	2.38k	113	25.1	
0	2	6	6	-3.86k	791	115k	2.38k	113	25.1	
0	2	6	7	-769	-1.78k	40.7k	-4.49k	-1.69k	-1.30	
0	2	6	8	-3.86k	-1.78k	40.7k	-4.49k	-1.69k	-1.30	
0	2	7	1	149	191	98.0k	-58.5	1.02k	39.3	
0	2	7	2	-4.78k	191	98.0k	-58.5	1.02k	39.3	
0	2	7	3	149	-1.18k	57.6k	-2.05k	-2.59k	-15.5	
0	2	7	4	-4.78k	-1.18k	57.6k	-2.05k	-2.59k	-15.5	
0	2	7	5	-1.05k	577	108k	1.76k	-50.3	22.7	
0	2	7	6	-3.59k	577	108k	1.76k	-50.3	22.7	
0	2	7	7	-1.05k	-1.56k	47.4k	-3.87k	-1.52k	1.09	
0	2	7	8	-3.59k	-1.56k	47.4k	-3.87k	-1.52k	1.09	
0	2	8	1	633	340	102k	123	1.36k	44.5	
0	2	8	2	-5.27k	340	102k	123	1.36k	44.5	
0	2	8	3	633	-1.33k	53.9k	-2.23k	-2.93k	-20.7	
0	2	8	4	-5.27k	-1.33k	53.9k	-2.23k	-2.93k	-20.7	
0	2	8	5	-799	838	114k	2.27k	87.5	24.8	
0	2	8	6	-3.84k	838	114k	2.27k	87.5	24.8	
0	2	8	7	-799	-1.82k	41.9k	-4.38k	-1.66k	-0.938	
0	2	8	8	-3.84k	-1.82k	41.9k	-4.38k	-1.66k	-0.938	
0	3	1	1	3.82k	717	112k	1.42k	1.59k	19.6	
0	3	1	2	3.83k	1.05k	118k	1.65k	1.52k	20.2	
0	3	1	3	3.00k	1.14k	116k	1.69k	405	15.7	
0	3	1	4	3.89k	578	121k	3.10k	1.58k	20.6	
0	3	1	5	3.76k	1.52k	114k	205	1.47k	19.9	
0	3	1	6	4.65k	966	119k	1.61k	2.64k	24.8	
0	3	1	7	2.45k	1.05k	113k	1.62k	-313	12.4	
0	3	1	8	3.93k	121	121k	3.97k	1.65k	20.6	
0	3	1	9	3.72k	1.69k	110k	-861	1.46k	19.4	
0	3	1	10	5.20k	766	118k	1.48k	3.42k	27.6	
0	3	2	1	2.40k	754	87.6k	1.22k	455	12.4	
0	3	2	2	2.98k	385	91.0k	2.15k	1.23k	15.6	
0	3	2	3	2.90k	1.01k	86.5k	234	1.16k	15.1	
0	3	2	4	3.49k	642	89.9k	1.17k	1.93k	18.4	
0	3	2	5	2.03k	696	85.3k	1.17k	-19.2	10.2	
0	3	2	6	3.01k	81.2	90.8k	2.73k	1.27k	15.6	
0	3	2	7	2.87k	1.12k	83.4k	-472	1.15k	14.8	
0	3	2	8	3.85k	509	89.0k	1.08k	2.44k	20.2	
0	3	3	1	2.94k	539	86.0k	1.08k	1.22k	15.1	
0	3	3	2	2.76k	494	84.6k	1.05k	990	14.0	
0	3	3	3	2.95k	371	85.7k	1.36k	1.25k	15.1	
0	3	3	4	2.93k	580	84.2k	717	1.22k	14.9	
0	3	3	5	3.12k	457	85.3k	1.03k	1.48k	16.0	
0	3	4	1	2.94k	476	85.0k	1.04k	1.24k	15.0	
0	3	5	1	2.94k	380	83.3k	970	1.25k	14.8	
0	3	6	1	8.35k	1.99k	111k	6.10k	10.5k	54.0	
0	3	6	2	-2.47k	1.99k	111k	6.10k	10.5k	54.0	
0	3	6	3	8.35k	-1.04k	58.5k	-4.03k	-8.07k	-24.0	
0	3	6	4	-2.47k	-1.04k	58.5k	-4.03k	-8.07k	-24.0	
0	3	6	5	5.74k	3.51k	125k	16.4k	5.17k	32.6	
0	3	6	6	140	3.51k	125k	16.4k	5.17k	32.6	
0	3	6	7	5.74k	-2.56k	45.3k	-14.3k	-2.70k	-2.66	
0	3	6	8	140	-2.56k	45.3k	-14.3k	-2.70k	-2.66	
0	3	7	1	7.37k	1.72k	107k	5.19k	8.85k	46.9	
0	3	7	2	-1.49k	1.72k	107k	5.19k	8.85k	46.9	
0	3	7	3	7.37k	-766	63.3k	-3.11k	-6.38k	-17.0	
0	3	7	4	-1.49k	-766	63.3k	-3.11k	-6.38k	-17.0	
0	3	7	5	5.23k	2.97k	117k	13.6k	4.46k	29.4	
0	3	7	6	646	2.97k	117k	13.6k	4.46k	29.4	
0	3	7	7	5.23k	-2.02k	52.5k	-11.5k	-1.98k	0.534	
0	3	7	8	646	-2.02k	52.5k	-11.5k	-1.98k	0.534	
0	3	8	1	8.22k	1.96k	111k	5.94k	10.3k	52.9	
0	3	8	2	-2.34k	1.96k	111k	5.94k	10.3k	52.9	
0	3	8	3	8.22k	-1.01k	59.3k	-3.87k	-7.80k	-22.9	
0	3	8	4	-2.34k	-1.01k	59.3k	-3.87k	-7.80k	-22.9	
0	3	8	5	5.67k	3.48k	123k	15.9k	5.06k	32.1	
0	3	8	6	211	3.48k	123k	15.9k	5.06k	32.1	
0	3	8	7	5.67k	-2.53k	46.6k	-13.8k	-2.58k	-2.16	
0	3	8	8	211	-2.53k	46.6k	-13.8k	-2.58k	-2.16	
0	4	1	1	-3.01k	715	103k	1.40k	-1.03k	-15.6	
0	4	1	2	-3.00k	965	108k	1.49k	-1.05k	-15.9	
0	4	1	3	-3.54k	899	109k	1.50k	-1.31k	-19.9	
0	4	1	4	-2.97k	712	111k	1.80k	-1.04k	-15.7	
0	4	1	5	-3.03k	1.22k	105k	1.18k	-1.06k	-16.1	
0	4	1	6	-2.46k	1.03k	106k	1.47k	-783	-11.9	
0	4	1	7	-3.91k	747	108k	1.47k	-1.48k	-22.4	
0	4	1	8	-2.95k	436	111k	1.97k	-1.02k	-15.5	
0	4	1	9	-3.06k	1.28k	101k	931	-1.06k	-16.0	
0	4	1	10	-2.10k	969	103k	1.43k	-598	-9.08	
0	4	2	1	-2.67k	616	82.3k	1.12k	-974	-14.8	
0	4	2	2	-2.29k	492	83.3k	1.32k	-792	-12.0	
0	4	2	3	-2.33k	828	79.3k	908	-807	-12.2	
0	4	2	4	-1.95k	704	80.3k	1.11k	-625	-9.48	
0	4	2	5	-2.91k	515	81.5k	1.10k	-1.09k	-16.4	
0	4	2	6	-2.28k	309	83.1k	1.43k	-781	-11.9	
0	4	2	7	-2.35k	868	76.5k	745	-807	-12.2	
0	4	2	8	-1.72k	662	78.1k	1.08k	-503	-7.62	
0	4	3	1	-2.32k	541	78.8k	1.07k	-790	-12.0	
0	4	3	2	-2.44k	478	78.1k	1.06k	-845	-12.8	
0	4	3	3	-2.31k	437	78.5k	1.12k	-784	-11.9	
0	4	3	4	-2.32k	549	77.1k	986	-789	-11.9	
0	4	3	5	-2.20k	507	77.5k	1.05k	-729	-11.0	
0	4	4	1	-2.32k	493	77.8k	1.05k	-787	-11.9	
0	4	5	1	-2.32k	421	76.3k	1.03k	-781	-11.8	
0	4	6	1	696	1.32k	102k	2.27k	1.42k	21.6	
0	4	6	2	-5.33k	1.32k	102k	2.27k	1.42k	21.6	
0	4	6	3	696	-335	53.1k	-161	-2.99k	-45.4	
0	4	6	4	-5.33k	-335	53.1k	-161	-2.99k	-45.4	
0	4	6	5	-769	1.78k	115k	4.49k	113	1.30	
0	4	6	6	-3.86k	1.78k	115k	4.49k	113	1.30	
0	4	6	7	-769	-791	40.7k	-2.38k	-1.69k	-25.1	
0	4	6	8	-3.86k	-791	40.7k	-2.38k	-1.69k	-25.1	
0	4	7	1	149	1.18k	98.0k	2.05k	1.02k	15.5	
0	4	7	2	-4.78k	1.18k	98.0k	2.05k	1.02k	15.5	
0	4	7	3	149	-191	57.6k	58.5	-2.59k	-39.3	
0	4	7	4	-4.78k	-191	57.6k	58.5	-2.59k	-39.3	
0	4	7	5	-1.05k	1.56k	108k	3.87k	-50.3	-1.09	
0	4	7	6	-3.59k	1.56k	108k	3.87k	-50.3	-1.09	
0	4	7	7	-1.05k	-577	47.4k	-1.76k	-1.52k	-22.7	
0	4	7	8	-3.59k	-577	47.4k	-1.76k	-1.52k	-22.7	
0	4	8	1	633	1.33k	102k	2.23k	1.36k	20.7	
0	4	8	2	-5.27k	1.33k	102k	2.23k	1.36k	20.7	
0	4	8	3	633	-340	53.9k	-123	-2.93k	-44.5	
0	4	8	4	-5.27k	-340	53.9k	-123	-2.93k	-44.5	
0	4	8	5	-799	1.82k	114k	4.38k	87.5	0.938	
0	4	8	6	-3.84k	1.82k	114k	4.38k	87.5	0.938	
0	4	8	7	-799	-838	41.9k	-2.27k	-1.66k	-24.8	
0	4	8	8	-3.84k	-838	41.9k	-2.27k	-1.66k	-24.8	
0	5	1	1	-1.72k	5.49k	0	0	0	0	
0	5	1	2	-2.18k	3.23k	0	0	0	0	
0	5	1	3	-3.70k	1.65k	0	0	0	0	
0	5	1	4	-2.28k	1.95k	0	0	0	0	
0	5	1	5	-2.07k	4.51k	0	0	0	0	
0	5	1	6	-652	4.81k	0	0	0	0	
0	5	1	7	-4.52k	1.56k	0	0	0	0	
0	5	1	8	-2.15k	2.06k	0	0	0	0	
0	5	1	9	-1.81k	6.33k	0	0	0	0	
0	5	1	10	561	6.83k	0	0	0	0	
0	5	2	1	-2.53k	2.19k	0	0	0	0	
0	5	2	2	-1.59k	2.38k	0	0	0	0	
0	5	2	3	-1.46k	4.08k	0	0	0	0	
0	5	2	4	-517	4.27k	0	0	0	0	
0	5	2	5	-3.07k	2.14k	0	0	0	0	
0	5	2	6	-1.50k	2.46k	0	0	0	0	
0	5	2	7	-1.28k	5.29k	0	0	0	0	
0	5	2	8	285	5.61k	0	0	0	0	
0	5	3	1	-1.30k	4.30k	0	0	0	0	
0	5	3	2	-1.55k	4.39k	0	0	0	0	
0	5	3	3	-1.24k	4.45k	0	0	0	0	
0	5	3	4	-1.19k	5.02k	0	0	0	0	
0	5	3	5	-882	5.08k	0	0	0	0	
0	5	4	1	-1.22k	4.74k	0	0	0	0	
0	5	5	1	-1.09k	5.38k	0	0	0	0	
0	5	6	1	10.4k	21.2k	0	0	0	0	
0	5	6	2	-12.9k	21.2k	0	0	0	0	
0	5	6	3	10.4k	-11.7k	0	0	0	0	
0	5	6	4	-12.9k	-11.7k	0	0	0	0	
0	5	6	5	5.21k	21.4k	0	0	0	0	
0	5	6	6	-7.64k	21.4k	0	0	0	0	
0	5	6	7	5.21k	-11.9k	0	0	0	0	
0	5	6	8	-7.64k	-11.9k	0	0	0	0	
0	5	7	1	8.33k	18.2k	0	0	0	0	
0	5	7	2	-10.8k	18.2k	0	0	0	0	
0	5	7	3	8.33k	-8.75k	0	0	0	0	
0	5	7	4	-10.8k	-8.75k	0	0	0	0	
0	5	7	5	4.04k	18.4k	0	0	0	0	
0	5	7	6	-6.48k	18.4k	0	0	0	0	
0	5	7	7	4.04k	-8.94k	0	0	0	0	
0	5	7	8	-6.48k	-8.94k	0	0	0	0	
0	5	8	1	10.1k	20.8k	0	0	0	0	
0	5	8	2	-12.6k	20.8k	0	0	0	0	
0	5	8	3	10.1k	-11.3k	0	0	0	0	
0	5	8	4	-12.6k	-11.3k	0	0	0	0	
0	5	8	5	5.02k	21.0k	0	0	0	0	
0	5	8	6	-7.46k	21.0k	0	0	0	0	
0	5	8	7	5.02k	-11.6k	0	0	0	0	
0	5	8	8	-7.46k	-11.6k	0	0	0	0	
0	6	1	1	2.98k	548	0	0	0	0	
0	6	1	2	3.31k	547	0	0	0	0	
0	6	1	3	2.68k	576	0	0	0	0	
0	6	1	4	3.30k	502	0	0	0	0	
0	6	1	5	3.31k	593	0	0	0	0	
0	6	1	6	3.93k	519	0	0	0	0	
0	6	1	7	2.12k	595	0	0	0	0	
0	6	1	8	3.16k	471	0	0	0	0	
0	6	1	9	3.17k	623	0	0	0	0	
0	6	1	10	4.21k	500	0	0	0	0	
0	6	2	1	2.02k	440	0	0	0	0	
0	6	2	2	2.43k	391	0	0	0	0	
0	6	2	3	2.44k	451	0	0	0	0	
0	6	2	4	2.85k	402	0	0	0	0	
0	6	2	5	1.65k	452	0	0	0	0	
0	6	2	6	2.34k	371	0	0	0	0	
0	6	2	7	2.34k	472	0	0	0	0	
0	6	2	8	3.03k	390	0	0	0	0	
0	6	3	1	2.28k	421	0	0	0	0	
0	6	3	2	2.08k	428	0	0	0	0	
0	6	3	3	2.22k	411	0	0	0	0	
0	6	3	4	2.22k	431	0	0	0	0	
0	6	3	5	2.36k	415	0	0	0	0	
0	6	4	1	2.22k	421	0	0	0	0	
0	6	5	1	2.12k	421	0	0	0	0	
0	6	6	1	6.74k	809	0	0	0	0	
0	6	6	2	-2.31k	809	0	0	0	0	
0	6	6	3	6.74k	33.5	0	0	0	0	
0	6	6	4	-2.31k	33.5	0	0	0	0	
0	6	6	5	3.62k	967	0	0	0	0	
0	6	6	6	812	967	0	0	0	0	
0	6	6	7	3.62k	-125	0	0	0	0	
0	6	6	8	812	-125	0	0	0	0	
0	6	7	1	5.92k	739	0	0	0	0	
0	6	7	2	-1.49k	739	0	0	0	0	
0	6	7	3	5.92k	104	0	0	0	0	
0	6	7	4	-1.49k	104	0	0	0	0	
0	6	7	5	3.37k	869	0	0	0	0	
0	6	7	6	1.07k	869	0	0	0	0	
0	6	7	7	3.37k	-26.7	0	0	0	0	
0	6	7	8	1.07k	-26.7	0	0	0	0	
0	6	8	1	6.63k	799	0	0	0	0	
0	6	8	2	-2.19k	799	0	0	0	0	
0	6	8	3	6.63k	43.9	0	0	0	0	
0	6	8	4	-2.19k	43.9	0	0	0	0	
0	6	8	5	3.59k	954	0	0	0	0	
0	6	8	6	847	954	0	0	0	0	
0	6	8	7	3.59k	-111	0	0	0	0	
0	6	8	8	847	-111	0	0	0	0	
0	7	1	1	-1.72k	-5.49k	0	0	0	0	
0	7	1	2	-2.18k	-3.23k	0	0	0	0	
0	7	1	3	-3.71k	-1.66k	0	0	0	0	
0	7	1	4	-2.07k	-4.51k	0	0	0	0	
0	7	1	5	-2.28k	-1.95k	0	0	0	0	
0	7	1	6	-640	-4.80k	0	0	0	0	
0	7	1	7	-4.54k	-1.58k	0	0	0	0	
0	7	1	8	-1.81k	-6.33k	0	0	0	0	
0	7	1	9	-2.15k	-2.06k	0	0	0	0	
0	7	1	10	580	-6.81k	0	0	0	0	
0	7	2	1	-2.54k	-2.19k	0	0	0	0	
0	7	2	2	-1.46k	-4.08k	0	0	0	0	
0	7	2	3	-1.59k	-2.38k	0	0	0	0	
0	7	2	4	-509	-4.26k	0	0	0	0	
0	7	2	5	-3.08k	-2.15k	0	0	0	0	
0	7	2	6	-1.28k	-5.29k	0	0	0	0	
0	7	2	7	-1.50k	-2.46k	0	0	0	0	
0	7	2	8	298	-5.60k	0	0	0	0	
0	7	3	1	-1.30k	-4.30k	0	0	0	0	
0	7	3	2	-1.56k	-4.39k	0	0	0	0	
0	7	3	3	-1.19k	-5.02k	0	0	0	0	
0	7	3	4	-1.24k	-4.45k	0	0	0	0	
0	7	3	5	-879	-5.08k	0	0	0	0	
0	7	4	1	-1.22k	-4.74k	0	0	0	0	
0	7	5	1	-1.09k	-5.38k	0	0	0	0	
0	7	6	1	10.4k	11.7k	0	0	0	0	
0	7	6	2	-12.9k	11.7k	0	0	0	0	
0	7	6	3	10.4k	-21.2k	0	0	0	0	
0	7	6	4	-12.9k	-21.2k	0	0	0	0	
0	7	6	5	5.21k	11.9k	0	0	0	0	
0	7	6	6	-7.64k	11.9k	0	0	0	0	
0	7	6	7	5.21k	-21.4k	0	0	0	0	
0	7	6	8	-7.64k	-21.4k	0	0	0	0	
0	7	7	1	8.33k	8.75k	0	0	0	0	
0	7	7	2	-10.8k	8.75k	0	0	0	0	
0	7	7	3	8.33k	-18.2k	0	0	0	0	
0	7	7	4	-10.8k	-18.2k	0	0	0	0	
0	7	7	5	4.04k	8.94k	0	0	0	0	
0	7	7	6	-6.48k	8.94k	0	0	0	0	
0	7	7	7	4.04k	-18.4k	0	0	0	0	
0	7	7	8	-6.48k	-18.4k	0	0	0	0	
0	7	8	1	10.1k	11.3k	0	0	0	0	
0	7	8	2	-12.6k	11.3k	0	0	0	0	
0	7	8	3	10.1k	-20.8k	0	0	0	0	
0	7	8	4	-12.6k	-20.8k	0	0	0	0	
0	7	8	5	5.02k	11.6k	0	0	0	0	
0	7	8	6	-7.46k	11.6k	0	0	0	0	
0	7	8	7	5.02k	-21.0k	0	0	0	0	
0	7	8	8	-7.46k	-21.0k	0	0	0	0	
0	8	1	1	2.98k	-548	0	0	0	0	
0	8	1	2	3.31k	-547	0	0	0	0	
0	8	1	3	2.68k	-575	0	0	0	0	
0	8	1	4	3.31k	-593	0	0	0	0	
0	8	1	5	3.30k	-502	0	0	0	0	
0	8	1	6	3.93k	-519	0	0	0	0	
0	8	1	7	2.12k	-594	0	0	0	0	
0	8	1	8	3.17k	-623	0	0	0	0	
0	8	1	9	3.16k	-471	0	0	0	0	
0	8	1	10	4.21k	-501	0	0	0	0	
0	8	2	1	2.02k	-440	0	0	0	0	
0	8	2	2	2.44k	-451	0	0	0	0	
0	8	2	3	2.43k	-391	0	0	0	0	
0	8	2	4	2.85k	-403	0	0	0	0	
0	8	2	5	1.65k	-452	0	0	0	0	
0	8	2	6	2.34k	-472	0	0	0	0	
0	8	2	7	2.34k	-371	0	0	0	0	
0	8	2	8	3.03k	-390	0	0	0	0	
0	8	3	1	2.28k	-421	0	0	0	0	
0	8	3	2	2.08k	-427	0	0	0	0	
0	8	3	3	2.22k	-431	0	0	0	0	
0	8	3	4	2.22k	-411	0	0	0	0	
0	8	3	5	2.36k	-415	0	0	0	0	
0	8	4	1	2.22k	-421	0	0	0	0	
0	8	5	1	2.12k	-421	0	0	0	0	
0	8	6	1	6.74k	-33.5	0	0	0	0	
0	8	6	2	-2.31k	-33.5	0	0	0	0	
0	8	6	3	6.74k	-809	0	0	0	0	
0	8	6	4	-2.31k	-809	0	0	0	0	
0	8	6	5	3.62k	125	0	0	0	0	
0	8	6	6	812	125	0	0	0	0	
0	8	6	7	3.62k	-967	0	0	0	0	
0	8	6	8	812	-967	0	0	0	0	
0	8	7	1	5.92k	-104	0	0	0	0	
0	8	7	2	-1.49k	-104	0	0	0	0	
0	8	7	3	5.92k	-739	0	0	0	0	
0	8	7	4	-1.49k	-739	0	0	0	0	
0	8	7	5	3.37k	26.7	0	0	0	0	
0	8	7	6	1.07k	26.7	0	0	0	0	
0	8	7	7	3.37k	-869	0	0	0	0	
0	8	7	8	1.07k	-869	0	0	0	0	
0	8	8	1	6.63k	-43.9	0	0	0	0	
0	8	8	2	-2.19k	-43.9	0	0	0	0	
0	8	8	3	6.63k	-799	0	0	0	0	
0	8	8	4	-2.19k	-799	0	0	0	0	
0	8	8	5	3.59k	111	0	0	0	0	
0	8	8	6	847	111	0	0	0	0	
0	8	8	7	3.59k	-954	0	0	0	0	
0	8	8	8	847	-954	0	0	0	0	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi
Spostamenti Nodi. Azione 1) Peso.  Prop.
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																									
0	0	1	0.0000	0.0000	0.0000	1	-14.2µ	2.89µ	-2.78m	-0.001	-0.003	0	
1	0	5	0.0000	1.2000	0.0000	1	-35.1µ	0.53µ	-2.80m	0	-0.008	0	
2	0	 	0.0000	0.1500	-0.2500	1	-0.32µ	0	-2.78m	-0.001	-0.003	0	
3	0	 	0.0000	1.2000	-0.2500	1	0	0	-2.80m	0	-0.008	0	
4	0	7	0.0000	2.4000	0.0000	1	-35.1µ	-0.53µ	-2.80m	0	-0.008	0	
5	0	 	0.0000	2.4000	-0.2500	1	0	0	-2.80m	0	-0.008	0	
6	0	3	0.0000	3.6000	0.0000	1	-14.2µ	-2.89µ	-2.78m	0.001	-0.003	0	
7	0	 	0.0000	3.4500	-0.2500	1	-0.32µ	0	-2.78m	0.001	-0.003	0	
8	0	2	5.5000	0.0000	0.0000	1	50.3µ	1.69µ	-3.11m	0	0.012	0	
9	0	6	5.5000	1.2000	0.0000	1	66.0µ	16.7n	-3.12m	0	0.015	0	
10	0	 	5.5000	0.1500	-0.2500	1	-26.5n	0	-3.11m	0	0.012	0	
11	0	 	5.5000	1.2000	-0.2500	1	0	0	-3.12m	0	0.015	0	
12	0	8	5.5000	2.4000	0.0000	1	66.0µ	-16.7n	-3.12m	0	0.015	0	
13	0	9	5.5000	1.8000	0.0000	1	65.9µ	0	-3.12m	0	0.015	0	
14	0	 	5.5000	1.8000	-0.2500	1	0	0	-3.12m	0	0.015	0	
15	0	 	5.5000	2.4000	-0.2500	1	0	0	-3.12m	0	0.015	0	
16	0	4	5.5000	3.6000	0.0000	1	50.3µ	-1.69µ	-3.11m	0	0.012	0	
17	0	 	5.5000	3.4500	-0.2500	1	-26.5n	0	-3.11m	0	0.012	0	
79	0	 	1.1000	1.2000	-0.2500	1	0	0	-2.64m	0	-0.007	0	
80	0	 	1.1000	2.4000	-0.2500	1	0	0	-2.64m	0	-0.007	0	
81	0	 	2.2000	1.2000	-0.2500	1	0	0	-2.57m	-0.001	-0.001	0	
82	0	 	2.2000	2.4000	-0.2500	1	0	0	-2.57m	0.001	-0.001	0	
83	0	 	3.3000	1.2000	-0.2500	1	0	0	-2.63m	-0.001	0.007	0	
84	0	 	3.3000	2.4000	-0.2500	1	0	0	-2.63m	0.001	0.007	0	
85	0	 	4.4000	1.2000	-0.2500	1	0	0	-2.83m	0	0.014	0	
86	0	 	4.4000	2.4000	-0.2500	1	0	0	-2.83m	0	0.014	0	
87	0	 	1.1000	1.2000	0.0000	1	-29.6µ	1.88µ	-2.64m	0	-0.007	0	
88	0	 	2.2000	1.2000	0.0000	1	-2.85µ	3.47µ	-2.57m	-0.001	-0.001	0	
89	0	 	3.3000	1.2000	0.0000	1	31.5µ	3.54µ	-2.63m	-0.001	0.007	0	
90	0	 	4.4000	1.2000	0.0000	1	59.4µ	2.03µ	-2.83m	0	0.014	0	
91	0	 	4.4000	2.4000	0.0000	1	59.4µ	-2.03µ	-2.83m	0	0.014	0	
92	0	 	3.3000	2.4000	0.0000	1	31.5µ	-3.54µ	-2.63m	0.001	0.007	0	
93	0	 	2.2000	2.4000	0.0000	1	-2.85µ	-3.47µ	-2.57m	0.001	-0.001	0	
94	0	 	1.1000	2.4000	0.0000	1	-29.6µ	-1.88µ	-2.64m	0	-0.007	0	
0	1	 	0.0000	2.4000	1.0667	1	-0.10m	1.01µ	-2.80m	0	0.001	0.001	
1	1	 	0.0000	1.2000	1.0667	1	-0.10m	-1.01µ	-2.80m	0	0.001	-0.001	
2	1	 	0.0000	2.4000	2.1333	1	-3.20µ	0.37µ	-2.81m	0	0.01	0.001	
3	1	 	0.0000	1.2000	2.1333	1	-3.20µ	-0.37µ	-2.81m	0	0.01	-0.001	
7	1	9	5.5000	1.8000	3.2000	1	0.18m	0	-3.14m	0	-0.011	0	
18	1	1	0.0000	0.0000	3.2000	1	0.26m	-3.69µ	-2.83m	0.001	0.017	0	
19	1	 	0.0000	0.0000	2.7000	1	0.11m	1.93µ	-2.83m	0.001	0.017	0	
20	1	2	5.5000	0.0000	3.2000	1	0.17m	-4.21µ	-3.16m	0.001	-0.01	0	
21	1	 	5.5000	0.0000	2.7000	1	0.26m	2.50µ	-3.16m	0.001	-0.01	0	
22	1	3	0.0000	3.6000	3.2000	1	0.26m	3.69µ	-2.83m	-0.001	0.017	0	
23	1	 	0.0000	3.6000	2.7000	1	0.11m	-1.93µ	-2.83m	-0.001	0.017	0	
24	1	4	5.5000	3.6000	3.2000	1	0.17m	4.21µ	-3.16m	-0.001	-0.01	0	
25	1	 	5.5000	3.6000	2.7000	1	0.26m	-2.50µ	-3.16m	-0.001	-0.01	0	
27	1	 	1.1000	3.6000	3.2000	1	0.26m	1.28µ	-3.18m	0	0.016	0	
28	1	 	2.2000	3.6000	3.2000	1	0.23m	0.33µ	-3.43m	0	0.009	0	
29	1	 	3.3000	3.6000	3.2000	1	0.20m	0.36µ	-3.50m	0	-0.002	0	
30	1	 	4.4000	3.6000	3.2000	1	0.18m	1.42µ	-3.37m	-0.001	-0.01	0	
31	1	 	0.0000	3.6000	2.9500	1	0.19m	0.88µ	-2.83m	-0.001	0.017	0	
32	1	 	1.1000	3.6000	2.9500	1	0.19m	-0.60µ	-3.18m	0	0.016	0	
33	1	 	2.2000	3.6000	2.9500	1	0.20m	-1.18µ	-3.43m	0	0.009	0	
34	1	 	3.3000	3.6000	2.9500	1	0.21m	-1.20µ	-3.50m	0	-0.002	0	
35	1	 	4.4000	3.6000	2.9500	1	0.22m	-0.79µ	-3.37m	-0.001	-0.01	0	
36	1	 	5.5000	3.6000	2.9500	1	0.22m	0.85µ	-3.16m	-0.001	-0.01	0	
37	1	 	1.1000	0.0000	3.2000	1	0.26m	-1.28µ	-3.18m	0	0.016	0	
38	1	 	2.2000	0.0000	3.2000	1	0.23m	-0.33µ	-3.43m	0	0.009	0	
39	1	 	3.3000	0.0000	3.2000	1	0.20m	-0.36µ	-3.50m	0	-0.002	0	
40	1	 	4.4000	0.0000	3.2000	1	0.18m	-1.42µ	-3.37m	0.001	-0.01	0	
41	1	 	0.0000	0.0000	2.9500	1	0.19m	-0.88µ	-2.83m	0.001	0.017	0	
42	1	 	1.1000	0.0000	2.9500	1	0.19m	0.60µ	-3.18m	0	0.016	0	
43	1	 	2.2000	0.0000	2.9500	1	0.20m	1.18µ	-3.43m	0	0.009	0	
44	1	 	3.3000	0.0000	2.9500	1	0.21m	1.20µ	-3.50m	0	-0.002	0	
45	1	 	4.4000	0.0000	2.9500	1	0.22m	0.79µ	-3.37m	0.001	-0.01	0	
46	1	 	5.5000	0.0000	2.9500	1	0.22m	-0.85µ	-3.16m	0.001	-0.01	0	
47	1	5	0.0000	1.2000	3.2000	1	0.26m	-2.07µ	-2.81m	0	0.018	0	
48	1	 	0.0000	1.2000	2.9500	1	0.18m	-53.9n	-2.81m	0	0.018	0	
49	1	6	5.5000	1.2000	3.2000	1	0.18m	-0.47µ	-3.14m	0	-0.011	0	
50	1	 	5.5000	1.2000	2.9500	1	0.23m	-0.46µ	-3.14m	0	-0.011	0	
51	1	7	0.0000	2.4000	3.2000	1	0.26m	2.07µ	-2.81m	0	0.018	0	
52	1	 	0.0000	2.4000	2.9500	1	0.18m	53.9n	-2.81m	0	0.018	0	
53	1	8	5.5000	2.4000	3.2000	1	0.18m	0.47µ	-3.14m	0	-0.011	0	
54	1	 	5.5000	2.4000	2.9500	1	0.23m	0.46µ	-3.14m	0	-0.011	0	
95	1	 	0.0000	1.2000	3.0500	1	0.21m	-0.86µ	-2.81m	0	0.018	0	
96	1	 	1.1000	1.2000	3.0500	1	0.21m	-17.3n	-3.18m	0	0.018	0	
97	1	 	1.1000	2.4000	3.0500	1	0.21m	17.3n	-3.18m	0	0.018	0	
98	1	 	0.0000	2.4000	3.0500	1	0.21m	0.86µ	-2.81m	0	0.018	0	
99	1	 	2.2000	1.2000	3.0500	1	0.21m	0.62µ	-3.44m	0	0.009	0	
100	1	 	2.2000	2.4000	3.0500	1	0.21m	-0.62µ	-3.44m	0	0.009	0	
101	1	 	3.3000	1.2000	3.0500	1	0.21m	0.63µ	-3.50m	0	-0.002	0	
102	1	 	3.3000	2.4000	3.0500	1	0.21m	-0.63µ	-3.50m	0	-0.002	0	
103	1	 	4.4000	1.2000	3.0500	1	0.21m	-65.2n	-3.37m	0	-0.011	0	
104	1	 	4.4000	2.4000	3.0500	1	0.21m	65.2n	-3.37m	0	-0.011	0	
105	1	 	5.5000	1.2000	3.0500	1	0.21m	-0.46µ	-3.14m	0	-0.011	0	
106	1	 	5.5000	2.4000	3.0500	1	0.21m	0.46µ	-3.14m	0	-0.011	0	
107	1	 	1.1000	1.2000	3.2000	1	0.26m	0.14µ	-3.18m	0	0.018	0	
108	1	 	2.2000	1.2000	3.2000	1	0.23m	1.57µ	-3.44m	0	0.009	0	
109	1	 	3.3000	1.2000	3.2000	1	0.20m	1.57µ	-3.50m	0	-0.002	0	
110	1	 	4.4000	1.2000	3.2000	1	0.18m	-30.8n	-3.37m	0	-0.011	0	
111	1	 	4.4000	2.4000	3.2000	1	0.18m	30.8n	-3.37m	0	-0.011	0	
112	1	 	3.3000	2.4000	3.2000	1	0.20m	-1.57µ	-3.50m	0	-0.002	0	
113	1	 	2.2000	2.4000	3.2000	1	0.23m	-1.57µ	-3.44m	0	0.009	0	
114	1	 	1.1000	2.4000	3.2000	1	0.26m	-0.14µ	-3.18m	0	0.018	0	
115	1	 	0.0000	0.0000	3.0500	1	0.22m	-2.00µ	-2.83m	0.001	0.017	0	
116	1	 	1.1000	0.0000	3.0500	1	0.22m	-0.15µ	-3.18m	0	0.016	0	
117	1	 	2.2000	0.0000	3.0500	1	0.21m	0.58µ	-3.43m	0	0.009	0	
118	1	 	3.3000	0.0000	3.0500	1	0.21m	0.57µ	-3.50m	0	-0.002	0	
119	1	 	4.4000	0.0000	3.0500	1	0.20m	-90.5n	-3.37m	0.001	-0.01	0	
120	1	 	5.5000	0.0000	3.0500	1	0.20m	-2.20µ	-3.16m	0.001	-0.01	0	
121	1	 	1.1000	3.6000	3.0500	1	0.22m	0.15µ	-3.18m	0	0.016	0	
122	1	 	0.0000	3.6000	3.0500	1	0.22m	2.00µ	-2.83m	-0.001	0.017	0	
123	1	 	2.2000	3.6000	3.0500	1	0.21m	-0.58µ	-3.43m	0	0.009	0	
124	1	 	3.3000	3.6000	3.0500	1	0.21m	-0.57µ	-3.50m	0	-0.002	0	
125	1	 	4.4000	3.6000	3.0500	1	0.20m	90.5n	-3.37m	-0.001	-0.01	0	
126	1	 	5.5000	3.6000	3.0500	1	0.20m	2.20µ	-3.16m	-0.001	-0.01	0	
8	2	 	0.1000	3.6000	6.1500	1	0.39m	0.68µ	-2.86m	0	0.026	0	
9	2	 	5.4000	3.6000	6.1500	1	0.39m	0.84µ	-3.18m	0	-0.019	0	
10	2	 	0.1000	0.0000	6.1500	1	0.39m	-0.68µ	-2.86m	0	0.026	0	
11	2	 	5.4000	0.0000	6.1500	1	0.39m	-0.84µ	-3.18m	0	-0.019	0	
55	2	1	0.0000	0.0000	6.4000	1	0.41m	-43.7n	-2.86m	0	0.003	-0.001	
56	2	2	5.5000	0.0000	6.4000	1	0.41m	-43.0n	-3.19m	0	0.004	0.001	
57	2	3	0.0000	3.6000	6.4000	1	0.41m	43.7n	-2.86m	0	0.003	0.001	
58	2	4	5.5000	3.6000	6.4000	1	0.41m	43.0n	-3.19m	0	0.004	-0.001	
59	2	5	0.0000	1.2000	6.4000	1	0.42m	-2.72µ	-2.82m	0.001	-0.004	-0.001	
60	2	6	5.5000	1.2000	6.4000	1	0.40m	-2.84µ	-3.15m	0.001	0.011	0.001	
61	2	7	0.0000	2.4000	6.4000	1	0.42m	2.72µ	-2.82m	-0.001	-0.004	0.001	
62	2	8	5.5000	2.4000	6.4000	1	0.40m	2.84µ	-3.15m	-0.001	0.011	-0.001	
63	2	 	0.1000	3.6000	6.1500	1	0.39m	0.68µ	-2.86m	0	0.003	0.001	
64	2	 	5.4000	3.6000	6.1500	1	0.39m	0.84µ	-3.18m	0	0.004	-0.001	
65	2	 	0.1000	0.0000	6.1500	1	0.39m	-0.68µ	-2.86m	0	0.003	-0.001	
66	2	 	5.4000	0.0000	6.1500	1	0.39m	-0.84µ	-3.18m	0	0.004	0.001	
67	2	 	0.0000	1.1000	6.2500	1	0.43m	0.24µ	-2.82m	0.001	-0.004	-0.001	
68	2	 	0.0000	0.1500	6.2500	1	0.40m	0.73µ	-2.86m	0	0.003	-0.001	
69	2	 	0.0000	3.4500	6.2500	1	0.40m	-0.73µ	-2.86m	0	0.003	0.001	
70	2	 	0.0000	2.5000	6.2500	1	0.43m	-0.24µ	-2.82m	-0.001	-0.004	0.001	
71	2	 	0.0000	2.3000	6.2500	1	0.43m	-0.24µ	-2.82m	-0.001	-0.004	0.001	
72	2	 	0.0000	1.3000	6.2500	1	0.43m	0.24µ	-2.82m	0.001	-0.004	-0.001	
73	2	 	5.5000	3.4500	6.2500	1	0.39m	-0.65µ	-3.19m	0	0.004	-0.001	
74	2	 	5.5000	2.5000	6.2500	1	0.37m	-0.22µ	-3.15m	-0.001	0.011	-0.001	
75	2	 	5.5000	1.1000	6.2500	1	0.37m	0.22µ	-3.15m	0.001	0.011	0.001	
76	2	 	5.5000	0.1500	6.2500	1	0.39m	0.65µ	-3.19m	0	0.004	0.001	
77	2	 	5.5000	2.3000	6.2500	1	0.37m	-0.22µ	-3.15m	-0.001	0.011	-0.001	
78	2	 	5.5000	1.3000	6.2500	1	0.37m	0.22µ	-3.15m	0.001	0.011	0.001	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Azione 2) Caric.  Perm.
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																									
0	0	1	0.0000	0.0000	0.0000	2	0.82µ	-2.07µ	-0.25m	0	0	0	
1	0	5	0.0000	1.2000	0.0000	2	-4.43µ	-0.50µ	-0.24m	0	-0.001	0	
2	0	 	0.0000	0.1500	-0.2500	2	-57.9n	0	-0.25m	0	0	0	
3	0	 	0.0000	1.2000	-0.2500	2	0	0	-0.24m	0	-0.001	0	
4	0	7	0.0000	2.4000	0.0000	2	-4.43µ	0.50µ	-0.24m	0	-0.001	0	
5	0	 	0.0000	2.4000	-0.2500	2	0	0	-0.24m	0	-0.001	0	
6	0	3	0.0000	3.6000	0.0000	2	0.82µ	2.07µ	-0.25m	0	0	0	
7	0	 	0.0000	3.4500	-0.2500	2	-57.9n	0	-0.25m	0	0	0	
8	0	2	5.5000	0.0000	0.0000	2	1.51µ	-1.47µ	-0.28m	0	0	0	
9	0	6	5.5000	1.2000	0.0000	2	7.67µ	-15.7p	-0.27m	0	0.002	0	
10	0	 	5.5000	0.1500	-0.2500	2	0.51n	0	-0.28m	0	0	0	
11	0	 	5.5000	1.2000	-0.2500	2	0	0	-0.27m	0	0.002	0	
12	0	8	5.5000	2.4000	0.0000	2	7.67µ	15.7p	-0.27m	0	0.002	0	
13	0	9	5.5000	1.8000	0.0000	2	7.66µ	0	-0.27m	0	0.002	0	
14	0	 	5.5000	1.8000	-0.2500	2	0	0	-0.27m	0	0.002	0	
15	0	 	5.5000	2.4000	-0.2500	2	0	0	-0.27m	0	0.002	0	
16	0	4	5.5000	3.6000	0.0000	2	1.51µ	1.47µ	-0.28m	0	0	0	
17	0	 	5.5000	3.4500	-0.2500	2	0.51n	0	-0.28m	0	0	0	
79	0	 	1.1000	1.2000	-0.2500	2	0	0	-0.22m	0	-0.001	0	
80	0	 	1.1000	2.4000	-0.2500	2	0	0	-0.22m	0	-0.001	0	
81	0	 	2.2000	1.2000	-0.2500	2	0	0	-0.21m	0	0	0	
82	0	 	2.2000	2.4000	-0.2500	2	0	0	-0.21m	0	0	0	
83	0	 	3.3000	1.2000	-0.2500	2	0	0	-0.21m	0	0.001	0	
84	0	 	3.3000	2.4000	-0.2500	2	0	0	-0.21m	0	0.001	0	
85	0	 	4.4000	1.2000	-0.2500	2	0	0	-0.24m	0	0.002	0	
86	0	 	4.4000	2.4000	-0.2500	2	0	0	-0.24m	0	0.002	0	
87	0	 	1.1000	1.2000	0.0000	2	-4.22µ	0.23µ	-0.22m	0	-0.001	0	
88	0	 	2.2000	1.2000	0.0000	2	-0.73µ	0.46µ	-0.21m	0	0	0	
89	0	 	3.3000	1.2000	0.0000	2	3.86µ	0.46µ	-0.21m	0	0.001	0	
90	0	 	4.4000	1.2000	0.0000	2	7.40µ	0.23µ	-0.24m	0	0.002	0	
91	0	 	4.4000	2.4000	0.0000	2	7.40µ	-0.23µ	-0.24m	0	0.002	0	
92	0	 	3.3000	2.4000	0.0000	2	3.86µ	-0.46µ	-0.21m	0	0.001	0	
93	0	 	2.2000	2.4000	0.0000	2	-0.73µ	-0.46µ	-0.21m	0	0	0	
94	0	 	1.1000	2.4000	0.0000	2	-4.22µ	-0.23µ	-0.22m	0	-0.001	0	
0	1	 	0.0000	2.4000	1.0667	2	-9.79µ	17.0n	-0.24m	0	0	0	
1	1	 	0.0000	1.2000	1.0667	2	-9.79µ	-17.0n	-0.24m	0	0	0	
2	1	 	0.0000	2.4000	2.1333	2	3.23µ	-46.9n	-0.24m	0	0.001	0	
3	1	 	0.0000	1.2000	2.1333	2	3.23µ	46.9n	-0.24m	0	0.001	0	
7	1	9	5.5000	1.8000	3.2000	2	18.8µ	0	-0.28m	0	0	0	
18	1	1	0.0000	0.0000	3.2000	2	19.4µ	-1.19µ	-0.26m	0.001	0	0	
19	1	 	0.0000	0.0000	2.7000	2	16.9µ	4.14µ	-0.26m	0.001	0	0	
20	1	2	5.5000	0.0000	3.2000	2	19.8µ	-1.78µ	-0.29m	0.001	0	0	
21	1	 	5.5000	0.0000	2.7000	2	16.8µ	2.60µ	-0.29m	0.001	0	0	
22	1	3	0.0000	3.6000	3.2000	2	19.4µ	1.19µ	-0.26m	-0.001	0	0	
23	1	 	0.0000	3.6000	2.7000	2	16.9µ	-4.14µ	-0.26m	-0.001	0	0	
24	1	4	5.5000	3.6000	3.2000	2	19.8µ	1.78µ	-0.29m	-0.001	0	0	
25	1	 	5.5000	3.6000	2.7000	2	16.8µ	-2.60µ	-0.29m	-0.001	0	0	
27	1	 	1.1000	3.6000	3.2000	2	19.6µ	1.04µ	-0.26m	0	0	0	
28	1	 	2.2000	3.6000	3.2000	2	19.7µ	0.63µ	-0.27m	0	0	0	
29	1	 	3.3000	3.6000	3.2000	2	19.7µ	0.50µ	-0.27m	0	0	0	
30	1	 	4.4000	3.6000	3.2000	2	19.7µ	0.88µ	-0.28m	0	0	0	
31	1	 	0.0000	3.6000	2.9500	2	18.1µ	-1.47µ	-0.26m	-0.001	0	0	
32	1	 	1.1000	3.6000	2.9500	2	18.2µ	-0.92µ	-0.26m	0	0	0	
33	1	 	2.2000	3.6000	2.9500	2	18.3µ	-0.40µ	-0.27m	0	0	0	
34	1	 	3.3000	3.6000	2.9500	2	18.3µ	-0.34µ	-0.27m	0	0	0	
35	1	 	4.4000	3.6000	2.9500	2	18.4µ	-0.59µ	-0.28m	0	0	0	
36	1	 	5.5000	3.6000	2.9500	2	18.3µ	-0.41µ	-0.29m	-0.001	0	0	
37	1	 	1.1000	0.0000	3.2000	2	19.6µ	-1.04µ	-0.26m	0	0	0	
38	1	 	2.2000	0.0000	3.2000	2	19.7µ	-0.63µ	-0.27m	0	0	0	
39	1	 	3.3000	0.0000	3.2000	2	19.7µ	-0.50µ	-0.27m	0	0	0	
40	1	 	4.4000	0.0000	3.2000	2	19.7µ	-0.88µ	-0.28m	0	0	0	
41	1	 	0.0000	0.0000	2.9500	2	18.1µ	1.47µ	-0.26m	0.001	0	0	
42	1	 	1.1000	0.0000	2.9500	2	18.2µ	0.92µ	-0.26m	0	0	0	
43	1	 	2.2000	0.0000	2.9500	2	18.3µ	0.40µ	-0.27m	0	0	0	
44	1	 	3.3000	0.0000	2.9500	2	18.3µ	0.34µ	-0.27m	0	0	0	
45	1	 	4.4000	0.0000	2.9500	2	18.4µ	0.59µ	-0.28m	0	0	0	
46	1	 	5.5000	0.0000	2.9500	2	18.3µ	0.41µ	-0.29m	0.001	0	0	
47	1	5	0.0000	1.2000	3.2000	2	21.2µ	-0.85µ	-0.24m	0.001	0.001	0	
48	1	 	0.0000	1.2000	2.9500	2	17.4µ	1.52µ	-0.24m	0.001	0.001	0	
49	1	6	5.5000	1.2000	3.2000	2	18.8µ	8.99n	-0.28m	0	0	0	
50	1	 	5.5000	1.2000	2.9500	2	19.3µ	14.0n	-0.28m	0	0	0	
51	1	7	0.0000	2.4000	3.2000	2	21.2µ	0.85µ	-0.24m	-0.001	0.001	0	
52	1	 	0.0000	2.4000	2.9500	2	17.4µ	-1.52µ	-0.24m	-0.001	0.001	0	
53	1	8	5.5000	2.4000	3.2000	2	18.8µ	-8.99n	-0.28m	0	0	0	
54	1	 	5.5000	2.4000	2.9500	2	19.3µ	-14.0n	-0.28m	0	0	0	
95	1	 	0.0000	1.2000	3.0500	2	18.9µ	0.57µ	-0.24m	0.001	0.001	0	
96	1	 	1.1000	1.2000	3.0500	2	19.0µ	-5.70n	-0.25m	0	0.001	0	
97	1	 	1.1000	2.4000	3.0500	2	19.0µ	5.70n	-0.25m	0	0.001	0	
98	1	 	0.0000	2.4000	3.0500	2	18.9µ	-0.57µ	-0.24m	-0.001	0.001	0	
99	1	 	2.2000	1.2000	3.0500	2	19.0µ	0.77n	-0.26m	0	0	0	
100	1	 	2.2000	2.4000	3.0500	2	19.0µ	-0.77n	-0.26m	0	0	0	
101	1	 	3.3000	1.2000	3.0500	2	19.0µ	7.35n	-0.27m	0	0	0	
102	1	 	3.3000	2.4000	3.0500	2	19.0µ	-7.35n	-0.27m	0	0	0	
103	1	 	4.4000	1.2000	3.0500	2	19.0µ	-41.2n	-0.27m	0	0	0	
104	1	 	4.4000	2.4000	3.0500	2	19.0µ	41.2n	-0.27m	0	0	0	
105	1	 	5.5000	1.2000	3.0500	2	19.1µ	12.0n	-0.28m	0	0	0	
106	1	 	5.5000	2.4000	3.0500	2	19.1µ	-12.0n	-0.28m	0	0	0	
107	1	 	1.1000	1.2000	3.2000	2	20.5µ	-0.59µ	-0.25m	0	0.001	0	
108	1	 	2.2000	1.2000	3.2000	2	20.1µ	-0.31µ	-0.26m	0	0	0	
109	1	 	3.3000	1.2000	3.2000	2	19.8µ	-0.24µ	-0.27m	0	0	0	
110	1	 	4.4000	1.2000	3.2000	2	19.4µ	-0.49µ	-0.27m	0	0	0	
111	1	 	4.4000	2.4000	3.2000	2	19.4µ	0.49µ	-0.27m	0	0	0	
112	1	 	3.3000	2.4000	3.2000	2	19.8µ	0.24µ	-0.27m	0	0	0	
113	1	 	2.2000	2.4000	3.2000	2	20.1µ	0.31µ	-0.26m	0	0	0	
114	1	 	1.1000	2.4000	3.2000	2	20.5µ	0.59µ	-0.25m	0	0.001	0	
115	1	 	0.0000	0.0000	3.0500	2	18.6µ	0.41µ	-0.26m	0.001	0	0	
116	1	 	1.1000	0.0000	3.0500	2	18.7µ	0.13µ	-0.26m	0	0	0	
117	1	 	2.2000	0.0000	3.0500	2	18.9µ	-9.48n	-0.27m	0	0	0	
118	1	 	3.3000	0.0000	3.0500	2	18.9µ	6.69n	-0.27m	0	0	0	
119	1	 	4.4000	0.0000	3.0500	2	18.9µ	3.06n	-0.28m	0	0	0	
120	1	 	5.5000	0.0000	3.0500	2	18.9µ	-0.46µ	-0.29m	0.001	0	0	
121	1	 	1.1000	3.6000	3.0500	2	18.7µ	-0.13µ	-0.26m	0	0	0	
122	1	 	0.0000	3.6000	3.0500	2	18.6µ	-0.41µ	-0.26m	-0.001	0	0	
123	1	 	2.2000	3.6000	3.0500	2	18.9µ	9.48n	-0.27m	0	0	0	
124	1	 	3.3000	3.6000	3.0500	2	18.9µ	-6.69n	-0.27m	0	0	0	
125	1	 	4.4000	3.6000	3.0500	2	18.9µ	-3.06n	-0.28m	0	0	0	
126	1	 	5.5000	3.6000	3.0500	2	18.9µ	0.46µ	-0.29m	-0.001	0	0	
8	2	 	0.1000	3.6000	6.1500	2	32.1µ	-1.08µ	-0.28m	0	0.016	0	
9	2	 	5.4000	3.6000	6.1500	2	40.0µ	-0.96µ	-0.31m	0	-0.015	0	
10	2	 	0.1000	0.0000	6.1500	2	32.1µ	1.08µ	-0.28m	0	0.016	0	
11	2	 	5.4000	0.0000	6.1500	2	40.0µ	0.96µ	-0.31m	0	-0.015	0	
55	2	1	0.0000	0.0000	6.4000	2	39.1µ	-0.13µ	-0.27m	0	0.002	0	
56	2	2	5.5000	0.0000	6.4000	2	35.9µ	-0.12µ	-0.31m	0	-0.001	0	
57	2	3	0.0000	3.6000	6.4000	2	39.1µ	0.13µ	-0.27m	0	0.002	0	
58	2	4	5.5000	3.6000	6.4000	2	35.9µ	0.12µ	-0.31m	0	-0.001	0	
59	2	5	0.0000	1.2000	6.4000	2	36.2µ	-2.24µ	-0.24m	0.001	0	0	
60	2	6	5.5000	1.2000	6.4000	2	39.2µ	-1.99µ	-0.28m	0.001	0.001	0	
61	2	7	0.0000	2.4000	6.4000	2	36.2µ	2.24µ	-0.24m	-0.001	0	0	
62	2	8	5.5000	2.4000	6.4000	2	39.2µ	1.99µ	-0.28m	-0.001	0.001	0	
63	2	 	0.1000	3.6000	6.1500	2	32.1µ	-1.08µ	-0.28m	0	0.002	0	
64	2	 	5.4000	3.6000	6.1500	2	40.0µ	-0.96µ	-0.31m	0	-0.001	0	
65	2	 	0.1000	0.0000	6.1500	2	32.1µ	1.08µ	-0.28m	0	0.002	0	
66	2	 	5.4000	0.0000	6.1500	2	40.0µ	0.96µ	-0.31m	0	-0.001	0	
67	2	 	0.0000	1.1000	6.2500	2	36.1µ	0.21µ	-0.25m	0.001	0	0	
68	2	 	0.0000	0.1500	6.2500	2	35.0µ	0.65µ	-0.27m	0	0.002	0	
69	2	 	0.0000	3.4500	6.2500	2	35.0µ	-0.65µ	-0.27m	0	0.002	0	
70	2	 	0.0000	2.5000	6.2500	2	36.1µ	-0.21µ	-0.25m	-0.001	0	0	
71	2	 	0.0000	2.3000	6.2500	2	36.2µ	-0.21µ	-0.24m	-0.001	0	0	
72	2	 	0.0000	1.3000	6.2500	2	36.2µ	0.21µ	-0.24m	0.001	0	0	
73	2	 	5.5000	3.4500	6.2500	2	38.3µ	-0.54µ	-0.30m	0	-0.001	0	
74	2	 	5.5000	2.5000	6.2500	2	37.8µ	-0.18µ	-0.28m	-0.001	0.001	0	
75	2	 	5.5000	1.1000	6.2500	2	37.8µ	0.18µ	-0.28m	0.001	0.001	0	
76	2	 	5.5000	0.1500	6.2500	2	38.3µ	0.54µ	-0.30m	0	-0.001	0	
77	2	 	5.5000	2.3000	6.2500	2	37.7µ	-0.18µ	-0.28m	-0.001	0.001	0	
78	2	 	5.5000	1.3000	6.2500	2	37.7µ	0.18µ	-0.28m	0.001	0.001	0	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Azione 3) Resid
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																									
0	0	1	0.0000	0.0000	0.0000	3	0.66µ	-1.66µ	-0.20m	0	0	0	
1	0	5	0.0000	1.2000	0.0000	3	-3.54µ	-0.40µ	-0.19m	0	-0.001	0	
2	0	 	0.0000	0.1500	-0.2500	3	-46.3n	0	-0.20m	0	0	0	
3	0	 	0.0000	1.2000	-0.2500	3	0	0	-0.19m	0	-0.001	0	
4	0	7	0.0000	2.4000	0.0000	3	-3.54µ	0.40µ	-0.19m	0	-0.001	0	
5	0	 	0.0000	2.4000	-0.2500	3	0	0	-0.19m	0	-0.001	0	
6	0	3	0.0000	3.6000	0.0000	3	0.66µ	1.66µ	-0.20m	0	0	0	
7	0	 	0.0000	3.4500	-0.2500	3	-46.3n	0	-0.20m	0	0	0	
8	0	2	5.5000	0.0000	0.0000	3	1.21µ	-1.18µ	-0.22m	0	0	0	
9	0	6	5.5000	1.2000	0.0000	3	6.13µ	-12.6p	-0.22m	0	0.001	0	
10	0	 	5.5000	0.1500	-0.2500	3	0.41n	0	-0.22m	0	0	0	
11	0	 	5.5000	1.2000	-0.2500	3	0	0	-0.22m	0	0.001	0	
12	0	8	5.5000	2.4000	0.0000	3	6.13µ	12.6p	-0.22m	0	0.001	0	
13	0	9	5.5000	1.8000	0.0000	3	6.13µ	0	-0.22m	0	0.001	0	
14	0	 	5.5000	1.8000	-0.2500	3	0	0	-0.22m	0	0.001	0	
15	0	 	5.5000	2.4000	-0.2500	3	0	0	-0.22m	0	0.001	0	
16	0	4	5.5000	3.6000	0.0000	3	1.21µ	1.18µ	-0.22m	0	0	0	
17	0	 	5.5000	3.4500	-0.2500	3	0.41n	0	-0.22m	0	0	0	
79	0	 	1.1000	1.2000	-0.2500	3	0	0	-0.17m	0	-0.001	0	
80	0	 	1.1000	2.4000	-0.2500	3	0	0	-0.17m	0	-0.001	0	
81	0	 	2.2000	1.2000	-0.2500	3	0	0	-0.16m	0	0	0	
82	0	 	2.2000	2.4000	-0.2500	3	0	0	-0.16m	0	0	0	
83	0	 	3.3000	1.2000	-0.2500	3	0	0	-0.17m	0	0.001	0	
84	0	 	3.3000	2.4000	-0.2500	3	0	0	-0.17m	0	0.001	0	
85	0	 	4.4000	1.2000	-0.2500	3	0	0	-0.19m	0	0.001	0	
86	0	 	4.4000	2.4000	-0.2500	3	0	0	-0.19m	0	0.001	0	
87	0	 	1.1000	1.2000	0.0000	3	-3.38µ	0.18µ	-0.17m	0	-0.001	0	
88	0	 	2.2000	1.2000	0.0000	3	-0.58µ	0.37µ	-0.16m	0	0	0	
89	0	 	3.3000	1.2000	0.0000	3	3.08µ	0.37µ	-0.17m	0	0.001	0	
90	0	 	4.4000	1.2000	0.0000	3	5.92µ	0.18µ	-0.19m	0	0.001	0	
91	0	 	4.4000	2.4000	0.0000	3	5.92µ	-0.18µ	-0.19m	0	0.001	0	
92	0	 	3.3000	2.4000	0.0000	3	3.08µ	-0.37µ	-0.17m	0	0.001	0	
93	0	 	2.2000	2.4000	0.0000	3	-0.58µ	-0.37µ	-0.16m	0	0	0	
94	0	 	1.1000	2.4000	0.0000	3	-3.38µ	-0.18µ	-0.17m	0	-0.001	0	
0	1	 	0.0000	2.4000	1.0667	3	-7.84µ	13.6n	-0.19m	0	0	0	
1	1	 	0.0000	1.2000	1.0667	3	-7.84µ	-13.6n	-0.19m	0	0	0	
2	1	 	0.0000	2.4000	2.1333	3	2.59µ	-37.5n	-0.19m	0	0.001	0	
3	1	 	0.0000	1.2000	2.1333	3	2.59µ	37.5n	-0.19m	0	0.001	0	
7	1	9	5.5000	1.8000	3.2000	3	15.0µ	0	-0.22m	0	0	0	
18	1	1	0.0000	0.0000	3.2000	3	15.5µ	-0.95µ	-0.20m	0	0	0	
19	1	 	0.0000	0.0000	2.7000	3	13.5µ	3.31µ	-0.20m	0	0	0	
20	1	2	5.5000	0.0000	3.2000	3	15.8µ	-1.42µ	-0.23m	0	0	0	
21	1	 	5.5000	0.0000	2.7000	3	13.5µ	2.08µ	-0.23m	0	0	0	
22	1	3	0.0000	3.6000	3.2000	3	15.5µ	0.95µ	-0.20m	0	0	0	
23	1	 	0.0000	3.6000	2.7000	3	13.5µ	-3.31µ	-0.20m	0	0	0	
24	1	4	5.5000	3.6000	3.2000	3	15.8µ	1.42µ	-0.23m	0	0	0	
25	1	 	5.5000	3.6000	2.7000	3	13.5µ	-2.08µ	-0.23m	0	0	0	
27	1	 	1.1000	3.6000	3.2000	3	15.7µ	0.83µ	-0.21m	0	0	0	
28	1	 	2.2000	3.6000	3.2000	3	15.8µ	0.50µ	-0.21m	0	0	0	
29	1	 	3.3000	3.6000	3.2000	3	15.8µ	0.40µ	-0.22m	0	0	0	
30	1	 	4.4000	3.6000	3.2000	3	15.8µ	0.70µ	-0.22m	0	0	0	
31	1	 	0.0000	3.6000	2.9500	3	14.5µ	-1.18µ	-0.20m	0	0	0	
32	1	 	1.1000	3.6000	2.9500	3	14.5µ	-0.74µ	-0.21m	0	0	0	
33	1	 	2.2000	3.6000	2.9500	3	14.6µ	-0.32µ	-0.21m	0	0	0	
34	1	 	3.3000	3.6000	2.9500	3	14.7µ	-0.27µ	-0.22m	0	0	0	
35	1	 	4.4000	3.6000	2.9500	3	14.7µ	-0.47µ	-0.22m	0	0	0	
36	1	 	5.5000	3.6000	2.9500	3	14.6µ	-0.33µ	-0.23m	0	0	0	
37	1	 	1.1000	0.0000	3.2000	3	15.7µ	-0.83µ	-0.21m	0	0	0	
38	1	 	2.2000	0.0000	3.2000	3	15.8µ	-0.50µ	-0.21m	0	0	0	
39	1	 	3.3000	0.0000	3.2000	3	15.8µ	-0.40µ	-0.22m	0	0	0	
40	1	 	4.4000	0.0000	3.2000	3	15.8µ	-0.70µ	-0.22m	0	0	0	
41	1	 	0.0000	0.0000	2.9500	3	14.5µ	1.18µ	-0.20m	0	0	0	
42	1	 	1.1000	0.0000	2.9500	3	14.5µ	0.74µ	-0.21m	0	0	0	
43	1	 	2.2000	0.0000	2.9500	3	14.6µ	0.32µ	-0.21m	0	0	0	
44	1	 	3.3000	0.0000	2.9500	3	14.7µ	0.27µ	-0.22m	0	0	0	
45	1	 	4.4000	0.0000	2.9500	3	14.7µ	0.47µ	-0.22m	0	0	0	
46	1	 	5.5000	0.0000	2.9500	3	14.6µ	0.33µ	-0.23m	0	0	0	
47	1	5	0.0000	1.2000	3.2000	3	16.9µ	-0.68µ	-0.19m	0	0.001	0	
48	1	 	0.0000	1.2000	2.9500	3	14.0µ	1.21µ	-0.19m	0	0.001	0	
49	1	6	5.5000	1.2000	3.2000	3	15.0µ	7.20n	-0.22m	0	0	0	
50	1	 	5.5000	1.2000	2.9500	3	15.4µ	11.2n	-0.22m	0	0	0	
51	1	7	0.0000	2.4000	3.2000	3	16.9µ	0.68µ	-0.19m	0	0.001	0	
52	1	 	0.0000	2.4000	2.9500	3	14.0µ	-1.21µ	-0.19m	0	0.001	0	
53	1	8	5.5000	2.4000	3.2000	3	15.0µ	-7.20n	-0.22m	0	0	0	
54	1	 	5.5000	2.4000	2.9500	3	15.4µ	-11.2n	-0.22m	0	0	0	
95	1	 	0.0000	1.2000	3.0500	3	15.1µ	0.46µ	-0.19m	0	0.001	0	
96	1	 	1.1000	1.2000	3.0500	3	15.2µ	-4.56n	-0.20m	0	0	0	
97	1	 	1.1000	2.4000	3.0500	3	15.2µ	4.56n	-0.20m	0	0	0	
98	1	 	0.0000	2.4000	3.0500	3	15.1µ	-0.46µ	-0.19m	0	0.001	0	
99	1	 	2.2000	1.2000	3.0500	3	15.2µ	0.62n	-0.21m	0	0	0	
100	1	 	2.2000	2.4000	3.0500	3	15.2µ	-0.62n	-0.21m	0	0	0	
101	1	 	3.3000	1.2000	3.0500	3	15.2µ	5.88n	-0.22m	0	0	0	
102	1	 	3.3000	2.4000	3.0500	3	15.2µ	-5.88n	-0.22m	0	0	0	
103	1	 	4.4000	1.2000	3.0500	3	15.2µ	-32.9n	-0.22m	0	0	0	
104	1	 	4.4000	2.4000	3.0500	3	15.2µ	32.9n	-0.22m	0	0	0	
105	1	 	5.5000	1.2000	3.0500	3	15.3µ	9.59n	-0.22m	0	0	0	
106	1	 	5.5000	2.4000	3.0500	3	15.3µ	-9.59n	-0.22m	0	0	0	
107	1	 	1.1000	1.2000	3.2000	3	16.4µ	-0.47µ	-0.20m	0	0	0	
108	1	 	2.2000	1.2000	3.2000	3	16.1µ	-0.24µ	-0.21m	0	0	0	
109	1	 	3.3000	1.2000	3.2000	3	15.8µ	-0.19µ	-0.22m	0	0	0	
110	1	 	4.4000	1.2000	3.2000	3	15.5µ	-0.39µ	-0.22m	0	0	0	
111	1	 	4.4000	2.4000	3.2000	3	15.5µ	0.39µ	-0.22m	0	0	0	
112	1	 	3.3000	2.4000	3.2000	3	15.8µ	0.19µ	-0.22m	0	0	0	
113	1	 	2.2000	2.4000	3.2000	3	16.1µ	0.24µ	-0.21m	0	0	0	
114	1	 	1.1000	2.4000	3.2000	3	16.4µ	0.47µ	-0.20m	0	0	0	
115	1	 	0.0000	0.0000	3.0500	3	14.9µ	0.33µ	-0.20m	0	0	0	
116	1	 	1.1000	0.0000	3.0500	3	15.0µ	0.11µ	-0.21m	0	0	0	
117	1	 	2.2000	0.0000	3.0500	3	15.1µ	-7.59n	-0.21m	0	0	0	
118	1	 	3.3000	0.0000	3.0500	3	15.1µ	5.36n	-0.22m	0	0	0	
119	1	 	4.4000	0.0000	3.0500	3	15.1µ	2.45n	-0.22m	0	0	0	
120	1	 	5.5000	0.0000	3.0500	3	15.1µ	-0.37µ	-0.23m	0	0	0	
121	1	 	1.1000	3.6000	3.0500	3	15.0µ	-0.11µ	-0.21m	0	0	0	
122	1	 	0.0000	3.6000	3.0500	3	14.9µ	-0.33µ	-0.20m	0	0	0	
123	1	 	2.2000	3.6000	3.0500	3	15.1µ	7.59n	-0.21m	0	0	0	
124	1	 	3.3000	3.6000	3.0500	3	15.1µ	-5.36n	-0.22m	0	0	0	
125	1	 	4.4000	3.6000	3.0500	3	15.1µ	-2.45n	-0.22m	0	0	0	
126	1	 	5.5000	3.6000	3.0500	3	15.1µ	0.37µ	-0.23m	0	0	0	
8	2	 	0.1000	3.6000	6.1500	3	25.7µ	-0.86µ	-0.22m	0	0.013	0	
9	2	 	5.4000	3.6000	6.1500	3	32.0µ	-0.77µ	-0.25m	0	-0.012	0	
10	2	 	0.1000	0.0000	6.1500	3	25.7µ	0.86µ	-0.22m	0	0.013	0	
11	2	 	5.4000	0.0000	6.1500	3	32.0µ	0.77µ	-0.25m	0	-0.012	0	
55	2	1	0.0000	0.0000	6.4000	3	31.2µ	-0.10µ	-0.22m	0	0.001	0	
56	2	2	5.5000	0.0000	6.4000	3	28.7µ	-97.2n	-0.24m	0	-0.001	0	
57	2	3	0.0000	3.6000	6.4000	3	31.2µ	0.10µ	-0.22m	0	0.001	0	
58	2	4	5.5000	3.6000	6.4000	3	28.7µ	97.2n	-0.24m	0	-0.001	0	
59	2	5	0.0000	1.2000	6.4000	3	29.0µ	-1.79µ	-0.19m	0.001	0	0	
60	2	6	5.5000	1.2000	6.4000	3	31.3µ	-1.59µ	-0.22m	0.001	0	0	
61	2	7	0.0000	2.4000	6.4000	3	29.0µ	1.79µ	-0.19m	-0.001	0	0	
62	2	8	5.5000	2.4000	6.4000	3	31.3µ	1.59µ	-0.22m	-0.001	0	0	
63	2	 	0.1000	3.6000	6.1500	3	25.7µ	-0.86µ	-0.22m	0	0.001	0	
64	2	 	5.4000	3.6000	6.1500	3	32.0µ	-0.77µ	-0.25m	0	-0.001	0	
65	2	 	0.1000	0.0000	6.1500	3	25.7µ	0.86µ	-0.22m	0	0.001	0	
66	2	 	5.4000	0.0000	6.1500	3	32.0µ	0.77µ	-0.25m	0	-0.001	0	
67	2	 	0.0000	1.1000	6.2500	3	28.9µ	0.17µ	-0.20m	0.001	0	0	
68	2	 	0.0000	0.1500	6.2500	3	28.0µ	0.52µ	-0.22m	0	0.001	0	
69	2	 	0.0000	3.4500	6.2500	3	28.0µ	-0.52µ	-0.22m	0	0.001	0	
70	2	 	0.0000	2.5000	6.2500	3	28.9µ	-0.17µ	-0.20m	-0.001	0	0	
71	2	 	0.0000	2.3000	6.2500	3	29.0µ	-0.17µ	-0.19m	-0.001	0	0	
72	2	 	0.0000	1.3000	6.2500	3	29.0µ	0.17µ	-0.19m	0.001	0	0	
73	2	 	5.5000	3.4500	6.2500	3	30.7µ	-0.43µ	-0.24m	0	-0.001	0	
74	2	 	5.5000	2.5000	6.2500	3	30.2µ	-0.15µ	-0.22m	-0.001	0	0	
75	2	 	5.5000	1.1000	6.2500	3	30.2µ	0.15µ	-0.22m	0.001	0	0	
76	2	 	5.5000	0.1500	6.2500	3	30.7µ	0.43µ	-0.24m	0	-0.001	0	
77	2	 	5.5000	2.3000	6.2500	3	30.1µ	-0.15µ	-0.22m	-0.001	0	0	
78	2	 	5.5000	1.3000	6.2500	3	30.1µ	0.15µ	-0.22m	0.001	0	0	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Azione 11) Vento X
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																									
0	0	1	0.0000	0.0000	0.0000	11	13.1µ	-0.70µ	67.3µ	0	0.003	0	
1	0	5	0.0000	1.2000	0.0000	11	9.96µ	-0.25µ	70.4µ	0	0.002	0	
2	0	 	0.0000	0.1500	-0.2500	11	-0.11µ	0	67.7µ	0	0.003	0	
3	0	 	0.0000	1.2000	-0.2500	11	0	0	70.4µ	0	0.002	0	
4	0	7	0.0000	2.4000	0.0000	11	9.95µ	0.29µ	70.3µ	0	0.002	0	
5	0	 	0.0000	2.4000	-0.2500	11	0	0	70.3µ	0	0.002	0	
6	0	3	0.0000	3.6000	0.0000	11	13.1µ	0.73µ	67.0µ	0	0.003	0	
7	0	 	0.0000	3.4500	-0.2500	11	-0.11µ	0	67.5µ	0	0.003	0	
8	0	2	5.5000	0.0000	0.0000	11	19.3µ	0.57µ	-75.0µ	0	0.004	0	
9	0	6	5.5000	1.2000	0.0000	11	9.92µ	-25.3n	-77.1µ	0	0.002	0	
10	0	 	5.5000	0.1500	-0.2500	11	-9.51n	0	-75.3µ	0	0.004	0	
11	0	 	5.5000	1.2000	-0.2500	11	0	0	-77.1µ	0	0.002	0	
12	0	8	5.5000	2.4000	0.0000	11	9.92µ	-27.7n	-77.0µ	0	0.002	0	
13	0	9	5.5000	1.8000	0.0000	11	9.92µ	-26.5n	-77.0µ	0	0.002	0	
14	0	 	5.5000	1.8000	-0.2500	11	0	0	-77.0µ	0	0.002	0	
15	0	 	5.5000	2.4000	-0.2500	11	0	0	-77.0µ	0	0.002	0	
16	0	4	5.5000	3.6000	0.0000	11	19.3µ	-0.62µ	-74.6µ	0	0.004	0	
17	0	 	5.5000	3.4500	-0.2500	11	-9.67n	0	-75.0µ	0	0.004	0	
79	0	 	1.1000	1.2000	-0.2500	11	0	0	33.9µ	0	0.002	0	
80	0	 	1.1000	2.4000	-0.2500	11	0	0	33.8µ	0	0.002	0	
81	0	 	2.2000	1.2000	-0.2500	11	0	0	7.98µ	0	0.001	0	
82	0	 	2.2000	2.4000	-0.2500	11	0	0	7.97µ	0	0.001	0	
83	0	 	3.3000	1.2000	-0.2500	11	0	0	-14.3µ	0	0.001	0	
84	0	 	3.3000	2.4000	-0.2500	11	0	0	-14.3µ	0	0.001	0	
85	0	 	4.4000	1.2000	-0.2500	11	0	0	-40.4µ	0	0.002	0	
86	0	 	4.4000	2.4000	-0.2500	11	0	0	-40.3µ	0	0.002	0	
87	0	 	1.1000	1.2000	0.0000	11	6.85µ	-0.25µ	33.9µ	0	0.002	0	
88	0	 	2.2000	1.2000	0.0000	11	5.19µ	-87.7n	7.98µ	0	0.001	0	
89	0	 	3.3000	1.2000	0.0000	11	5.22µ	87.1n	-14.3µ	0	0.001	0	
90	0	 	4.4000	1.2000	0.0000	11	6.92µ	0.25µ	-40.4µ	0	0.002	0	
91	0	 	4.4000	2.4000	0.0000	11	6.91µ	-0.28µ	-40.3µ	0	0.002	0	
92	0	 	3.3000	2.4000	0.0000	11	5.21µ	-0.10µ	-14.3µ	0	0.001	0	
93	0	 	2.2000	2.4000	0.0000	11	5.18µ	91.0n	7.97µ	0	0.001	0	
94	0	 	1.1000	2.4000	0.0000	11	6.84µ	0.28µ	33.8µ	0	0.002	0	
0	1	 	0.0000	2.4000	1.0667	11	75.5µ	65.5n	70.3µ	0	0.004	0	
1	1	 	0.0000	1.2000	1.0667	11	75.5µ	0.17µ	70.4µ	0	0.004	0	
2	1	 	0.0000	2.4000	2.1333	11	0.16m	0.19µ	70.4µ	0	0.004	0	
3	1	 	0.0000	1.2000	2.1333	11	0.16m	0.25µ	70.5µ	0	0.004	0	
7	1	9	5.5000	1.8000	3.2000	11	0.23m	-0.41µ	-77.3µ	0	0.003	0	
18	1	1	0.0000	0.0000	3.2000	11	0.23m	-0.19µ	68.6µ	0	0.003	0	
19	1	 	0.0000	0.0000	2.7000	11	0.21m	0.70µ	68.6µ	0	0.003	0	
20	1	2	5.5000	0.0000	3.2000	11	0.23m	27.8n	-76.2µ	0	0.002	0	
21	1	 	5.5000	0.0000	2.7000	11	0.21m	-0.60µ	-76.2µ	0	0.002	0	
22	1	3	0.0000	3.6000	3.2000	11	0.23m	0.84µ	68.3µ	0	0.003	0	
23	1	 	0.0000	3.6000	2.7000	11	0.21m	-0.14µ	68.3µ	0	0.003	0	
24	1	4	5.5000	3.6000	3.2000	11	0.23m	-0.86µ	-75.8µ	0	0.002	0	
25	1	 	5.5000	3.6000	2.7000	11	0.21m	-0.11µ	-75.8µ	0	0.002	0	
27	1	 	1.1000	3.6000	3.2000	11	0.23m	0.35µ	28.8µ	0	0.002	0	
28	1	 	2.2000	3.6000	3.2000	11	0.23m	0.12µ	4.08µ	0	0.001	0	
29	1	 	3.3000	3.6000	3.2000	11	0.23m	-44.4n	-15.3µ	0	0.001	0	
30	1	 	4.4000	3.6000	3.2000	11	0.23m	-0.25µ	-38.9µ	0	0.002	0	
31	1	 	0.0000	3.6000	2.9500	11	0.22m	0.35µ	68.3µ	0	0.003	0	
32	1	 	1.1000	3.6000	2.9500	11	0.22m	-0.21µ	28.8µ	0	0.002	0	
33	1	 	2.2000	3.6000	2.9500	11	0.22m	-0.16µ	4.08µ	0	0.001	0	
34	1	 	3.3000	3.6000	2.9500	11	0.22m	-64.8n	-15.3µ	0	0.001	0	
35	1	 	4.4000	3.6000	2.9500	11	0.22m	-31.4n	-38.9µ	0	0.002	0	
36	1	 	5.5000	3.6000	2.9500	11	0.22m	-0.48µ	-75.8µ	0	0.002	0	
37	1	 	1.1000	0.0000	3.2000	11	0.23m	-1.54n	29.0µ	0	0.002	0	
38	1	 	2.2000	0.0000	3.2000	11	0.23m	-62.4n	4.11µ	0	0.001	0	
39	1	 	3.3000	0.0000	3.2000	11	0.23m	-0.19µ	-15.4µ	0	0.001	0	
40	1	 	4.4000	0.0000	3.2000	11	0.23m	-0.28µ	-39.2µ	0	0.002	0	
41	1	 	0.0000	0.0000	2.9500	11	0.22m	0.25µ	68.6µ	0	0.003	0	
42	1	 	1.1000	0.0000	2.9500	11	0.22m	0.53µ	29.0µ	0	0.002	0	
43	1	 	2.2000	0.0000	2.9500	11	0.22m	0.21µ	4.11µ	0	0.001	0	
44	1	 	3.3000	0.0000	2.9500	11	0.22m	-0.16µ	-15.4µ	0	0.001	0	
45	1	 	4.4000	0.0000	2.9500	11	0.22m	-0.46µ	-39.2µ	0	0.002	0	
46	1	 	5.5000	0.0000	2.9500	11	0.22m	-0.29µ	-76.2µ	0	0.002	0	
47	1	5	0.0000	1.2000	3.2000	11	0.23m	0.15µ	70.6µ	0	0.003	0	
48	1	 	0.0000	1.2000	2.9500	11	0.22m	0.35µ	70.6µ	0	0.003	0	
49	1	6	5.5000	1.2000	3.2000	11	0.23m	-0.38µ	-77.4µ	0	0.003	0	
50	1	 	5.5000	1.2000	2.9500	11	0.22m	-0.35µ	-77.4µ	0	0.003	0	
51	1	7	0.0000	2.4000	3.2000	11	0.23m	0.49µ	70.5µ	0	0.003	0	
52	1	 	0.0000	2.4000	2.9500	11	0.22m	0.25µ	70.5µ	0	0.003	0	
53	1	8	5.5000	2.4000	3.2000	11	0.23m	-0.45µ	-77.3µ	0	0.003	0	
54	1	 	5.5000	2.4000	2.9500	11	0.22m	-0.42µ	-77.3µ	0	0.003	0	
95	1	 	0.0000	1.2000	3.0500	11	0.22m	0.27µ	70.6µ	0	0.003	0	
96	1	 	1.1000	1.2000	3.0500	11	0.22m	0.28µ	30.2µ	0	0.002	0	
97	1	 	1.1000	2.4000	3.0500	11	0.22m	53.5n	30.1µ	0	0.002	0	
98	1	 	0.0000	2.4000	3.0500	11	0.22m	0.35µ	70.5µ	0	0.003	0	
99	1	 	2.2000	1.2000	3.0500	11	0.22m	72.2n	4.90µ	0	0.001	0	
100	1	 	2.2000	2.4000	3.0500	11	0.22m	-18.9n	4.89µ	0	0.001	0	
101	1	 	3.3000	1.2000	3.0500	11	0.22m	-0.15µ	-15.0µ	0	0.001	0	
102	1	 	3.3000	2.4000	3.0500	11	0.22m	-75.9n	-15.0µ	0	0.001	0	
103	1	 	4.4000	1.2000	3.0500	11	0.22m	-0.35µ	-39.0µ	0	0.002	0	
104	1	 	4.4000	2.4000	3.0500	11	0.22m	-0.16µ	-38.9µ	0	0.002	0	
105	1	 	5.5000	1.2000	3.0500	11	0.22m	-0.36µ	-77.4µ	0	0.003	0	
106	1	 	5.5000	2.4000	3.0500	11	0.22m	-0.43µ	-77.3µ	0	0.003	0	
107	1	 	1.1000	1.2000	3.2000	11	0.23m	0.23µ	30.2µ	0	0.002	0	
108	1	 	2.2000	1.2000	3.2000	11	0.23m	32.3n	4.90µ	0	0.001	0	
109	1	 	3.3000	1.2000	3.2000	11	0.23m	-0.20µ	-15.0µ	0	0.001	0	
110	1	 	4.4000	1.2000	3.2000	11	0.23m	-0.40µ	-39.0µ	0	0.002	0	
111	1	 	4.4000	2.4000	3.2000	11	0.23m	-0.13µ	-38.9µ	0	0.002	0	
112	1	 	3.3000	2.4000	3.2000	11	0.23m	-39.6n	-15.0µ	0	0.001	0	
113	1	 	2.2000	2.4000	3.2000	11	0.23m	23.7n	4.89µ	0	0.001	0	
114	1	 	1.1000	2.4000	3.2000	11	0.23m	0.12µ	30.1µ	0	0.002	0	
115	1	 	0.0000	0.0000	3.0500	11	0.22m	74.9n	68.6µ	0	0.003	0	
116	1	 	1.1000	0.0000	3.0500	11	0.22m	0.32µ	29.0µ	0	0.002	0	
117	1	 	2.2000	0.0000	3.0500	11	0.22m	0.10µ	4.11µ	0	0.001	0	
118	1	 	3.3000	0.0000	3.0500	11	0.22m	-0.17µ	-15.4µ	0	0.001	0	
119	1	 	4.4000	0.0000	3.0500	11	0.22m	-0.39µ	-39.2µ	0	0.002	0	
120	1	 	5.5000	0.0000	3.0500	11	0.22m	-0.16µ	-76.2µ	0	0.002	0	
121	1	 	1.1000	3.6000	3.0500	11	0.22m	16.1n	28.8µ	0	0.002	0	
122	1	 	0.0000	3.6000	3.0500	11	0.22m	0.55µ	68.3µ	0	0.003	0	
123	1	 	2.2000	3.6000	3.0500	11	0.22m	-50.5n	4.08µ	0	0.001	0	
124	1	 	3.3000	3.6000	3.0500	11	0.22m	-56.6n	-15.3µ	0	0.001	0	
125	1	 	4.4000	3.6000	3.0500	11	0.22m	-0.12µ	-38.9µ	0	0.002	0	
126	1	 	5.5000	3.6000	3.0500	11	0.22m	-0.63µ	-75.8µ	0	0.002	0	
8	2	 	0.1000	3.6000	6.1500	11	0.74m	5.12µ	44.4µ	0	0.001	0	
9	2	 	5.4000	3.6000	6.1500	11	0.74m	-5.27µ	-51.8µ	0	0.001	0	
10	2	 	0.1000	0.0000	6.1500	11	0.74m	-3.12µ	44.7µ	0	0.001	0	
11	2	 	5.4000	0.0000	6.1500	11	0.74m	2.90µ	-52.2µ	0	0.001	0	
55	2	1	0.0000	0.0000	6.4000	11	0.80m	1.09µ	68.7µ	0	0.014	-0.002	
56	2	2	5.5000	0.0000	6.4000	11	0.80m	-1.28µ	-76.2µ	0	0.014	-0.002	
57	2	3	0.0000	3.6000	6.4000	11	0.80m	1.09µ	68.4µ	0	0.014	0.002	
58	2	4	5.5000	3.6000	6.4000	11	0.80m	-1.28µ	-75.9µ	0	0.014	0.002	
59	2	5	0.0000	1.2000	6.4000	11	0.86m	0.91µ	70.3µ	0	0.017	-0.002	
60	2	6	5.5000	1.2000	6.4000	11	0.86m	-1.15µ	-77.2µ	0	0.017	-0.002	
61	2	7	0.0000	2.4000	6.4000	11	0.86m	1.22µ	70.2µ	0	0.017	0.002	
62	2	8	5.5000	2.4000	6.4000	11	0.86m	-1.36µ	-77.1µ	0	0.017	0.002	
63	2	 	0.1000	3.6000	6.1500	11	0.74m	5.12µ	44.4µ	0	0.014	0.002	
64	2	 	5.4000	3.6000	6.1500	11	0.74m	-5.27µ	-51.8µ	0	0.014	0.002	
65	2	 	0.1000	0.0000	6.1500	11	0.74m	-3.12µ	44.7µ	0	0.014	-0.002	
66	2	 	5.4000	0.0000	6.1500	11	0.74m	2.90µ	-52.2µ	0	0.014	-0.002	
67	2	 	0.0000	1.1000	6.2500	11	0.82m	1.05µ	70.2µ	0	0.017	-0.002	
68	2	 	0.0000	0.1500	6.2500	11	0.77m	1.03µ	68.6µ	0	0.014	-0.002	
69	2	 	0.0000	3.4500	6.2500	11	0.77m	1.08µ	68.4µ	0	0.014	0.002	
70	2	 	0.0000	2.5000	6.2500	11	0.82m	1.06µ	70.1µ	0	0.017	0.002	
71	2	 	0.0000	2.3000	6.2500	11	0.82m	1.06µ	70.3µ	0	0.017	0.002	
72	2	 	0.0000	1.3000	6.2500	11	0.82m	1.05µ	70.4µ	0	0.017	-0.002	
73	2	 	5.5000	3.4500	6.2500	11	0.77m	-1.27µ	-75.9µ	0	0.014	0.002	
74	2	 	5.5000	2.5000	6.2500	11	0.82m	-1.25µ	-77.1µ	0	0.017	0.002	
75	2	 	5.5000	1.1000	6.2500	11	0.82m	-1.23µ	-77.2µ	0	0.017	-0.002	
76	2	 	5.5000	0.1500	6.2500	11	0.77m	-1.22µ	-76.2µ	0	0.014	-0.002	
77	2	 	5.5000	2.3000	6.2500	11	0.82m	-1.25µ	-77.2µ	0	0.017	0.002	
78	2	 	5.5000	1.3000	6.2500	11	0.82m	-1.23µ	-77.3µ	0	0.017	-0.002	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Azione 12) Vento Y
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																									
0	0	1	0.0000	0.0000	0.0000	12	0.67µ	16.6µ	0.13m	-0.004	0	0	
1	0	5	0.0000	1.2000	0.0000	12	0.11µ	19.8µ	48.1µ	-0.005	0	0	
2	0	 	0.0000	0.1500	-0.2500	12	1.99n	0	0.12m	-0.004	0	0	
3	0	 	0.0000	1.2000	-0.2500	12	0	0	48.1µ	-0.005	0	0	
4	0	7	0.0000	2.4000	0.0000	12	-0.11µ	19.8µ	-48.1µ	-0.005	0	0	
5	0	 	0.0000	2.4000	-0.2500	12	0	0	-48.1µ	-0.005	0	0	
6	0	3	0.0000	3.6000	0.0000	12	-0.67µ	16.6µ	-0.13m	-0.004	0	0	
7	0	 	0.0000	3.4500	-0.2500	12	-1.99n	0	-0.12m	-0.004	0	0	
8	0	2	5.5000	0.0000	0.0000	12	0.87µ	19.8µ	0.15m	-0.005	0	0	
9	0	6	5.5000	1.2000	0.0000	12	-0.83n	21.2µ	50.9µ	-0.005	0	0	
10	0	 	5.5000	0.1500	-0.2500	12	-1.22n	0	0.14m	-0.005	0	0	
11	0	 	5.5000	1.2000	-0.2500	12	0	0	50.9µ	-0.005	0	0	
12	0	8	5.5000	2.4000	0.0000	12	0.83n	21.2µ	-50.9µ	-0.005	0	0	
13	0	9	5.5000	1.8000	0.0000	12	0	21.2µ	0.21p	-0.005	0	0	
14	0	 	5.5000	1.8000	-0.2500	12	0	0	0.21p	-0.005	0	0	
15	0	 	5.5000	2.4000	-0.2500	12	0	0	-50.9µ	-0.005	0	0	
16	0	4	5.5000	3.6000	0.0000	12	-0.87µ	19.8µ	-0.15m	-0.005	0	0	
17	0	 	5.5000	3.4500	-0.2500	12	1.22n	0	-0.14m	-0.005	0	0	
79	0	 	1.1000	1.2000	-0.2500	12	0	0	48.0µ	-0.005	0	0	
80	0	 	1.1000	2.4000	-0.2500	12	0	0	-48.0µ	-0.005	0	0	
81	0	 	2.2000	1.2000	-0.2500	12	0	0	48.2µ	-0.005	0	0	
82	0	 	2.2000	2.4000	-0.2500	12	0	0	-48.2µ	-0.005	0	0	
83	0	 	3.3000	1.2000	-0.2500	12	0	0	48.9µ	-0.005	0	0	
84	0	 	3.3000	2.4000	-0.2500	12	0	0	-48.9µ	-0.005	0	0	
85	0	 	4.4000	1.2000	-0.2500	12	0	0	49.9µ	-0.005	0	0	
86	0	 	4.4000	2.4000	-0.2500	12	0	0	-49.9µ	-0.005	0	0	
87	0	 	1.1000	1.2000	0.0000	12	-20.6n	20.0µ	48.0µ	-0.005	0	0	
88	0	 	2.2000	1.2000	0.0000	12	-0.10µ	20.1µ	48.2µ	-0.005	0	0	
89	0	 	3.3000	1.2000	0.0000	12	-0.19µ	20.4µ	48.9µ	-0.005	0	0	
90	0	 	4.4000	1.2000	0.0000	12	-0.26µ	20.8µ	49.9µ	-0.005	0	0	
91	0	 	4.4000	2.4000	0.0000	12	0.26µ	20.8µ	-49.9µ	-0.005	0	0	
92	0	 	3.3000	2.4000	0.0000	12	0.19µ	20.4µ	-48.9µ	-0.005	0	0	
93	0	 	2.2000	2.4000	0.0000	12	0.10µ	20.1µ	-48.2µ	-0.005	0	0	
94	0	 	1.1000	2.4000	0.0000	12	20.6n	20.0µ	-48.0µ	-0.005	0	0	
0	1	 	0.0000	2.4000	1.0667	12	-0.76µ	0.11m	-48.9µ	0	0	0	
1	1	 	0.0000	1.2000	1.0667	12	0.76µ	0.11m	48.9µ	0	0	0	
2	1	 	0.0000	2.4000	2.1333	12	-1.45µ	0.19m	-48.6µ	0	0	0	
3	1	 	0.0000	1.2000	2.1333	12	1.45µ	0.19m	48.6µ	0	0	0	
7	1	9	5.5000	1.8000	3.2000	12	-68.9f	0.30m	0.28p	-0.005	0	0	
18	1	1	0.0000	0.0000	3.2000	12	5.79µ	0.28m	0.14m	-0.005	0	0	
19	1	 	0.0000	0.0000	2.7000	12	6.77µ	0.24m	0.14m	-0.005	0	0	
20	1	2	5.5000	0.0000	3.2000	12	6.03µ	0.30m	0.15m	-0.005	0	0	
21	1	 	5.5000	0.0000	2.7000	12	6.66µ	0.26m	0.15m	-0.005	0	0	
22	1	3	0.0000	3.6000	3.2000	12	-5.79µ	0.28m	-0.14m	-0.005	0	0	
23	1	 	0.0000	3.6000	2.7000	12	-6.77µ	0.24m	-0.14m	-0.005	0	0	
24	1	4	5.5000	3.6000	3.2000	12	-6.03µ	0.30m	-0.15m	-0.005	0	0	
25	1	 	5.5000	3.6000	2.7000	12	-6.66µ	0.26m	-0.15m	-0.005	0	0	
27	1	 	1.1000	3.6000	3.2000	12	-5.72µ	0.28m	-0.14m	-0.004	0	0	
28	1	 	2.2000	3.6000	3.2000	12	-5.69µ	0.29m	-0.14m	-0.005	0	0	
29	1	 	3.3000	3.6000	3.2000	12	-5.69µ	0.29m	-0.15m	-0.005	0	0	
30	1	 	4.4000	3.6000	3.2000	12	-5.78µ	0.30m	-0.15m	-0.005	0	0	
31	1	 	0.0000	3.6000	2.9500	12	-6.28µ	0.26m	-0.14m	-0.005	0	0	
32	1	 	1.1000	3.6000	2.9500	12	-6.34µ	0.26m	-0.14m	-0.004	0	0	
33	1	 	2.2000	3.6000	2.9500	12	-6.38µ	0.27m	-0.14m	-0.005	0	0	
34	1	 	3.3000	3.6000	2.9500	12	-6.38µ	0.27m	-0.15m	-0.005	0	0	
35	1	 	4.4000	3.6000	2.9500	12	-6.37µ	0.28m	-0.15m	-0.005	0	0	
36	1	 	5.5000	3.6000	2.9500	12	-6.34µ	0.28m	-0.15m	-0.005	0	0	
37	1	 	1.1000	0.0000	3.2000	12	5.72µ	0.28m	0.14m	-0.004	0	0	
38	1	 	2.2000	0.0000	3.2000	12	5.69µ	0.29m	0.14m	-0.005	0	0	
39	1	 	3.3000	0.0000	3.2000	12	5.69µ	0.29m	0.15m	-0.005	0	0	
40	1	 	4.4000	0.0000	3.2000	12	5.78µ	0.30m	0.15m	-0.005	0	0	
41	1	 	0.0000	0.0000	2.9500	12	6.28µ	0.26m	0.14m	-0.005	0	0	
42	1	 	1.1000	0.0000	2.9500	12	6.34µ	0.26m	0.14m	-0.004	0	0	
43	1	 	2.2000	0.0000	2.9500	12	6.38µ	0.27m	0.14m	-0.005	0	0	
44	1	 	3.3000	0.0000	2.9500	12	6.38µ	0.27m	0.15m	-0.005	0	0	
45	1	 	4.4000	0.0000	2.9500	12	6.37µ	0.28m	0.15m	-0.005	0	0	
46	1	 	5.5000	0.0000	2.9500	12	6.34µ	0.28m	0.15m	-0.005	0	0	
47	1	5	0.0000	1.2000	3.2000	12	2.20µ	0.28m	47.3µ	-0.004	0	0	
48	1	 	0.0000	1.2000	2.9500	12	1.99µ	0.26m	47.3µ	-0.004	0	0	
49	1	6	5.5000	1.2000	3.2000	12	2.00µ	0.30m	50.4µ	-0.005	0	0	
50	1	 	5.5000	1.2000	2.9500	12	2.01µ	0.28m	50.4µ	-0.005	0	0	
51	1	7	0.0000	2.4000	3.2000	12	-2.20µ	0.28m	-47.3µ	-0.004	0	0	
52	1	 	0.0000	2.4000	2.9500	12	-1.99µ	0.26m	-47.3µ	-0.004	0	0	
53	1	8	5.5000	2.4000	3.2000	12	-2.00µ	0.30m	-50.4µ	-0.005	0	0	
54	1	 	5.5000	2.4000	2.9500	12	-2.01µ	0.28m	-50.4µ	-0.005	0	0	
95	1	 	0.0000	1.2000	3.0500	12	2.07µ	0.27m	47.3µ	-0.004	0	0	
96	1	 	1.1000	1.2000	3.0500	12	2.08µ	0.27m	46.7µ	-0.004	0	0	
97	1	 	1.1000	2.4000	3.0500	12	-2.08µ	0.27m	-46.7µ	-0.004	0	0	
98	1	 	0.0000	2.4000	3.0500	12	-2.07µ	0.27m	-47.3µ	-0.004	0	0	
99	1	 	2.2000	1.2000	3.0500	12	2.04µ	0.28m	47.5µ	-0.005	0	0	
100	1	 	2.2000	2.4000	3.0500	12	-2.04µ	0.28m	-47.5µ	-0.005	0	0	
101	1	 	3.3000	1.2000	3.0500	12	2.04µ	0.28m	48.5µ	-0.005	0	0	
102	1	 	3.3000	2.4000	3.0500	12	-2.04µ	0.28m	-48.5µ	-0.005	0	0	
103	1	 	4.4000	1.2000	3.0500	12	2.01µ	0.28m	49.5µ	-0.005	0	0	
104	1	 	4.4000	2.4000	3.0500	12	-2.01µ	0.28m	-49.5µ	-0.005	0	0	
105	1	 	5.5000	1.2000	3.0500	12	2.01µ	0.29m	50.4µ	-0.005	0	0	
106	1	 	5.5000	2.4000	3.0500	12	-2.01µ	0.29m	-50.4µ	-0.005	0	0	
107	1	 	1.1000	1.2000	3.2000	12	2.07µ	0.28m	46.7µ	-0.004	0	0	
108	1	 	2.2000	1.2000	3.2000	12	1.90µ	0.29m	47.5µ	-0.005	0	0	
109	1	 	3.3000	1.2000	3.2000	12	1.90µ	0.29m	48.5µ	-0.005	0	0	
110	1	 	4.4000	1.2000	3.2000	12	1.86µ	0.30m	49.5µ	-0.005	0	0	
111	1	 	4.4000	2.4000	3.2000	12	-1.86µ	0.30m	-49.5µ	-0.005	0	0	
112	1	 	3.3000	2.4000	3.2000	12	-1.90µ	0.29m	-48.5µ	-0.005	0	0	
113	1	 	2.2000	2.4000	3.2000	12	-1.90µ	0.29m	-47.5µ	-0.005	0	0	
114	1	 	1.1000	2.4000	3.2000	12	-2.07µ	0.28m	-46.7µ	-0.004	0	0	
115	1	 	0.0000	0.0000	3.0500	12	6.08µ	0.27m	0.14m	-0.005	0	0	
116	1	 	1.1000	0.0000	3.0500	12	6.10µ	0.27m	0.14m	-0.004	0	0	
117	1	 	2.2000	0.0000	3.0500	12	6.10µ	0.28m	0.14m	-0.005	0	0	
118	1	 	3.3000	0.0000	3.0500	12	6.11µ	0.28m	0.15m	-0.005	0	0	
119	1	 	4.4000	0.0000	3.0500	12	6.14µ	0.28m	0.15m	-0.005	0	0	
120	1	 	5.5000	0.0000	3.0500	12	6.22µ	0.29m	0.15m	-0.005	0	0	
121	1	 	1.1000	3.6000	3.0500	12	-6.10µ	0.27m	-0.14m	-0.004	0	0	
122	1	 	0.0000	3.6000	3.0500	12	-6.08µ	0.27m	-0.14m	-0.005	0	0	
123	1	 	2.2000	3.6000	3.0500	12	-6.10µ	0.28m	-0.14m	-0.005	0	0	
124	1	 	3.3000	3.6000	3.0500	12	-6.11µ	0.28m	-0.15m	-0.005	0	0	
125	1	 	4.4000	3.6000	3.0500	12	-6.14µ	0.28m	-0.15m	-0.005	0	0	
126	1	 	5.5000	3.6000	3.0500	12	-6.22µ	0.29m	-0.15m	-0.005	0	0	
8	2	 	0.1000	3.6000	6.1500	12	-12.1µ	0.66m	-0.14m	-0.007	0	0	
9	2	 	5.4000	3.6000	6.1500	12	-12.1µ	0.70m	-0.15m	-0.008	0	0	
10	2	 	0.1000	0.0000	6.1500	12	12.1µ	0.66m	0.14m	-0.007	0	0	
11	2	 	5.4000	0.0000	6.1500	12	12.1µ	0.70m	0.15m	-0.008	0	0	
55	2	1	0.0000	0.0000	6.4000	12	13.2µ	0.69m	0.14m	-0.007	0	0	
56	2	2	5.5000	0.0000	6.4000	12	13.1µ	0.73m	0.15m	-0.008	0	0	
57	2	3	0.0000	3.6000	6.4000	12	-13.2µ	0.69m	-0.14m	-0.007	0	0	
58	2	4	5.5000	3.6000	6.4000	12	-13.1µ	0.73m	-0.15m	-0.008	0	0	
59	2	5	0.0000	1.2000	6.4000	12	4.68µ	0.69m	43.1µ	-0.004	0	0	
60	2	6	5.5000	1.2000	6.4000	12	4.73µ	0.73m	46.6µ	-0.005	0	0	
61	2	7	0.0000	2.4000	6.4000	12	-4.68µ	0.69m	-43.1µ	-0.004	0	0	
62	2	8	5.5000	2.4000	6.4000	12	-4.73µ	0.73m	-46.6µ	-0.005	0	0	
63	2	 	0.1000	3.6000	6.1500	12	-12.1µ	0.66m	-0.14m	-0.007	0	0	
64	2	 	5.4000	3.6000	6.1500	12	-12.1µ	0.70m	-0.15m	-0.008	0	0	
65	2	 	0.1000	0.0000	6.1500	12	12.1µ	0.66m	0.14m	-0.007	0	0	
66	2	 	5.4000	0.0000	6.1500	12	12.1µ	0.70m	0.15m	-0.008	0	0	
67	2	 	0.0000	1.1000	6.2500	12	5.31µ	0.67m	50.5µ	-0.004	0	0	
68	2	 	0.0000	0.1500	6.2500	12	11.7µ	0.67m	0.12m	-0.007	0	0	
69	2	 	0.0000	3.4500	6.2500	12	-11.7µ	0.67m	-0.12m	-0.007	0	0	
70	2	 	0.0000	2.5000	6.2500	12	-5.31µ	0.67m	-50.5µ	-0.004	0	0	
71	2	 	0.0000	2.3000	6.2500	12	-3.82µ	0.67m	-35.7µ	-0.004	0	0	
72	2	 	0.0000	1.3000	6.2500	12	3.82µ	0.67m	35.7µ	-0.004	0	0	
73	2	 	5.5000	3.4500	6.2500	12	-11.7µ	0.71m	-0.13m	-0.008	0	0	
74	2	 	5.5000	2.5000	6.2500	12	-5.28µ	0.71m	-54.7µ	-0.005	0	0	
75	2	 	5.5000	1.1000	6.2500	12	5.28µ	0.71m	54.7µ	-0.005	0	0	
76	2	 	5.5000	0.1500	6.2500	12	11.7µ	0.71m	0.13m	-0.008	0	0	
77	2	 	5.5000	2.3000	6.2500	12	-3.81µ	0.71m	-38.5µ	-0.005	0	0	
78	2	 	5.5000	1.3000	6.2500	12	3.81µ	0.71m	38.5µ	-0.005	0	0	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Azione 16) Sisma X
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																									
0	0	1	0.0000	0.0000	0.0000	16	0.70m	-36.0µ	3.97m	0.008	0.16	0.002	
1	0	5	0.0000	1.2000	0.0000	16	0.56m	-13.9µ	4.13m	0.003	0.128	-0.005	
2	0	 	0.0000	0.1500	-0.2500	16	-5.95µ	0	3.99m	0.008	0.16	0.002	
3	0	 	0.0000	1.2000	-0.2500	16	0	0	4.13m	0.003	0.128	-0.005	
4	0	7	0.0000	2.4000	0.0000	16	0.56m	13.9µ	4.13m	-0.003	0.128	0.005	
5	0	 	0.0000	2.4000	-0.2500	16	0	0	4.13m	-0.003	0.128	0.005	
6	0	3	0.0000	3.6000	0.0000	16	0.70m	36.0µ	3.97m	-0.008	0.16	-0.002	
7	0	 	0.0000	3.4500	-0.2500	16	-5.95µ	0	3.99m	-0.008	0.16	-0.002	
8	0	2	5.5000	0.0000	0.0000	16	1.03m	30.0µ	-4.43m	-0.007	0.237	0	
9	0	6	5.5000	1.2000	0.0000	16	0.56m	65.9n	-4.54m	0	0.129	0	
10	0	 	5.5000	0.1500	-0.2500	16	-0.41µ	0	-4.44m	-0.007	0.237	0	
11	0	 	5.5000	1.2000	-0.2500	16	0	0	-4.54m	0	0.129	0	
12	0	8	5.5000	2.4000	0.0000	16	0.56m	-65.9n	-4.54m	0	0.129	0	
13	0	9	5.5000	1.8000	0.0000	16	0.56m	0	-4.54m	0	0.129	0	
14	0	 	5.5000	1.8000	-0.2500	16	0	0	-4.54m	0	0.129	0	
15	0	 	5.5000	2.4000	-0.2500	16	0	0	-4.54m	0	0.129	0	
16	0	4	5.5000	3.6000	0.0000	16	1.03m	-30.0µ	-4.43m	0.007	0.237	0	
17	0	 	5.5000	3.4500	-0.2500	16	-0.41µ	0	-4.44m	0.007	0.237	0	
79	0	 	1.1000	1.2000	-0.2500	16	0	0	2.04m	0.003	0.092	0	
80	0	 	1.1000	2.4000	-0.2500	16	0	0	2.04m	-0.003	0.092	0	
81	0	 	2.2000	1.2000	-0.2500	16	0	0	0.50m	0.001	0.072	0	
82	0	 	2.2000	2.4000	-0.2500	16	0	0	0.50m	-0.001	0.072	0	
83	0	 	3.3000	1.2000	-0.2500	16	0	0	-0.85m	-0.001	0.073	0	
84	0	 	3.3000	2.4000	-0.2500	16	0	0	-0.85m	0.001	0.073	0	
85	0	 	4.4000	1.2000	-0.2500	16	0	0	-2.42m	-0.003	0.093	0	
86	0	 	4.4000	2.4000	-0.2500	16	0	0	-2.42m	0.003	0.093	0	
87	0	 	1.1000	1.2000	0.0000	16	0.40m	-13.6µ	2.04m	0.003	0.092	0	
88	0	 	2.2000	1.2000	0.0000	16	0.31m	-4.52µ	0.50m	0.001	0.072	0	
89	0	 	3.3000	1.2000	0.0000	16	0.32m	5.19µ	-0.85m	-0.001	0.073	0	
90	0	 	4.4000	1.2000	0.0000	16	0.41m	13.9µ	-2.42m	-0.003	0.093	0	
91	0	 	4.4000	2.4000	0.0000	16	0.41m	-13.9µ	-2.42m	0.003	0.093	0	
92	0	 	3.3000	2.4000	0.0000	16	0.32m	-5.19µ	-0.85m	0.001	0.073	0	
93	0	 	2.2000	2.4000	0.0000	16	0.31m	4.52µ	0.50m	-0.001	0.072	0	
94	0	 	1.1000	2.4000	0.0000	16	0.40m	13.6µ	2.04m	-0.003	0.092	0	
0	1	 	0.0000	2.4000	1.0667	16	4.18m	-2.69µ	4.13m	0	0.243	0.007	
1	1	 	0.0000	1.2000	1.0667	16	4.18m	2.69µ	4.13m	0	0.243	-0.007	
2	1	 	0.0000	2.4000	2.1333	16	8.97m	-1.79µ	4.14m	0	0.253	-0.005	
3	1	 	0.0000	1.2000	2.1333	16	8.97m	1.79µ	4.14m	0	0.253	0.005	
7	1	9	5.5000	1.8000	3.2000	16	12.9m	-4.02f	-4.56m	0	0.151	0	
18	1	1	0.0000	0.0000	3.2000	16	13.1m	-32.4µ	4.05m	0.005	0.163	0.003	
19	1	 	0.0000	0.0000	2.7000	16	11.6m	14.8µ	4.05m	0.005	0.163	0.003	
20	1	2	5.5000	0.0000	3.2000	16	13.0m	26.2µ	-4.50m	-0.004	0.15	0.004	
21	1	 	5.5000	0.0000	2.7000	16	11.7m	-8.32µ	-4.50m	-0.004	0.15	0.004	
22	1	3	0.0000	3.6000	3.2000	16	13.1m	32.4µ	4.05m	-0.005	0.163	-0.003	
23	1	 	0.0000	3.6000	2.7000	16	11.6m	-14.8µ	4.05m	-0.005	0.163	-0.003	
24	1	4	5.5000	3.6000	3.2000	16	13.0m	-26.2µ	-4.50m	0.004	0.15	-0.004	
25	1	 	5.5000	3.6000	2.7000	16	11.7m	8.32µ	-4.50m	0.004	0.15	-0.004	
27	1	 	1.1000	3.6000	3.2000	16	12.8m	13.1µ	1.64m	-0.009	0.097	0	
28	1	 	2.2000	3.6000	3.2000	16	12.7m	5.85µ	0.19m	-0.004	0.063	0.001	
29	1	 	3.3000	3.6000	3.2000	16	12.7m	1.64µ	-0.90m	0.001	0.061	0.001	
30	1	 	4.4000	3.6000	3.2000	16	12.8m	-4.19µ	-2.27m	0.006	0.09	0	
31	1	 	0.0000	3.6000	2.9500	16	12.3m	8.77µ	4.05m	-0.005	0.163	-0.003	
32	1	 	1.1000	3.6000	2.9500	16	12.4m	-26.8µ	1.64m	-0.009	0.097	0	
33	1	 	2.2000	3.6000	2.9500	16	12.4m	-12.5µ	0.19m	-0.004	0.063	0.001	
34	1	 	3.3000	3.6000	2.9500	16	12.4m	6.16µ	-0.90m	0.001	0.061	0.001	
35	1	 	4.4000	3.6000	2.9500	16	12.4m	20.8µ	-2.27m	0.006	0.09	0	
36	1	 	5.5000	3.6000	2.9500	16	12.4m	-8.93µ	-4.50m	0.004	0.15	-0.004	
37	1	 	1.1000	0.0000	3.2000	16	12.8m	-13.1µ	1.64m	0.009	0.097	0	
38	1	 	2.2000	0.0000	3.2000	16	12.7m	-5.85µ	0.19m	0.004	0.063	-0.001	
39	1	 	3.3000	0.0000	3.2000	16	12.7m	-1.64µ	-0.90m	-0.001	0.061	-0.001	
40	1	 	4.4000	0.0000	3.2000	16	12.8m	4.19µ	-2.27m	-0.006	0.09	0	
41	1	 	0.0000	0.0000	2.9500	16	12.3m	-8.77µ	4.05m	0.005	0.163	0.003	
42	1	 	1.1000	0.0000	2.9500	16	12.4m	26.8µ	1.64m	0.009	0.097	0	
43	1	 	2.2000	0.0000	2.9500	16	12.4m	12.5µ	0.19m	0.004	0.063	-0.001	
44	1	 	3.3000	0.0000	2.9500	16	12.4m	-6.16µ	-0.90m	-0.001	0.061	-0.001	
45	1	 	4.4000	0.0000	2.9500	16	12.4m	-20.8µ	-2.27m	-0.006	0.09	0	
46	1	 	5.5000	0.0000	2.9500	16	12.4m	8.93µ	-4.50m	-0.004	0.15	0.004	
47	1	5	0.0000	1.2000	3.2000	16	13.0m	-9.08µ	4.14m	0.002	0.159	0.007	
48	1	 	0.0000	1.2000	2.9500	16	12.3m	-1.99µ	4.14m	0.002	0.159	0.007	
49	1	6	5.5000	1.2000	3.2000	16	12.9m	2.66µ	-4.56m	0	0.151	0	
50	1	 	5.5000	1.2000	2.9500	16	12.3m	2.67µ	-4.56m	0	0.151	0	
51	1	7	0.0000	2.4000	3.2000	16	13.0m	9.08µ	4.14m	-0.002	0.159	-0.007	
52	1	 	0.0000	2.4000	2.9500	16	12.3m	1.99µ	4.14m	-0.002	0.159	-0.007	
53	1	8	5.5000	2.4000	3.2000	16	12.9m	-2.66µ	-4.56m	0	0.151	0	
54	1	 	5.5000	2.4000	2.9500	16	12.3m	-2.67µ	-4.56m	0	0.151	0	
95	1	 	0.0000	1.2000	3.0500	16	12.5m	-4.83µ	4.14m	0.002	0.159	0.007	
96	1	 	1.1000	1.2000	3.0500	16	12.6m	7.89µ	1.74m	0.002	0.096	0	
97	1	 	1.1000	2.4000	3.0500	16	12.6m	-7.89µ	1.74m	-0.002	0.096	0	
98	1	 	0.0000	2.4000	3.0500	16	12.5m	4.83µ	4.14m	-0.002	0.159	-0.007	
99	1	 	2.2000	1.2000	3.0500	16	12.6m	3.11µ	0.25m	0.001	0.064	0	
100	1	 	2.2000	2.4000	3.0500	16	12.6m	-3.11µ	0.25m	-0.001	0.064	0	
101	1	 	3.3000	1.2000	3.0500	16	12.6m	-2.76µ	-0.91m	0	0.061	0	
102	1	 	3.3000	2.4000	3.0500	16	12.6m	2.76µ	-0.91m	0	0.061	0	
103	1	 	4.4000	1.2000	3.0500	16	12.6m	-7.36µ	-2.31m	0	0.089	0	
104	1	 	4.4000	2.4000	3.0500	16	12.6m	7.36µ	-2.31m	0	0.089	0	
105	1	 	5.5000	1.2000	3.0500	16	12.5m	2.67µ	-4.56m	0	0.151	0	
106	1	 	5.5000	2.4000	3.0500	16	12.5m	-2.67µ	-4.56m	0	0.151	0	
107	1	 	1.1000	1.2000	3.2000	16	12.8m	2.87µ	1.74m	0.002	0.096	0	
108	1	 	2.2000	1.2000	3.2000	16	12.7m	0.32µ	0.25m	0.001	0.064	0	
109	1	 	3.3000	1.2000	3.2000	16	12.7m	-3.43µ	-0.91m	0	0.061	0	
110	1	 	4.4000	1.2000	3.2000	16	12.8m	-6.35µ	-2.31m	0	0.089	0	
111	1	 	4.4000	2.4000	3.2000	16	12.8m	6.35µ	-2.31m	0	0.089	0	
112	1	 	3.3000	2.4000	3.2000	16	12.7m	3.43µ	-0.91m	0	0.061	0	
113	1	 	2.2000	2.4000	3.2000	16	12.7m	-0.32µ	0.25m	-0.001	0.064	0	
114	1	 	1.1000	2.4000	3.2000	16	12.8m	-2.87µ	1.74m	-0.002	0.096	0	
115	1	 	0.0000	0.0000	3.0500	16	12.6m	-18.2µ	4.05m	0.005	0.163	0.003	
116	1	 	1.1000	0.0000	3.0500	16	12.6m	10.8µ	1.64m	0.009	0.097	0	
117	1	 	2.2000	0.0000	3.0500	16	12.5m	5.14µ	0.19m	0.004	0.063	-0.001	
118	1	 	3.3000	0.0000	3.0500	16	12.5m	-4.35µ	-0.90m	-0.001	0.061	-0.001	
119	1	 	4.4000	0.0000	3.0500	16	12.6m	-10.8µ	-2.27m	-0.006	0.09	0	
120	1	 	5.5000	0.0000	3.0500	16	12.6m	15.8µ	-4.50m	-0.004	0.15	0.004	
121	1	 	1.1000	3.6000	3.0500	16	12.6m	-10.8µ	1.64m	-0.009	0.097	0	
122	1	 	0.0000	3.6000	3.0500	16	12.6m	18.2µ	4.05m	-0.005	0.163	-0.003	
123	1	 	2.2000	3.6000	3.0500	16	12.5m	-5.14µ	0.19m	-0.004	0.063	0.001	
124	1	 	3.3000	3.6000	3.0500	16	12.5m	4.35µ	-0.90m	0.001	0.061	0.001	
125	1	 	4.4000	3.6000	3.0500	16	12.6m	10.8µ	-2.27m	0.006	0.09	0	
126	1	 	5.5000	3.6000	3.0500	16	12.6m	-15.8µ	-4.50m	0.004	0.15	-0.004	
8	2	 	0.1000	3.6000	6.1500	16	52.5m	-74.6µ	2.22m	0.001	0.053	0.002	
9	2	 	5.4000	3.6000	6.1500	16	52.5m	77.4µ	-2.67m	-0.001	0.053	0.002	
10	2	 	0.1000	0.0000	6.1500	16	52.5m	74.6µ	2.22m	-0.001	0.053	-0.002	
11	2	 	5.4000	0.0000	6.1500	16	52.5m	-77.4µ	-2.67m	0.001	0.053	-0.002	
55	2	1	0.0000	0.0000	6.4000	16	57.0m	34.7n	4.05m	-0.001	1.049	0.044	
56	2	2	5.5000	0.0000	6.4000	16	57.0m	66.2n	-4.50m	0.001	1.051	0.046	
57	2	3	0.0000	3.6000	6.4000	16	57.0m	-34.7n	4.05m	0.001	1.049	-0.044	
58	2	4	5.5000	3.6000	6.4000	16	57.0m	-66.2n	-4.50m	-0.001	1.051	-0.046	
59	2	5	0.0000	1.2000	6.4000	16	55.9m	-7.22µ	4.13m	0.003	1.036	0.035	
60	2	6	5.5000	1.2000	6.4000	16	55.9m	4.91µ	-4.55m	-0.002	1.039	0.036	
61	2	7	0.0000	2.4000	6.4000	16	55.9m	7.22µ	4.13m	-0.003	1.036	-0.035	
62	2	8	5.5000	2.4000	6.4000	16	55.9m	-4.91µ	-4.55m	0.002	1.039	-0.036	
63	2	 	0.1000	3.6000	6.1500	16	52.5m	-74.6µ	2.22m	0.001	1.049	-0.044	
64	2	 	5.4000	3.6000	6.1500	16	52.5m	77.4µ	-2.67m	-0.001	1.051	-0.046	
65	2	 	0.1000	0.0000	6.1500	16	52.5m	74.6µ	2.22m	-0.001	1.049	0.044	
66	2	 	5.4000	0.0000	6.1500	16	52.5m	-77.4µ	-2.67m	0.001	1.051	0.046	
67	2	 	0.0000	1.1000	6.2500	16	53.3m	-0.61µ	4.13m	0.003	1.036	0.035	
68	2	 	0.0000	0.1500	6.2500	16	54.2m	-1.67µ	4.05m	-0.001	1.049	0.044	
69	2	 	0.0000	3.4500	6.2500	16	54.2m	1.67µ	4.05m	0.001	1.049	-0.044	
70	2	 	0.0000	2.5000	6.2500	16	53.3m	0.61µ	4.13m	-0.003	1.036	-0.035	
71	2	 	0.0000	2.3000	6.2500	16	53.2m	0.61µ	4.14m	-0.003	1.036	-0.035	
72	2	 	0.0000	1.3000	6.2500	16	53.2m	-0.61µ	4.14m	0.003	1.036	0.035	
73	2	 	5.5000	3.4500	6.2500	16	54.2m	-1.69µ	-4.50m	-0.001	1.051	-0.046	
74	2	 	5.5000	2.5000	6.2500	16	53.2m	-0.59µ	-4.55m	0.002	1.039	-0.036	
75	2	 	5.5000	1.1000	6.2500	16	53.2m	0.59µ	-4.55m	-0.002	1.039	0.036	
76	2	 	5.5000	0.1500	6.2500	16	54.2m	1.69µ	-4.50m	0.001	1.051	0.046	
77	2	 	5.5000	2.3000	6.2500	16	53.1m	-0.59µ	-4.55m	0.002	1.039	-0.036	
78	2	 	5.5000	1.3000	6.2500	16	53.1m	0.59µ	-4.55m	-0.002	1.039	0.036	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Azione 17) Ecc.Y  Sism.X
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																									
0	0	1	0.0000	0.0000	0.0000	17	15.1µ	-13.4µ	-0.11m	0.003	0.003	0	
1	0	5	0.0000	1.2000	0.0000	17	-1.29µ	-15.5µ	-36.7µ	0.004	0	0	
2	0	 	0.0000	0.1500	-0.2500	17	-0.14µ	0	-97.2µ	0.003	0.003	0	
3	0	 	0.0000	1.2000	-0.2500	17	0	0	-36.7µ	0.004	0	0	
4	0	7	0.0000	2.4000	0.0000	17	1.29µ	-15.5µ	36.7µ	0.004	0	0	
5	0	 	0.0000	2.4000	-0.2500	17	0	0	36.7µ	0.004	0	0	
6	0	3	0.0000	3.6000	0.0000	17	-15.1µ	-13.4µ	0.11m	0.003	-0.003	0	
7	0	 	0.0000	3.4500	-0.2500	17	0.14µ	0	97.2µ	0.003	-0.003	0	
8	0	2	5.5000	0.0000	0.0000	17	22.1µ	20.1µ	0.15m	-0.005	0.005	0	
9	0	6	5.5000	1.2000	0.0000	17	-11.0n	20.3µ	48.7µ	-0.005	0	0	
10	0	 	5.5000	0.1500	-0.2500	17	-31.8n	0	0.13m	-0.005	0.005	0	
11	0	 	5.5000	1.2000	-0.2500	17	0	0	48.7µ	-0.005	0	0	
12	0	8	5.5000	2.4000	0.0000	17	11.0n	20.3µ	-48.7µ	-0.005	0	0	
13	0	9	5.5000	1.8000	0.0000	17	0	20.3µ	0	-0.005	0	0	
14	0	 	5.5000	1.8000	-0.2500	17	0	0	0	-0.005	0	0	
15	0	 	5.5000	2.4000	-0.2500	17	0	0	-48.7µ	-0.005	0	0	
16	0	4	5.5000	3.6000	0.0000	17	-22.1µ	20.1µ	-0.15m	-0.005	-0.005	0	
17	0	 	5.5000	3.4500	-0.2500	17	31.8n	0	-0.13m	-0.005	-0.005	0	
79	0	 	1.1000	1.2000	-0.2500	17	0	0	-21.2µ	0.002	-0.001	0	
80	0	 	1.1000	2.4000	-0.2500	17	0	0	21.2µ	0.002	0.001	0	
81	0	 	2.2000	1.2000	-0.2500	17	0	0	-2.68µ	0	-0.001	0	
82	0	 	2.2000	2.4000	-0.2500	17	0	0	2.68µ	0	0.001	0	
83	0	 	3.3000	1.2000	-0.2500	17	0	0	15.9µ	-0.002	-0.001	0	
84	0	 	3.3000	2.4000	-0.2500	17	0	0	-15.9µ	-0.002	0.001	0	
85	0	 	4.4000	1.2000	-0.2500	17	0	0	34.5µ	-0.003	-0.001	0	
86	0	 	4.4000	2.4000	-0.2500	17	0	0	-34.5µ	-0.003	0.001	0	
87	0	 	1.1000	1.2000	0.0000	17	-4.13µ	-8.83µ	-21.2µ	0.002	-0.001	0	
88	0	 	2.2000	1.2000	0.0000	17	-4.23µ	-1.12µ	-2.68µ	0	-0.001	0	
89	0	 	3.3000	1.2000	0.0000	17	-4.24µ	6.63µ	15.9µ	-0.002	-0.001	0	
90	0	 	4.4000	1.2000	0.0000	17	-4.10µ	14.4µ	34.5µ	-0.003	-0.001	0	
91	0	 	4.4000	2.4000	0.0000	17	4.10µ	14.4µ	-34.5µ	-0.003	0.001	0	
92	0	 	3.3000	2.4000	0.0000	17	4.24µ	6.63µ	-15.9µ	-0.002	0.001	0	
93	0	 	2.2000	2.4000	0.0000	17	4.23µ	-1.12µ	2.68µ	0	0.001	0	
94	0	 	1.1000	2.4000	0.0000	17	4.13µ	-8.83µ	21.2µ	0.002	0.001	0	
0	1	 	0.0000	2.4000	1.0667	17	-16.0µ	-87.0µ	41.2µ	0	-0.001	0.002	
1	1	 	0.0000	1.2000	1.0667	17	16.0µ	-87.0µ	-41.2µ	0	0.001	0.002	
2	1	 	0.0000	2.4000	2.1333	17	-40.3µ	-0.16m	42.1µ	0	-0.001	0.004	
3	1	 	0.0000	1.2000	2.1333	17	40.3µ	-0.16m	-42.1µ	0	0.001	0.004	
7	1	9	5.5000	1.8000	3.2000	17	0	0.31m	0	-0.005	0	0.006	
18	1	1	0.0000	0.0000	3.2000	17	0.17m	-0.24m	-0.11m	0.004	-0.001	0.006	
19	1	 	0.0000	0.0000	2.7000	17	0.18m	-0.21m	-0.11m	0.004	-0.001	0.006	
20	1	2	5.5000	0.0000	3.2000	17	0.17m	0.32m	0.15m	-0.006	-0.001	0.006	
21	1	 	5.5000	0.0000	2.7000	17	0.18m	0.27m	0.15m	-0.006	-0.001	0.006	
22	1	3	0.0000	3.6000	3.2000	17	-0.17m	-0.24m	0.11m	0.004	0.001	0.006	
23	1	 	0.0000	3.6000	2.7000	17	-0.18m	-0.21m	0.11m	0.004	0.001	0.006	
24	1	4	5.5000	3.6000	3.2000	17	-0.17m	0.32m	-0.15m	-0.006	0.001	0.006	
25	1	 	5.5000	3.6000	2.7000	17	-0.18m	0.27m	-0.15m	-0.006	0.001	0.006	
27	1	 	1.1000	3.6000	3.2000	17	-0.17m	-0.13m	71.0µ	0.002	0.003	0.005	
28	1	 	2.2000	3.6000	3.2000	17	-0.16m	-18.9µ	12.6µ	0	0.003	0.005	
29	1	 	3.3000	3.6000	3.2000	17	-0.17m	92.2µ	-51.7µ	-0.002	0.003	0.005	
30	1	 	4.4000	3.6000	3.2000	17	-0.17m	0.20m	-0.11m	-0.003	0.003	0.005	
31	1	 	0.0000	3.6000	2.9500	17	-0.18m	-0.22m	0.11m	0.004	0.001	0.006	
32	1	 	1.1000	3.6000	2.9500	17	-0.18m	-0.12m	71.0µ	0.002	0.003	0.005	
33	1	 	2.2000	3.6000	2.9500	17	-0.18m	-17.1µ	12.6µ	0	0.003	0.005	
34	1	 	3.3000	3.6000	2.9500	17	-0.18m	85.0µ	-51.7µ	-0.002	0.003	0.005	
35	1	 	4.4000	3.6000	2.9500	17	-0.18m	0.19m	-0.11m	-0.003	0.003	0.005	
36	1	 	5.5000	3.6000	2.9500	17	-0.18m	0.29m	-0.15m	-0.006	0.001	0.006	
37	1	 	1.1000	0.0000	3.2000	17	0.17m	-0.13m	-71.0µ	0.002	-0.003	0.005	
38	1	 	2.2000	0.0000	3.2000	17	0.16m	-18.9µ	-12.6µ	0	-0.003	0.005	
39	1	 	3.3000	0.0000	3.2000	17	0.17m	92.2µ	51.7µ	-0.002	-0.003	0.005	
40	1	 	4.4000	0.0000	3.2000	17	0.17m	0.20m	0.11m	-0.003	-0.003	0.005	
41	1	 	0.0000	0.0000	2.9500	17	0.18m	-0.22m	-0.11m	0.004	-0.001	0.006	
42	1	 	1.1000	0.0000	2.9500	17	0.18m	-0.12m	-71.0µ	0.002	-0.003	0.005	
43	1	 	2.2000	0.0000	2.9500	17	0.18m	-17.1µ	-12.6µ	0	-0.003	0.005	
44	1	 	3.3000	0.0000	2.9500	17	0.18m	85.0µ	51.7µ	-0.002	-0.003	0.005	
45	1	 	4.4000	0.0000	2.9500	17	0.18m	0.19m	0.11m	-0.003	-0.003	0.005	
46	1	 	5.5000	0.0000	2.9500	17	0.18m	0.29m	0.15m	-0.006	-0.001	0.006	
47	1	5	0.0000	1.2000	3.2000	17	56.0µ	-0.24m	-39.2µ	0.003	-0.001	0.006	
48	1	 	0.0000	1.2000	2.9500	17	58.2µ	-0.22m	-39.2µ	0.003	-0.001	0.006	
49	1	6	5.5000	1.2000	3.2000	17	58.0µ	0.31m	49.7µ	-0.005	0	0.006	
50	1	 	5.5000	1.2000	2.9500	17	58.0µ	0.29m	49.7µ	-0.005	0	0.006	
51	1	7	0.0000	2.4000	3.2000	17	-56.0µ	-0.24m	39.2µ	0.003	0.001	0.006	
52	1	 	0.0000	2.4000	2.9500	17	-58.2µ	-0.22m	39.2µ	0.003	0.001	0.006	
53	1	8	5.5000	2.4000	3.2000	17	-58.0µ	0.31m	-49.7µ	-0.005	0	0.006	
54	1	 	5.5000	2.4000	2.9500	17	-58.0µ	0.29m	-49.7µ	-0.005	0	0.006	
95	1	 	0.0000	1.2000	3.0500	17	57.4µ	-0.23m	-39.2µ	0.003	-0.001	0.006	
96	1	 	1.1000	1.2000	3.0500	17	58.0µ	-0.12m	-23.9µ	0.002	-0.001	0	
97	1	 	1.1000	2.4000	3.0500	17	-58.0µ	-0.12m	23.9µ	0.002	0.001	0	
98	1	 	0.0000	2.4000	3.0500	17	-57.4µ	-0.23m	39.2µ	0.003	0.001	0.006	
99	1	 	2.2000	1.2000	3.0500	17	58.0µ	-17.8µ	-4.12µ	0	-0.001	0	
100	1	 	2.2000	2.4000	3.0500	17	-58.0µ	-17.8µ	4.12µ	0	0.001	0	
101	1	 	3.3000	1.2000	3.0500	17	58.1µ	87.8µ	17.3µ	-0.002	-0.001	0	
102	1	 	3.3000	2.4000	3.0500	17	-58.1µ	87.8µ	-17.3µ	-0.002	0.001	0	
103	1	 	4.4000	1.2000	3.0500	17	58.1µ	0.19m	37.3µ	-0.003	-0.001	0	
104	1	 	4.4000	2.4000	3.0500	17	-58.1µ	0.19m	-37.3µ	-0.003	0.001	0	
105	1	 	5.5000	1.2000	3.0500	17	58.0µ	0.30m	49.7µ	-0.005	0	0.006	
106	1	 	5.5000	2.4000	3.0500	17	-58.0µ	0.30m	-49.7µ	-0.005	0	0.006	
107	1	 	1.1000	1.2000	3.2000	17	55.4µ	-0.13m	-23.9µ	0.002	-0.001	0	
108	1	 	2.2000	1.2000	3.2000	17	55.1µ	-18.8µ	-4.12µ	0	-0.001	0	
109	1	 	3.3000	1.2000	3.2000	17	55.2µ	92.1µ	17.3µ	-0.002	-0.001	0	
110	1	 	4.4000	1.2000	3.2000	17	55.6µ	0.20m	37.3µ	-0.003	-0.001	0	
111	1	 	4.4000	2.4000	3.2000	17	-55.6µ	0.20m	-37.3µ	-0.003	0.001	0	
112	1	 	3.3000	2.4000	3.2000	17	-55.2µ	92.1µ	-17.3µ	-0.002	0.001	0	
113	1	 	2.2000	2.4000	3.2000	17	-55.1µ	-18.8µ	4.12µ	0	0.001	0	
114	1	 	1.1000	2.4000	3.2000	17	-55.4µ	-0.13m	23.9µ	0.002	0.001	0	
115	1	 	0.0000	0.0000	3.0500	17	0.18m	-0.23m	-0.11m	0.004	-0.001	0.006	
116	1	 	1.1000	0.0000	3.0500	17	0.17m	-0.12m	-71.0µ	0.002	-0.003	0.005	
117	1	 	2.2000	0.0000	3.0500	17	0.17m	-17.8µ	-12.6µ	0	-0.003	0.005	
118	1	 	3.3000	0.0000	3.0500	17	0.17m	87.9µ	51.7µ	-0.002	-0.003	0.005	
119	1	 	4.4000	0.0000	3.0500	17	0.17m	0.19m	0.11m	-0.003	-0.003	0.005	
120	1	 	5.5000	0.0000	3.0500	17	0.18m	0.30m	0.15m	-0.006	-0.001	0.006	
121	1	 	1.1000	3.6000	3.0500	17	-0.17m	-0.12m	71.0µ	0.002	0.003	0.005	
122	1	 	0.0000	3.6000	3.0500	17	-0.18m	-0.23m	0.11m	0.004	0.001	0.006	
123	1	 	2.2000	3.6000	3.0500	17	-0.17m	-17.8µ	12.6µ	0	0.003	0.005	
124	1	 	3.3000	3.6000	3.0500	17	-0.17m	87.9µ	-51.7µ	-0.002	0.003	0.005	
125	1	 	4.4000	3.6000	3.0500	17	-0.17m	0.19m	-0.11m	-0.003	0.003	0.005	
126	1	 	5.5000	3.6000	3.0500	17	-0.18m	0.30m	-0.15m	-0.006	0.001	0.006	
8	2	 	0.1000	3.6000	6.1500	17	-0.65m	-0.89m	0.13m	0.013	0.003	0.021	
9	2	 	5.4000	3.6000	6.1500	17	-0.65m	1.04m	-0.17m	-0.014	0.003	0.021	
10	2	 	0.1000	0.0000	6.1500	17	0.65m	-0.89m	-0.13m	0.013	-0.003	0.021	
11	2	 	5.4000	0.0000	6.1500	17	0.65m	1.04m	0.17m	-0.014	-0.003	0.021	
55	2	1	0.0000	0.0000	6.4000	17	0.69m	-0.97m	-0.11m	0.013	0.01	0.015	
56	2	2	5.5000	0.0000	6.4000	17	0.69m	1.12m	0.15m	-0.014	0.01	0.015	
57	2	3	0.0000	3.6000	6.4000	17	-0.69m	-0.97m	0.11m	0.013	-0.01	0.015	
58	2	4	5.5000	3.6000	6.4000	17	-0.69m	1.12m	-0.15m	-0.014	-0.01	0.015	
59	2	5	0.0000	1.2000	6.4000	17	0.26m	-0.95m	-26.2µ	0.003	0.006	0.023	
60	2	6	5.5000	1.2000	6.4000	17	0.26m	1.10m	37.5µ	-0.004	0.005	0.023	
61	2	7	0.0000	2.4000	6.4000	17	-0.26m	-0.95m	26.2µ	0.003	-0.006	0.023	
62	2	8	5.5000	2.4000	6.4000	17	-0.26m	1.10m	-37.5µ	-0.004	-0.005	0.023	
63	2	 	0.1000	3.6000	6.1500	17	-0.65m	-0.89m	0.13m	0.013	-0.01	0.015	
64	2	 	5.4000	3.6000	6.1500	17	-0.65m	1.04m	-0.17m	-0.014	-0.01	0.015	
65	2	 	0.1000	0.0000	6.1500	17	0.65m	-0.89m	-0.13m	0.013	0.01	0.015	
66	2	 	5.4000	0.0000	6.1500	17	0.65m	1.04m	0.17m	-0.014	0.01	0.015	
67	2	 	0.0000	1.1000	6.2500	17	0.29m	-0.94m	-31.4µ	0.003	0.006	0.023	
68	2	 	0.0000	0.1500	6.2500	17	0.62m	-0.94m	-78.0µ	0.013	0.01	0.015	
69	2	 	0.0000	3.4500	6.2500	17	-0.62m	-0.94m	78.0µ	0.013	-0.01	0.015	
70	2	 	0.0000	2.5000	6.2500	17	-0.29m	-0.94m	31.4µ	0.003	-0.006	0.023	
71	2	 	0.0000	2.3000	6.2500	17	-0.21m	-0.94m	21.0µ	0.003	-0.006	0.023	
72	2	 	0.0000	1.3000	6.2500	17	0.21m	-0.94m	-21.0µ	0.003	0.006	0.023	
73	2	 	5.5000	3.4500	6.2500	17	-0.62m	1.09m	-0.11m	-0.014	-0.01	0.015	
74	2	 	5.5000	2.5000	6.2500	17	-0.29m	1.09m	-44.8µ	-0.004	-0.005	0.023	
75	2	 	5.5000	1.1000	6.2500	17	0.29m	1.09m	44.8µ	-0.004	0.005	0.023	
76	2	 	5.5000	0.1500	6.2500	17	0.62m	1.09m	0.11m	-0.014	0.01	0.015	
77	2	 	5.5000	2.3000	6.2500	17	-0.21m	1.09m	-30.1µ	-0.004	-0.005	0.023	
78	2	 	5.5000	1.3000	6.2500	17	0.21m	1.09m	30.1µ	-0.004	0.005	0.023	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Azione 18) Sisma Y
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																									
0	0	1	0.0000	0.0000	0.0000	18	40.0µ	0.98m	7.90m	-0.224	0.009	0	
1	0	5	0.0000	1.2000	0.0000	18	6.52µ	1.17m	2.84m	-0.268	0.001	0	
2	0	 	0.0000	0.1500	-0.2500	18	0.11µ	0	7.32m	-0.224	0.009	0	
3	0	 	0.0000	1.2000	-0.2500	18	0	0	2.84m	-0.268	0.001	0	
4	0	7	0.0000	2.4000	0.0000	18	-6.52µ	1.17m	-2.84m	-0.268	-0.001	0	
5	0	 	0.0000	2.4000	-0.2500	18	0	0	-2.84m	-0.268	-0.001	0	
6	0	3	0.0000	3.6000	0.0000	18	-40.0µ	0.98m	-7.90m	-0.224	-0.009	0	
7	0	 	0.0000	3.4500	-0.2500	18	-0.11µ	0	-7.32m	-0.224	-0.009	0	
8	0	2	5.5000	0.0000	0.0000	18	52.6µ	1.17m	8.75m	-0.268	0.012	0	
9	0	6	5.5000	1.2000	0.0000	18	-49.3n	1.25m	3.01m	-0.288	0	0	
10	0	 	5.5000	0.1500	-0.2500	18	-70.8n	0	8.05m	-0.268	0.012	0	
11	0	 	5.5000	1.2000	-0.2500	18	0	0	3.01m	-0.288	0	0	
12	0	8	5.5000	2.4000	0.0000	18	49.3n	1.25m	-3.01m	-0.288	0	0	
13	0	9	5.5000	1.8000	0.0000	18	0	1.25m	-2.18f	-0.288	0	0	
14	0	 	5.5000	1.8000	-0.2500	18	0	0	-2.18f	-0.288	0	0	
15	0	 	5.5000	2.4000	-0.2500	18	0	0	-3.01m	-0.288	0	0	
16	0	4	5.5000	3.6000	0.0000	18	-52.6µ	1.17m	-8.75m	-0.268	-0.012	0	
17	0	 	5.5000	3.4500	-0.2500	18	70.8n	0	-8.05m	-0.268	-0.012	0	
79	0	 	1.1000	1.2000	-0.2500	18	0	0	2.84m	-0.272	0	0	
80	0	 	1.1000	2.4000	-0.2500	18	0	0	-2.84m	-0.272	0	0	
81	0	 	2.2000	1.2000	-0.2500	18	0	0	2.85m	-0.272	-0.001	0	
82	0	 	2.2000	2.4000	-0.2500	18	0	0	-2.85m	-0.272	0.001	0	
83	0	 	3.3000	1.2000	-0.2500	18	0	0	2.89m	-0.276	-0.003	0	
84	0	 	3.3000	2.4000	-0.2500	18	0	0	-2.89m	-0.276	0.003	0	
85	0	 	4.4000	1.2000	-0.2500	18	0	0	2.95m	-0.282	-0.004	0	
86	0	 	4.4000	2.4000	-0.2500	18	0	0	-2.95m	-0.282	0.004	0	
87	0	 	1.1000	1.2000	0.0000	18	-1.34µ	1.18m	2.84m	-0.272	0	0	
88	0	 	2.2000	1.2000	0.0000	18	-6.06µ	1.19m	2.85m	-0.272	-0.001	0	
89	0	 	3.3000	1.2000	0.0000	18	-11.3µ	1.20m	2.89m	-0.276	-0.003	0	
90	0	 	4.4000	1.2000	0.0000	18	-15.6µ	1.23m	2.95m	-0.282	-0.004	0	
91	0	 	4.4000	2.4000	0.0000	18	15.6µ	1.23m	-2.95m	-0.282	0.004	0	
92	0	 	3.3000	2.4000	0.0000	18	11.3µ	1.20m	-2.89m	-0.276	0.003	0	
93	0	 	2.2000	2.4000	0.0000	18	6.06µ	1.19m	-2.85m	-0.272	0.001	0	
94	0	 	1.1000	2.4000	0.0000	18	1.34µ	1.18m	-2.84m	-0.272	0	0	
0	1	 	0.0000	2.4000	1.0667	18	-45.9µ	6.30m	-2.89m	0	-0.002	0.004	
1	1	 	0.0000	1.2000	1.0667	18	45.9µ	6.30m	2.89m	0	0.002	0.004	
2	1	 	0.0000	2.4000	2.1333	18	-88.6µ	11.5m	-2.87m	0	-0.002	0.008	
3	1	 	0.0000	1.2000	2.1333	18	88.6µ	11.5m	2.87m	0	0.002	0.008	
7	1	9	5.5000	1.8000	3.2000	18	0	17.7m	-1.51f	-0.285	0	0.012	
18	1	1	0.0000	0.0000	3.2000	18	0.36m	16.6m	8.09m	-0.274	-0.006	0.013	
19	1	 	0.0000	0.0000	2.7000	18	0.41m	14.2m	8.09m	-0.274	-0.006	0.013	
20	1	2	5.5000	0.0000	3.2000	18	0.36m	17.8m	8.90m	-0.3	-0.005	0.011	
21	1	 	5.5000	0.0000	2.7000	18	0.40m	15.2m	8.90m	-0.3	-0.005	0.011	
22	1	3	0.0000	3.6000	3.2000	18	-0.36m	16.6m	-8.09m	-0.274	0.006	0.013	
23	1	 	0.0000	3.6000	2.7000	18	-0.41m	14.2m	-8.09m	-0.274	0.006	0.013	
24	1	4	5.5000	3.6000	3.2000	18	-0.36m	17.8m	-8.90m	-0.3	0.005	0.011	
25	1	 	5.5000	3.6000	2.7000	18	-0.40m	15.2m	-8.90m	-0.3	0.005	0.011	
27	1	 	1.1000	3.6000	3.2000	18	-0.35m	16.8m	-8.24m	-0.258	0.008	0.012	
28	1	 	2.2000	3.6000	3.2000	18	-0.35m	17.0m	-8.41m	-0.267	0.009	0.011	
29	1	 	3.3000	3.6000	3.2000	18	-0.34m	17.3m	-8.59m	-0.273	0.01	0.011	
30	1	 	4.4000	3.6000	3.2000	18	-0.35m	17.5m	-8.77m	-0.277	0.008	0.011	
31	1	 	0.0000	3.6000	2.9500	18	-0.39m	15.4m	-8.09m	-0.274	0.006	0.013	
32	1	 	1.1000	3.6000	2.9500	18	-0.39m	15.6m	-8.24m	-0.258	0.008	0.012	
33	1	 	2.2000	3.6000	2.9500	18	-0.39m	15.9m	-8.41m	-0.267	0.009	0.011	
34	1	 	3.3000	3.6000	2.9500	18	-0.39m	16.1m	-8.59m	-0.273	0.01	0.011	
35	1	 	4.4000	3.6000	2.9500	18	-0.38m	16.3m	-8.77m	-0.277	0.008	0.011	
36	1	 	5.5000	3.6000	2.9500	18	-0.38m	16.5m	-8.90m	-0.3	0.005	0.011	
37	1	 	1.1000	0.0000	3.2000	18	0.35m	16.8m	8.24m	-0.258	-0.008	0.012	
38	1	 	2.2000	0.0000	3.2000	18	0.35m	17.0m	8.41m	-0.267	-0.009	0.011	
39	1	 	3.3000	0.0000	3.2000	18	0.34m	17.3m	8.59m	-0.273	-0.01	0.011	
40	1	 	4.4000	0.0000	3.2000	18	0.35m	17.5m	8.77m	-0.277	-0.008	0.011	
41	1	 	0.0000	0.0000	2.9500	18	0.39m	15.4m	8.09m	-0.274	-0.006	0.013	
42	1	 	1.1000	0.0000	2.9500	18	0.39m	15.6m	8.24m	-0.258	-0.008	0.012	
43	1	 	2.2000	0.0000	2.9500	18	0.39m	15.9m	8.41m	-0.267	-0.009	0.011	
44	1	 	3.3000	0.0000	2.9500	18	0.39m	16.1m	8.59m	-0.273	-0.01	0.011	
45	1	 	4.4000	0.0000	2.9500	18	0.38m	16.3m	8.77m	-0.277	-0.008	0.011	
46	1	 	5.5000	0.0000	2.9500	18	0.38m	16.5m	8.90m	-0.3	-0.005	0.011	
47	1	5	0.0000	1.2000	3.2000	18	0.13m	16.5m	2.79m	-0.252	0.003	0.013	
48	1	 	0.0000	1.2000	2.9500	18	0.12m	15.4m	2.79m	-0.252	0.003	0.013	
49	1	6	5.5000	1.2000	3.2000	18	0.12m	17.7m	2.98m	-0.285	0	0.012	
50	1	 	5.5000	1.2000	2.9500	18	0.12m	16.5m	2.98m	-0.285	0	0.012	
51	1	7	0.0000	2.4000	3.2000	18	-0.13m	16.5m	-2.79m	-0.252	-0.003	0.013	
52	1	 	0.0000	2.4000	2.9500	18	-0.12m	15.4m	-2.79m	-0.252	-0.003	0.013	
53	1	8	5.5000	2.4000	3.2000	18	-0.12m	17.7m	-2.98m	-0.285	0	0.012	
54	1	 	5.5000	2.4000	2.9500	18	-0.12m	16.5m	-2.98m	-0.285	0	0.012	
95	1	 	0.0000	1.2000	3.0500	18	0.13m	15.9m	2.79m	-0.252	0.003	0.013	
96	1	 	1.1000	1.2000	3.0500	18	0.13m	16.1m	2.76m	-0.264	0	0	
97	1	 	1.1000	2.4000	3.0500	18	-0.13m	16.1m	-2.76m	-0.264	0	0	
98	1	 	0.0000	2.4000	3.0500	18	-0.13m	15.9m	-2.79m	-0.252	-0.003	0.013	
99	1	 	2.2000	1.2000	3.0500	18	0.12m	16.3m	2.80m	-0.268	-0.003	0	
100	1	 	2.2000	2.4000	3.0500	18	-0.12m	16.3m	-2.80m	-0.268	0.003	0	
101	1	 	3.3000	1.2000	3.0500	18	0.12m	16.6m	2.86m	-0.274	-0.003	0	
102	1	 	3.3000	2.4000	3.0500	18	-0.12m	16.6m	-2.86m	-0.274	0.003	0	
103	1	 	4.4000	1.2000	3.0500	18	0.12m	16.8m	2.93m	-0.278	-0.004	0	
104	1	 	4.4000	2.4000	3.0500	18	-0.12m	16.8m	-2.93m	-0.278	0.004	0	
105	1	 	5.5000	1.2000	3.0500	18	0.12m	17.0m	2.98m	-0.285	0	0.012	
106	1	 	5.5000	2.4000	3.0500	18	-0.12m	17.0m	-2.98m	-0.285	0	0.012	
107	1	 	1.1000	1.2000	3.2000	18	0.13m	16.8m	2.76m	-0.264	0	0	
108	1	 	2.2000	1.2000	3.2000	18	0.12m	17.0m	2.80m	-0.268	-0.003	0	
109	1	 	3.3000	1.2000	3.2000	18	0.11m	17.3m	2.86m	-0.274	-0.003	0	
110	1	 	4.4000	1.2000	3.2000	18	0.11m	17.5m	2.93m	-0.278	-0.004	0	
111	1	 	4.4000	2.4000	3.2000	18	-0.11m	17.5m	-2.93m	-0.278	0.004	0	
112	1	 	3.3000	2.4000	3.2000	18	-0.11m	17.3m	-2.86m	-0.274	0.003	0	
113	1	 	2.2000	2.4000	3.2000	18	-0.12m	17.0m	-2.80m	-0.268	0.003	0	
114	1	 	1.1000	2.4000	3.2000	18	-0.13m	16.8m	-2.76m	-0.264	0	0	
115	1	 	0.0000	0.0000	3.0500	18	0.37m	15.9m	8.09m	-0.274	-0.006	0.013	
116	1	 	1.1000	0.0000	3.0500	18	0.37m	16.1m	8.24m	-0.258	-0.008	0.012	
117	1	 	2.2000	0.0000	3.0500	18	0.37m	16.3m	8.41m	-0.267	-0.009	0.011	
118	1	 	3.3000	0.0000	3.0500	18	0.37m	16.6m	8.59m	-0.273	-0.01	0.011	
119	1	 	4.4000	0.0000	3.0500	18	0.37m	16.8m	8.77m	-0.277	-0.008	0.011	
120	1	 	5.5000	0.0000	3.0500	18	0.37m	17.0m	8.90m	-0.3	-0.005	0.011	
121	1	 	1.1000	3.6000	3.0500	18	-0.37m	16.1m	-8.24m	-0.258	0.008	0.012	
122	1	 	0.0000	3.6000	3.0500	18	-0.37m	15.9m	-8.09m	-0.274	0.006	0.013	
123	1	 	2.2000	3.6000	3.0500	18	-0.37m	16.3m	-8.41m	-0.267	0.009	0.011	
124	1	 	3.3000	3.6000	3.0500	18	-0.37m	16.6m	-8.59m	-0.273	0.01	0.011	
125	1	 	4.4000	3.6000	3.0500	18	-0.37m	16.8m	-8.77m	-0.277	0.008	0.011	
126	1	 	5.5000	3.6000	3.0500	18	-0.37m	17.0m	-8.90m	-0.3	0.005	0.011	
8	2	 	0.1000	3.6000	6.1500	18	-0.73m	40.2m	-8.13m	-0.431	0.009	0.024	
9	2	 	5.4000	3.6000	6.1500	18	-0.73m	42.4m	-8.98m	-0.454	0.009	0.024	
10	2	 	0.1000	0.0000	6.1500	18	0.73m	40.2m	8.13m	-0.431	-0.009	0.024	
11	2	 	5.4000	0.0000	6.1500	18	0.73m	42.4m	8.98m	-0.454	-0.009	0.024	
55	2	1	0.0000	0.0000	6.4000	18	0.80m	42.0m	8.16m	-0.431	0.016	0.055	
56	2	2	5.5000	0.0000	6.4000	18	0.78m	44.4m	8.96m	-0.454	0.013	-0.016	
57	2	3	0.0000	3.6000	6.4000	18	-0.80m	42.0m	-8.16m	-0.431	-0.016	0.055	
58	2	4	5.5000	3.6000	6.4000	18	-0.78m	44.4m	-8.96m	-0.454	-0.013	-0.016	
59	2	5	0.0000	1.2000	6.4000	18	98.8µ	41.5m	2.54m	-0.251	-0.002	0.014	
60	2	6	5.5000	1.2000	6.4000	18	0.47m	43.9m	2.76m	-0.275	0.009	0.037	
61	2	7	0.0000	2.4000	6.4000	18	-98.8µ	41.5m	-2.54m	-0.251	0.002	0.014	
62	2	8	5.5000	2.4000	6.4000	18	-0.47m	43.9m	-2.76m	-0.275	-0.009	0.037	
63	2	 	0.1000	3.6000	6.1500	18	-0.73m	40.2m	-8.13m	-0.431	-0.016	0.055	
64	2	 	5.4000	3.6000	6.1500	18	-0.73m	42.4m	-8.98m	-0.454	-0.013	-0.016	
65	2	 	0.1000	0.0000	6.1500	18	0.73m	40.2m	8.13m	-0.431	0.016	0.055	
66	2	 	5.4000	0.0000	6.1500	18	0.73m	42.4m	8.98m	-0.454	0.013	-0.016	
67	2	 	0.0000	1.1000	6.2500	18	0.13m	40.8m	2.98m	-0.251	-0.002	0.014	
68	2	 	0.0000	0.1500	6.2500	18	0.62m	40.9m	7.03m	-0.431	0.016	0.055	
69	2	 	0.0000	3.4500	6.2500	18	-0.62m	40.9m	-7.03m	-0.431	-0.016	0.055	
70	2	 	0.0000	2.5000	6.2500	18	-0.13m	40.8m	-2.98m	-0.251	0.002	0.014	
71	2	 	0.0000	2.3000	6.2500	18	-78.7µ	40.8m	-2.10m	-0.251	0.002	0.014	
72	2	 	0.0000	1.3000	6.2500	18	78.7µ	40.8m	2.10m	-0.251	-0.002	0.014	
73	2	 	5.5000	3.4500	6.2500	18	-0.79m	43.2m	-7.77m	-0.454	-0.013	-0.016	
74	2	 	5.5000	2.5000	6.2500	18	-0.51m	43.2m	-3.24m	-0.275	-0.009	0.037	
75	2	 	5.5000	1.1000	6.2500	18	0.51m	43.2m	3.24m	-0.275	0.009	0.037	
76	2	 	5.5000	0.1500	6.2500	18	0.79m	43.2m	7.77m	-0.454	0.013	-0.016	
77	2	 	5.5000	2.3000	6.2500	18	-0.38m	43.2m	-2.28m	-0.275	-0.009	0.037	
78	2	 	5.5000	1.3000	6.2500	18	0.38m	43.2m	2.28m	-0.275	0.009	0.037	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Azione 19) Ecc.X  Sism.Y
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																									
0	0	1	0.0000	0.0000	0.0000	19	23.4µ	-19.8µ	-0.15m	0.005	0.005	0	
1	0	5	0.0000	1.2000	0.0000	19	-2.06µ	-22.7µ	-53.5µ	0.005	0	0	
2	0	 	0.0000	0.1500	-0.2500	19	-0.21µ	0	-0.14m	0.005	0.005	0	
3	0	 	0.0000	1.2000	-0.2500	19	0	0	-53.5µ	0.005	0	0	
4	0	7	0.0000	2.4000	0.0000	19	2.06µ	-22.7µ	53.5µ	0.005	0	0	
5	0	 	0.0000	2.4000	-0.2500	19	0	0	53.5µ	0.005	0	0	
6	0	3	0.0000	3.6000	0.0000	19	-23.4µ	-19.8µ	0.15m	0.005	-0.005	0	
7	0	 	0.0000	3.4500	-0.2500	19	0.21µ	0	0.14m	0.005	-0.005	0	
8	0	2	5.5000	0.0000	0.0000	19	34.3µ	32.3µ	0.23m	-0.007	0.008	0	
9	0	6	5.5000	1.2000	0.0000	19	-16.9n	32.5µ	78.0µ	-0.007	0	0	
10	0	 	5.5000	0.1500	-0.2500	19	-48.9n	0	0.21m	-0.007	0.008	0	
11	0	 	5.5000	1.2000	-0.2500	19	0	0	78.0µ	-0.007	0	0	
12	0	8	5.5000	2.4000	0.0000	19	16.9n	32.5µ	-78.0µ	-0.007	0	0	
13	0	9	5.5000	1.8000	0.0000	19	0	32.5µ	0	-0.007	0	0	
14	0	 	5.5000	1.8000	-0.2500	19	0	0	0	-0.007	0	0	
15	0	 	5.5000	2.4000	-0.2500	19	0	0	-78.0µ	-0.007	0	0	
16	0	4	5.5000	3.6000	0.0000	19	-34.3µ	32.3µ	-0.23m	-0.007	-0.008	0	
17	0	 	5.5000	3.4500	-0.2500	19	48.9n	0	-0.21m	-0.007	-0.008	0	
79	0	 	1.1000	1.2000	-0.2500	19	0	0	-29.6µ	0.003	-0.001	0	
80	0	 	1.1000	2.4000	-0.2500	19	0	0	29.6µ	0.003	0.001	0	
81	0	 	2.2000	1.2000	-0.2500	19	0	0	-1.11µ	0	-0.001	0	
82	0	 	2.2000	2.4000	-0.2500	19	0	0	1.11µ	0	0.001	0	
83	0	 	3.3000	1.2000	-0.2500	19	0	0	27.6µ	-0.003	-0.001	0	
84	0	 	3.3000	2.4000	-0.2500	19	0	0	-27.6µ	-0.003	0.001	0	
85	0	 	4.4000	1.2000	-0.2500	19	0	0	56.2µ	-0.005	-0.001	0	
86	0	 	4.4000	2.4000	-0.2500	19	0	0	-56.2µ	-0.005	0.001	0	
87	0	 	1.1000	1.2000	0.0000	19	-6.36µ	-12.3µ	-29.6µ	0.003	-0.001	0	
88	0	 	2.2000	1.2000	0.0000	19	-6.51µ	-0.47µ	-1.11µ	0	-0.001	0	
89	0	 	3.3000	1.2000	0.0000	19	-6.53µ	11.5µ	27.6µ	-0.003	-0.001	0	
90	0	 	4.4000	1.2000	0.0000	19	-6.32µ	23.5µ	56.2µ	-0.005	-0.001	0	
91	0	 	4.4000	2.4000	0.0000	19	6.32µ	23.5µ	-56.2µ	-0.005	0.001	0	
92	0	 	3.3000	2.4000	0.0000	19	6.53µ	11.5µ	-27.6µ	-0.003	0.001	0	
93	0	 	2.2000	2.4000	0.0000	19	6.51µ	-0.47µ	1.11µ	0	0.001	0	
94	0	 	1.1000	2.4000	0.0000	19	6.36µ	-12.3µ	29.6µ	0.003	0.001	0	
0	1	 	0.0000	2.4000	1.0667	19	-23.8µ	-0.13m	60.2µ	0	-0.002	0.002	
1	1	 	0.0000	1.2000	1.0667	19	23.8µ	-0.13m	-60.2µ	0	0.002	0.002	
2	1	 	0.0000	2.4000	2.1333	19	-60.8µ	-0.24m	61.2µ	0	-0.002	0.006	
3	1	 	0.0000	1.2000	2.1333	19	60.8µ	-0.24m	-61.2µ	0	0.002	0.006	
7	1	9	5.5000	1.8000	3.2000	19	0	0.50m	0	-0.008	0	0.008	
18	1	1	0.0000	0.0000	3.2000	19	0.26m	-0.35m	-0.16m	0.006	-0.002	0.009	
19	1	 	0.0000	0.0000	2.7000	19	0.28m	-0.30m	-0.16m	0.006	-0.002	0.009	
20	1	2	5.5000	0.0000	3.2000	19	0.26m	0.50m	0.24m	-0.009	-0.002	0.009	
21	1	 	5.5000	0.0000	2.7000	19	0.28m	0.43m	0.24m	-0.009	-0.002	0.009	
22	1	3	0.0000	3.6000	3.2000	19	-0.26m	-0.35m	0.16m	0.006	0.002	0.009	
23	1	 	0.0000	3.6000	2.7000	19	-0.28m	-0.30m	0.16m	0.006	0.002	0.009	
24	1	4	5.5000	3.6000	3.2000	19	-0.26m	0.50m	-0.24m	-0.009	0.002	0.009	
25	1	 	5.5000	3.6000	2.7000	19	-0.28m	0.43m	-0.24m	-0.009	0.002	0.009	
27	1	 	1.1000	3.6000	3.2000	19	-0.26m	-0.18m	99.6µ	0.003	0.004	0.008	
28	1	 	2.2000	3.6000	3.2000	19	-0.25m	-10.5µ	10.0µ	0	0.005	0.008	
29	1	 	3.3000	3.6000	3.2000	19	-0.25m	0.16m	-87.8µ	-0.003	0.005	0.008	
30	1	 	4.4000	3.6000	3.2000	19	-0.26m	0.33m	-0.18m	-0.006	0.004	0.008	
31	1	 	0.0000	3.6000	2.9500	19	-0.27m	-0.33m	0.16m	0.006	0.002	0.009	
32	1	 	1.1000	3.6000	2.9500	19	-0.27m	-0.17m	99.6µ	0.003	0.004	0.008	
33	1	 	2.2000	3.6000	2.9500	19	-0.27m	-8.93µ	10.0µ	0	0.005	0.008	
34	1	 	3.3000	3.6000	2.9500	19	-0.27m	0.15m	-87.8µ	-0.003	0.005	0.008	
35	1	 	4.4000	3.6000	2.9500	19	-0.27m	0.31m	-0.18m	-0.006	0.004	0.008	
36	1	 	5.5000	3.6000	2.9500	19	-0.27m	0.47m	-0.24m	-0.009	0.002	0.009	
37	1	 	1.1000	0.0000	3.2000	19	0.26m	-0.18m	-99.6µ	0.003	-0.004	0.008	
38	1	 	2.2000	0.0000	3.2000	19	0.25m	-10.5µ	-10.0µ	0	-0.005	0.008	
39	1	 	3.3000	0.0000	3.2000	19	0.25m	0.16m	87.8µ	-0.003	-0.005	0.008	
40	1	 	4.4000	0.0000	3.2000	19	0.26m	0.33m	0.18m	-0.006	-0.004	0.008	
41	1	 	0.0000	0.0000	2.9500	19	0.27m	-0.33m	-0.16m	0.006	-0.002	0.009	
42	1	 	1.1000	0.0000	2.9500	19	0.27m	-0.17m	-99.6µ	0.003	-0.004	0.008	
43	1	 	2.2000	0.0000	2.9500	19	0.27m	-8.93µ	-10.0µ	0	-0.005	0.008	
44	1	 	3.3000	0.0000	2.9500	19	0.27m	0.15m	87.8µ	-0.003	-0.005	0.008	
45	1	 	4.4000	0.0000	2.9500	19	0.27m	0.31m	0.18m	-0.006	-0.004	0.008	
46	1	 	5.5000	0.0000	2.9500	19	0.27m	0.47m	0.24m	-0.009	-0.002	0.009	
47	1	5	0.0000	1.2000	3.2000	19	85.5µ	-0.35m	-56.8µ	0.005	-0.001	0.009	
48	1	 	0.0000	1.2000	2.9500	19	88.9µ	-0.33m	-56.8µ	0.005	-0.001	0.009	
49	1	6	5.5000	1.2000	3.2000	19	88.6µ	0.50m	79.7µ	-0.008	0	0.008	
50	1	 	5.5000	1.2000	2.9500	19	88.6µ	0.47m	79.7µ	-0.008	0	0.008	
51	1	7	0.0000	2.4000	3.2000	19	-85.5µ	-0.35m	56.8µ	0.005	0.001	0.009	
52	1	 	0.0000	2.4000	2.9500	19	-88.9µ	-0.33m	56.8µ	0.005	0.001	0.009	
53	1	8	5.5000	2.4000	3.2000	19	-88.6µ	0.50m	-79.7µ	-0.008	0	0.008	
54	1	 	5.5000	2.4000	2.9500	19	-88.6µ	0.47m	-79.7µ	-0.008	0	0.008	
95	1	 	0.0000	1.2000	3.0500	19	87.5µ	-0.33m	-56.8µ	0.005	-0.001	0.009	
96	1	 	1.1000	1.2000	3.0500	19	88.5µ	-0.17m	-33.5µ	0.003	-0.002	0	
97	1	 	1.1000	2.4000	3.0500	19	-88.5µ	-0.17m	33.5µ	0.003	0.002	0	
98	1	 	0.0000	2.4000	3.0500	19	-87.5µ	-0.33m	56.8µ	0.005	0.001	0.009	
99	1	 	2.2000	1.2000	3.0500	19	88.6µ	-9.50µ	-3.25µ	0	-0.002	0	
100	1	 	2.2000	2.4000	3.0500	19	-88.6µ	-9.50µ	3.25µ	0	0.002	0	
101	1	 	3.3000	1.2000	3.0500	19	88.7µ	0.15m	29.4µ	-0.003	-0.002	0	
102	1	 	3.3000	2.4000	3.0500	19	-88.7µ	0.15m	-29.4µ	-0.003	0.002	0	
103	1	 	4.4000	1.2000	3.0500	19	88.7µ	0.32m	60.1µ	-0.006	-0.002	0	
104	1	 	4.4000	2.4000	3.0500	19	-88.7µ	0.32m	-60.1µ	-0.006	0.002	0	
105	1	 	5.5000	1.2000	3.0500	19	88.6µ	0.48m	79.7µ	-0.008	0	0.008	
106	1	 	5.5000	2.4000	3.0500	19	-88.6µ	0.48m	-79.7µ	-0.008	0	0.008	
107	1	 	1.1000	1.2000	3.2000	19	84.5µ	-0.18m	-33.5µ	0.003	-0.002	0	
108	1	 	2.2000	1.2000	3.2000	19	84.2µ	-10.3µ	-3.25µ	0	-0.002	0	
109	1	 	3.3000	1.2000	3.2000	19	84.2µ	0.16m	29.4µ	-0.003	-0.002	0	
110	1	 	4.4000	1.2000	3.2000	19	84.8µ	0.33m	60.1µ	-0.006	-0.002	0	
111	1	 	4.4000	2.4000	3.2000	19	-84.8µ	0.33m	-60.1µ	-0.006	0.002	0	
112	1	 	3.3000	2.4000	3.2000	19	-84.2µ	0.16m	-29.4µ	-0.003	0.002	0	
113	1	 	2.2000	2.4000	3.2000	19	-84.2µ	-10.3µ	3.25µ	0	0.002	0	
114	1	 	1.1000	2.4000	3.2000	19	-84.5µ	-0.18m	33.5µ	0.003	0.002	0	
115	1	 	0.0000	0.0000	3.0500	19	0.27m	-0.34m	-0.16m	0.006	-0.002	0.009	
116	1	 	1.1000	0.0000	3.0500	19	0.27m	-0.17m	-99.6µ	0.003	-0.004	0.008	
117	1	 	2.2000	0.0000	3.0500	19	0.27m	-9.54µ	-10.0µ	0	-0.005	0.008	
118	1	 	3.3000	0.0000	3.0500	19	0.27m	0.15m	87.8µ	-0.003	-0.005	0.008	
119	1	 	4.4000	0.0000	3.0500	19	0.27m	0.32m	0.18m	-0.006	-0.004	0.008	
120	1	 	5.5000	0.0000	3.0500	19	0.27m	0.48m	0.24m	-0.009	-0.002	0.009	
121	1	 	1.1000	3.6000	3.0500	19	-0.27m	-0.17m	99.6µ	0.003	0.004	0.008	
122	1	 	0.0000	3.6000	3.0500	19	-0.27m	-0.34m	0.16m	0.006	0.002	0.009	
123	1	 	2.2000	3.6000	3.0500	19	-0.27m	-9.54µ	10.0µ	0	0.005	0.008	
124	1	 	3.3000	3.6000	3.0500	19	-0.27m	0.15m	-87.8µ	-0.003	0.005	0.008	
125	1	 	4.4000	3.6000	3.0500	19	-0.27m	0.32m	-0.18m	-0.006	0.004	0.008	
126	1	 	5.5000	3.6000	3.0500	19	-0.27m	0.48m	-0.24m	-0.009	0.002	0.009	
8	2	 	0.1000	3.6000	6.1500	19	-0.99m	-1.40m	0.20m	0.018	0.005	0.033	
9	2	 	5.4000	3.6000	6.1500	19	-0.99m	1.68m	-0.28m	-0.021	0.005	0.033	
10	2	 	0.1000	0.0000	6.1500	19	0.99m	-1.40m	-0.20m	0.018	-0.005	0.033	
11	2	 	5.4000	0.0000	6.1500	19	0.99m	1.68m	0.28m	-0.021	-0.005	0.033	
55	2	1	0.0000	0.0000	6.4000	19	1.09m	-1.51m	-0.16m	0.018	0.023	0.02	
56	2	2	5.5000	0.0000	6.4000	19	1.09m	1.81m	0.24m	-0.021	0.023	0.02	
57	2	3	0.0000	3.6000	6.4000	19	-1.09m	-1.51m	0.16m	0.018	-0.023	0.02	
58	2	4	5.5000	3.6000	6.4000	19	-1.09m	1.81m	-0.24m	-0.021	-0.023	0.02	
59	2	5	0.0000	1.2000	6.4000	19	0.43m	-1.48m	-38.5µ	0.005	0.009	0.037	
60	2	6	5.5000	1.2000	6.4000	19	0.43m	1.77m	62.3µ	-0.007	0.009	0.037	
61	2	7	0.0000	2.4000	6.4000	19	-0.43m	-1.48m	38.5µ	0.005	-0.009	0.037	
62	2	8	5.5000	2.4000	6.4000	19	-0.43m	1.77m	-62.3µ	-0.007	-0.009	0.037	
63	2	 	0.1000	3.6000	6.1500	19	-0.99m	-1.40m	0.20m	0.018	-0.023	0.02	
64	2	 	5.4000	3.6000	6.1500	19	-0.99m	1.68m	-0.28m	-0.021	-0.023	0.02	
65	2	 	0.1000	0.0000	6.1500	19	0.99m	-1.40m	-0.20m	0.018	0.023	0.02	
66	2	 	5.4000	0.0000	6.1500	19	0.99m	1.68m	0.28m	-0.021	0.023	0.02	
67	2	 	0.0000	1.1000	6.2500	19	0.47m	-1.46m	-46.5µ	0.005	0.009	0.037	
68	2	 	0.0000	0.1500	6.2500	19	0.97m	-1.46m	-0.12m	0.018	0.023	0.02	
69	2	 	0.0000	3.4500	6.2500	19	-0.97m	-1.46m	0.12m	0.018	-0.023	0.02	
70	2	 	0.0000	2.5000	6.2500	19	-0.47m	-1.46m	46.5µ	0.005	-0.009	0.037	
71	2	 	0.0000	2.3000	6.2500	19	-0.34m	-1.46m	30.6µ	0.005	-0.009	0.037	
72	2	 	0.0000	1.3000	6.2500	19	0.34m	-1.46m	-30.6µ	0.005	0.009	0.037	
73	2	 	5.5000	3.4500	6.2500	19	-0.97m	1.76m	-0.19m	-0.021	-0.023	0.02	
74	2	 	5.5000	2.5000	6.2500	19	-0.47m	1.75m	-74.5µ	-0.007	-0.009	0.037	
75	2	 	5.5000	1.1000	6.2500	19	0.47m	1.75m	74.5µ	-0.007	0.009	0.037	
76	2	 	5.5000	0.1500	6.2500	19	0.97m	1.76m	0.19m	-0.021	0.023	0.02	
77	2	 	5.5000	2.3000	6.2500	19	-0.34m	1.75m	-50.1µ	-0.007	-0.009	0.037	
78	2	 	5.5000	1.3000	6.2500	19	0.34m	1.75m	50.1µ	-0.007	0.009	0.037	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Modo 1) 0.359s x60% y0% z0%
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	1	-88.2µ	4.30µ	-0.56m	-0.001	-0.02	0	88.2µ	-4.30µ	0.56m	0.001	0.02	0	
1	0	5	0.0000	1.2000	0.0000	1	-75.8µ	1.68µ	-0.58m	0	-0.017	0.001	75.8µ	-1.68µ	0.58m	0	0.017	-0.001	
2	0	 	0.0000	0.1500	-0.2500	1	0.73µ	0	-0.57m	-0.001	-0.02	0	-0.73µ	0	0.57m	0.001	0.02	0	
3	0	 	0.0000	1.2000	-0.2500	1	0	0	-0.58m	0	-0.017	0.001	0	0	0.58m	0	0.017	-0.001	
4	0	7	0.0000	2.4000	0.0000	1	-75.8µ	-1.68µ	-0.58m	0	-0.017	-0.001	75.8µ	1.68µ	0.58m	0	0.017	0.001	
5	0	 	0.0000	2.4000	-0.2500	1	0	0	-0.58m	0	-0.017	-0.001	0	0	0.58m	0	0.017	0.001	
6	0	3	0.0000	3.6000	0.0000	1	-88.2µ	-4.30µ	-0.56m	0.001	-0.02	0	88.2µ	4.30µ	0.56m	-0.001	0.02	0	
7	0	 	0.0000	3.4500	-0.2500	1	0.73µ	0	-0.57m	0.001	-0.02	0	-0.73µ	0	0.57m	-0.001	0.02	0	
8	0	2	5.5000	0.0000	0.0000	1	-0.13m	-3.63µ	0.63m	0.001	-0.03	0	0.13m	3.63µ	-0.63m	-0.001	0.03	0	
9	0	6	5.5000	1.2000	0.0000	1	-77.0µ	-8.46n	0.64m	0	-0.018	0	77.0µ	8.46n	-0.64m	0	0.018	0	
10	0	 	5.5000	0.1500	-0.2500	1	49.8n	0	0.63m	0.001	-0.03	0	-49.8n	0	-0.63m	-0.001	0.03	0	
11	0	 	5.5000	1.2000	-0.2500	1	0	0	0.64m	0	-0.018	0	0	0	-0.64m	0	0.018	0	
12	0	8	5.5000	2.4000	0.0000	1	-77.0µ	8.46n	0.64m	0	-0.018	0	77.0µ	-8.46n	-0.64m	0	0.018	0	
13	0	9	5.5000	1.8000	0.0000	1	-77.1µ	0	0.64m	0	-0.018	0	77.1µ	0	-0.64m	0	0.018	0	
14	0	 	5.5000	1.8000	-0.2500	1	0	0	0.64m	0	-0.018	0	0	0	-0.64m	0	0.018	0	
15	0	 	5.5000	2.4000	-0.2500	1	0	0	0.64m	0	-0.018	0	0	0	-0.64m	0	0.018	0	
16	0	4	5.5000	3.6000	0.0000	1	-0.13m	3.63µ	0.63m	-0.001	-0.03	0	0.13m	-3.63µ	-0.63m	0.001	0.03	0	
17	0	 	5.5000	3.4500	-0.2500	1	49.8n	0	0.63m	-0.001	-0.03	0	-49.8n	0	-0.63m	0.001	0.03	0	
79	0	 	1.1000	1.2000	-0.2500	1	0	0	-0.29m	0	-0.013	0	0	0	0.29m	0	0.013	0	
80	0	 	1.1000	2.4000	-0.2500	1	0	0	-0.29m	0	-0.013	0	0	0	0.29m	0	0.013	0	
81	0	 	2.2000	1.2000	-0.2500	1	0	0	-73.6µ	0	-0.01	0	0	0	73.6µ	0	0.01	0	
82	0	 	2.2000	2.4000	-0.2500	1	0	0	-73.6µ	0	-0.01	0	0	0	73.6µ	0	0.01	0	
83	0	 	3.3000	1.2000	-0.2500	1	0	0	0.13m	0	-0.011	0	0	0	-0.13m	0	0.011	0	
84	0	 	3.3000	2.4000	-0.2500	1	0	0	0.13m	0	-0.011	0	0	0	-0.13m	0	0.011	0	
85	0	 	4.4000	1.2000	-0.2500	1	0	0	0.35m	0	-0.013	0	0	0	-0.35m	0	0.013	0	
86	0	 	4.4000	2.4000	-0.2500	1	0	0	0.35m	0	-0.013	0	0	0	-0.35m	0	0.013	0	
87	0	 	1.1000	1.2000	0.0000	1	-56.3µ	1.68µ	-0.29m	0	-0.013	0	56.3µ	-1.68µ	0.29m	0	0.013	0	
88	0	 	2.2000	1.2000	0.0000	1	-45.8µ	0.55µ	-73.6µ	0	-0.01	0	45.8µ	-0.55µ	73.6µ	0	0.01	0	
89	0	 	3.3000	1.2000	0.0000	1	-46.4µ	-0.66µ	0.13m	0	-0.011	0	46.4µ	0.66µ	-0.13m	0	0.011	0	
90	0	 	4.4000	1.2000	0.0000	1	-57.7µ	-1.73µ	0.35m	0	-0.013	0	57.7µ	1.73µ	-0.35m	0	0.013	0	
91	0	 	4.4000	2.4000	0.0000	1	-57.7µ	1.73µ	0.35m	0	-0.013	0	57.7µ	-1.73µ	-0.35m	0	0.013	0	
92	0	 	3.3000	2.4000	0.0000	1	-46.4µ	0.66µ	0.13m	0	-0.011	0	46.4µ	-0.66µ	-0.13m	0	0.011	0	
93	0	 	2.2000	2.4000	0.0000	1	-45.8µ	-0.55µ	-73.6µ	0	-0.01	0	45.8µ	0.55µ	73.6µ	0	0.01	0	
94	0	 	1.1000	2.4000	0.0000	1	-56.3µ	-1.68µ	-0.29m	0	-0.013	0	56.3µ	1.68µ	0.29m	0	0.013	0	
0	1	 	0.0000	2.4000	1.0667	1	-0.55m	0.34µ	-0.58m	0	-0.032	-0.001	0.55m	-0.34µ	0.58m	0	0.032	0.001	
1	1	 	0.0000	1.2000	1.0667	1	-0.55m	-0.34µ	-0.58m	0	-0.032	0.001	0.55m	0.34µ	0.58m	0	0.032	-0.001	
2	1	 	0.0000	2.4000	2.1333	1	-1.17m	0.23µ	-0.58m	0	-0.033	0.001	1.17m	-0.23µ	0.58m	0	0.033	-0.001	
3	1	 	0.0000	1.2000	2.1333	1	-1.17m	-0.23µ	-0.58m	0	-0.033	-0.001	1.17m	0.23µ	0.58m	0	0.033	0.001	
7	1	9	5.5000	1.8000	3.2000	1	-1.70m	0	0.65m	0	-0.021	0	1.70m	0	-0.65m	0	0.021	0	
18	1	1	0.0000	0.0000	3.2000	1	-1.72m	4.46µ	-0.58m	-0.001	-0.024	0	1.72m	-4.46µ	0.58m	0.001	0.024	0	
19	1	 	0.0000	0.0000	2.7000	1	-1.51m	-1.04µ	-0.58m	-0.001	-0.024	0	1.51m	1.04µ	0.58m	0.001	0.024	0	
20	1	2	5.5000	0.0000	3.2000	1	-1.71m	-3.44µ	0.64m	0	-0.022	-0.001	1.71m	3.44µ	-0.64m	0	0.022	0.001	
21	1	 	5.5000	0.0000	2.7000	1	-1.52m	0.58µ	0.64m	0	-0.022	-0.001	1.52m	-0.58µ	-0.64m	0	0.022	0.001	
22	1	3	0.0000	3.6000	3.2000	1	-1.72m	-4.46µ	-0.58m	0.001	-0.024	0	1.72m	4.46µ	0.58m	-0.001	0.024	0	
23	1	 	0.0000	3.6000	2.7000	1	-1.51m	1.04µ	-0.58m	0.001	-0.024	0	1.51m	-1.04µ	0.58m	-0.001	0.024	0	
24	1	4	5.5000	3.6000	3.2000	1	-1.71m	3.44µ	0.64m	0	-0.022	0.001	1.71m	-3.44µ	-0.64m	0	0.022	-0.001	
25	1	 	5.5000	3.6000	2.7000	1	-1.52m	-0.58µ	0.64m	0	-0.022	0.001	1.52m	0.58µ	-0.64m	0	0.022	-0.001	
27	1	 	1.1000	3.6000	3.2000	1	-1.68m	-2.28µ	-0.23m	0.001	-0.014	0	1.68m	2.28µ	0.23m	-0.001	0.014	0	
28	1	 	2.2000	3.6000	3.2000	1	-1.67m	-0.96µ	-26.7µ	0.001	-0.009	0	1.67m	0.96µ	26.7µ	-0.001	0.009	0	
29	1	 	3.3000	3.6000	3.2000	1	-1.67m	91.5n	0.13m	0	-0.009	0	1.67m	-91.5n	-0.13m	0	0.009	0	
30	1	 	4.4000	3.6000	3.2000	1	-1.68m	1.18µ	0.32m	-0.001	-0.013	0	1.68m	-1.18µ	-0.32m	0.001	0.013	0	
31	1	 	0.0000	3.6000	2.9500	1	-1.62m	-1.71µ	-0.58m	0.001	-0.024	0	1.62m	1.71µ	0.58m	-0.001	0.024	0	
32	1	 	1.1000	3.6000	2.9500	1	-1.62m	4.04µ	-0.23m	0.001	-0.014	0	1.62m	-4.04µ	0.23m	-0.001	0.014	0	
33	1	 	2.2000	3.6000	2.9500	1	-1.63m	1.88µ	-26.7µ	0.001	-0.009	0	1.63m	-1.88µ	26.7µ	-0.001	0.009	0	
34	1	 	3.3000	3.6000	2.9500	1	-1.63m	-1.10µ	0.13m	0	-0.009	0	1.63m	1.10µ	-0.13m	0	0.009	0	
35	1	 	4.4000	3.6000	2.9500	1	-1.63m	-3.39µ	0.32m	-0.001	-0.013	0	1.63m	3.39µ	-0.32m	0.001	0.013	0	
36	1	 	5.5000	3.6000	2.9500	1	-1.62m	1.43µ	0.64m	0	-0.022	0.001	1.62m	-1.43µ	-0.64m	0	0.022	-0.001	
37	1	 	1.1000	0.0000	3.2000	1	-1.68m	2.28µ	-0.23m	-0.001	-0.014	0	1.68m	-2.28µ	0.23m	0.001	0.014	0	
38	1	 	2.2000	0.0000	3.2000	1	-1.67m	0.96µ	-26.7µ	-0.001	-0.009	0	1.67m	-0.96µ	26.7µ	0.001	0.009	0	
39	1	 	3.3000	0.0000	3.2000	1	-1.67m	-91.5n	0.13m	0	-0.009	0	1.67m	91.5n	-0.13m	0	0.009	0	
40	1	 	4.4000	0.0000	3.2000	1	-1.68m	-1.18µ	0.32m	0.001	-0.013	0	1.68m	1.18µ	-0.32m	-0.001	0.013	0	
41	1	 	0.0000	0.0000	2.9500	1	-1.62m	1.71µ	-0.58m	-0.001	-0.024	0	1.62m	-1.71µ	0.58m	0.001	0.024	0	
42	1	 	1.1000	0.0000	2.9500	1	-1.62m	-4.04µ	-0.23m	-0.001	-0.014	0	1.62m	4.04µ	0.23m	0.001	0.014	0	
43	1	 	2.2000	0.0000	2.9500	1	-1.63m	-1.88µ	-26.7µ	-0.001	-0.009	0	1.63m	1.88µ	26.7µ	0.001	0.009	0	
44	1	 	3.3000	0.0000	2.9500	1	-1.63m	1.10µ	0.13m	0	-0.009	0	1.63m	-1.10µ	-0.13m	0	0.009	0	
45	1	 	4.4000	0.0000	2.9500	1	-1.63m	3.39µ	0.32m	0.001	-0.013	0	1.63m	-3.39µ	-0.32m	-0.001	0.013	0	
46	1	 	5.5000	0.0000	2.9500	1	-1.62m	-1.43µ	0.64m	0	-0.022	-0.001	1.62m	1.43µ	-0.64m	0	0.022	0.001	
47	1	5	0.0000	1.2000	3.2000	1	-1.70m	1.10µ	-0.58m	0	-0.022	-0.001	1.70m	-1.10µ	0.58m	0	0.022	0.001	
48	1	 	0.0000	1.2000	2.9500	1	-1.61m	0.73µ	-0.58m	0	-0.022	-0.001	1.61m	-0.73µ	0.58m	0	0.022	0.001	
49	1	6	5.5000	1.2000	3.2000	1	-1.70m	-0.40µ	0.65m	0	-0.021	0	1.70m	0.40µ	-0.65m	0	0.021	0	
50	1	 	5.5000	1.2000	2.9500	1	-1.61m	-0.40µ	0.65m	0	-0.021	0	1.61m	0.40µ	-0.65m	0	0.021	0	
51	1	7	0.0000	2.4000	3.2000	1	-1.70m	-1.10µ	-0.58m	0	-0.022	0.001	1.70m	1.10µ	0.58m	0	0.022	-0.001	
52	1	 	0.0000	2.4000	2.9500	1	-1.61m	-0.73µ	-0.58m	0	-0.022	0.001	1.61m	0.73µ	0.58m	0	0.022	-0.001	
53	1	8	5.5000	2.4000	3.2000	1	-1.70m	0.40µ	0.65m	0	-0.021	0	1.70m	-0.40µ	-0.65m	0	0.021	0	
54	1	 	5.5000	2.4000	2.9500	1	-1.61m	0.40µ	0.65m	0	-0.021	0	1.61m	-0.40µ	-0.65m	0	0.021	0	
95	1	 	0.0000	1.2000	3.0500	1	-1.65m	0.88µ	-0.58m	0	-0.022	-0.001	1.65m	-0.88µ	0.58m	0	0.022	0.001	
96	1	 	1.1000	1.2000	3.0500	1	-1.65m	-1.15µ	-0.25m	0	-0.014	0	1.65m	1.15µ	0.25m	0	0.014	0	
97	1	 	1.1000	2.4000	3.0500	1	-1.65m	1.15µ	-0.25m	0	-0.014	0	1.65m	-1.15µ	0.25m	0	0.014	0	
98	1	 	0.0000	2.4000	3.0500	1	-1.65m	-0.88µ	-0.58m	0	-0.022	0.001	1.65m	0.88µ	0.58m	0	0.022	-0.001	
99	1	 	2.2000	1.2000	3.0500	1	-1.65m	-0.45µ	-35.1µ	0	-0.009	0	1.65m	0.45µ	35.1µ	0	0.009	0	
100	1	 	2.2000	2.4000	3.0500	1	-1.65m	0.45µ	-35.1µ	0	-0.009	0	1.65m	-0.45µ	35.1µ	0	0.009	0	
101	1	 	3.3000	1.2000	3.0500	1	-1.65m	0.39µ	0.13m	0	-0.009	0	1.65m	-0.39µ	-0.13m	0	0.009	0	
102	1	 	3.3000	2.4000	3.0500	1	-1.65m	-0.39µ	0.13m	0	-0.009	0	1.65m	0.39µ	-0.13m	0	0.009	0	
103	1	 	4.4000	1.2000	3.0500	1	-1.65m	1.09µ	0.33m	0	-0.013	0	1.65m	-1.09µ	-0.33m	0	0.013	0	
104	1	 	4.4000	2.4000	3.0500	1	-1.65m	-1.09µ	0.33m	0	-0.013	0	1.65m	1.09µ	-0.33m	0	0.013	0	
105	1	 	5.5000	1.2000	3.0500	1	-1.65m	-0.40µ	0.65m	0	-0.021	0	1.65m	0.40µ	-0.65m	0	0.021	0	
106	1	 	5.5000	2.4000	3.0500	1	-1.65m	0.40µ	0.65m	0	-0.021	0	1.65m	-0.40µ	-0.65m	0	0.021	0	
107	1	 	1.1000	1.2000	3.2000	1	-1.68m	-0.24µ	-0.25m	0	-0.014	0	1.68m	0.24µ	0.25m	0	0.014	0	
108	1	 	2.2000	1.2000	3.2000	1	-1.67m	20.7n	-35.1µ	0	-0.009	0	1.67m	-20.7n	35.1µ	0	0.009	0	
109	1	 	3.3000	1.2000	3.2000	1	-1.67m	0.32µ	0.13m	0	-0.009	0	1.67m	-0.32µ	-0.13m	0	0.009	0	
110	1	 	4.4000	1.2000	3.2000	1	-1.68m	0.65µ	0.33m	0	-0.013	0	1.68m	-0.65µ	-0.33m	0	0.013	0	
111	1	 	4.4000	2.4000	3.2000	1	-1.68m	-0.65µ	0.33m	0	-0.013	0	1.68m	0.65µ	-0.33m	0	0.013	0	
112	1	 	3.3000	2.4000	3.2000	1	-1.67m	-0.32µ	0.13m	0	-0.009	0	1.67m	0.32µ	-0.13m	0	0.009	0	
113	1	 	2.2000	2.4000	3.2000	1	-1.67m	-20.7n	-35.1µ	0	-0.009	0	1.67m	20.7n	35.1µ	0	0.009	0	
114	1	 	1.1000	2.4000	3.2000	1	-1.68m	0.24µ	-0.25m	0	-0.014	0	1.68m	-0.24µ	0.25m	0	0.014	0	
115	1	 	0.0000	0.0000	3.0500	1	-1.66m	2.81µ	-0.58m	-0.001	-0.024	0	1.66m	-2.81µ	0.58m	0.001	0.024	0	
116	1	 	1.1000	0.0000	3.0500	1	-1.65m	-1.51µ	-0.23m	-0.001	-0.014	0	1.65m	1.51µ	0.23m	0.001	0.014	0	
117	1	 	2.2000	0.0000	3.0500	1	-1.64m	-0.75µ	-26.7µ	-0.001	-0.009	0	1.64m	0.75µ	26.7µ	0.001	0.009	0	
118	1	 	3.3000	0.0000	3.0500	1	-1.64m	0.63µ	0.13m	0	-0.009	0	1.64m	-0.63µ	-0.13m	0	0.009	0	
119	1	 	4.4000	0.0000	3.0500	1	-1.65m	1.56µ	0.32m	0.001	-0.013	0	1.65m	-1.56µ	-0.32m	-0.001	0.013	0	
120	1	 	5.5000	0.0000	3.0500	1	-1.66m	-2.23µ	0.64m	0	-0.022	-0.001	1.66m	2.23µ	-0.64m	0	0.022	0.001	
121	1	 	1.1000	3.6000	3.0500	1	-1.65m	1.51µ	-0.23m	0.001	-0.014	0	1.65m	-1.51µ	0.23m	-0.001	0.014	0	
122	1	 	0.0000	3.6000	3.0500	1	-1.66m	-2.81µ	-0.58m	0.001	-0.024	0	1.66m	2.81µ	0.58m	-0.001	0.024	0	
123	1	 	2.2000	3.6000	3.0500	1	-1.64m	0.75µ	-26.7µ	0.001	-0.009	0	1.64m	-0.75µ	26.7µ	-0.001	0.009	0	
124	1	 	3.3000	3.6000	3.0500	1	-1.64m	-0.63µ	0.13m	0	-0.009	0	1.64m	0.63µ	-0.13m	0	0.009	0	
125	1	 	4.4000	3.6000	3.0500	1	-1.65m	-1.56µ	0.32m	-0.001	-0.013	0	1.65m	1.56µ	-0.32m	0.001	0.013	0	
126	1	 	5.5000	3.6000	3.0500	1	-1.66m	2.23µ	0.64m	0	-0.022	0.001	1.66m	-2.23µ	-0.64m	0	0.022	-0.001	
8	2	 	0.1000	3.6000	6.1500	1	-8.08m	12.5µ	-0.28m	0	-0.007	0	8.08m	-12.5µ	0.28m	0	0.007	0	
9	2	 	5.4000	3.6000	6.1500	1	-8.08m	-12.9µ	0.35m	0	-0.007	0	8.08m	12.9µ	-0.35m	0	0.007	0	
10	2	 	0.1000	0.0000	6.1500	1	-8.08m	-12.5µ	-0.28m	0	-0.007	0	8.08m	12.5µ	0.28m	0	0.007	0	
11	2	 	5.4000	0.0000	6.1500	1	-8.08m	12.9µ	0.35m	0	-0.007	0	8.08m	-12.9µ	-0.35m	0	0.007	0	
55	2	1	0.0000	0.0000	6.4000	1	-8.82m	-7.05n	-0.58m	0	-0.17	-0.007	8.82m	7.05n	0.58m	0	0.17	0.007	
56	2	2	5.5000	0.0000	6.4000	1	-8.82m	-6.49n	0.64m	0	-0.171	-0.008	8.82m	6.49n	-0.64m	0	0.171	0.008	
57	2	3	0.0000	3.6000	6.4000	1	-8.82m	7.05n	-0.58m	0	-0.17	0.007	8.82m	-7.05n	0.58m	0	0.17	-0.007	
58	2	4	5.5000	3.6000	6.4000	1	-8.82m	6.49n	0.64m	0	-0.171	0.008	8.82m	-6.49n	-0.64m	0	0.171	-0.008	
59	2	5	0.0000	1.2000	6.4000	1	-8.64m	0.73µ	-0.58m	0	-0.169	-0.006	8.64m	-0.73µ	0.58m	0	0.169	0.006	
60	2	6	5.5000	1.2000	6.4000	1	-8.64m	-0.47µ	0.65m	0	-0.169	-0.006	8.64m	0.47µ	-0.65m	0	0.169	0.006	
61	2	7	0.0000	2.4000	6.4000	1	-8.64m	-0.73µ	-0.58m	0	-0.169	0.006	8.64m	0.73µ	0.58m	0	0.169	-0.006	
62	2	8	5.5000	2.4000	6.4000	1	-8.64m	0.47µ	0.65m	0	-0.169	0.006	8.64m	-0.47µ	-0.65m	0	0.169	-0.006	
63	2	 	0.1000	3.6000	6.1500	1	-8.08m	12.5µ	-0.28m	0	-0.17	0.007	8.08m	-12.5µ	0.28m	0	0.17	-0.007	
64	2	 	5.4000	3.6000	6.1500	1	-8.08m	-12.9µ	0.35m	0	-0.171	0.008	8.08m	12.9µ	-0.35m	0	0.171	-0.008	
65	2	 	0.1000	0.0000	6.1500	1	-8.08m	-12.5µ	-0.28m	0	-0.17	-0.007	8.08m	12.5µ	0.28m	0	0.17	0.007	
66	2	 	5.4000	0.0000	6.1500	1	-8.08m	12.9µ	0.35m	0	-0.171	-0.008	8.08m	-12.9µ	-0.35m	0	0.171	0.008	
67	2	 	0.0000	1.1000	6.2500	1	-8.21m	98.3n	-0.58m	0	-0.169	-0.006	8.21m	-98.3n	0.58m	0	0.169	0.006	
68	2	 	0.0000	0.1500	6.2500	1	-8.36m	0.28µ	-0.58m	0	-0.17	-0.007	8.36m	-0.28µ	0.58m	0	0.17	0.007	
69	2	 	0.0000	3.4500	6.2500	1	-8.36m	-0.28µ	-0.58m	0	-0.17	0.007	8.36m	0.28µ	0.58m	0	0.17	-0.007	
70	2	 	0.0000	2.5000	6.2500	1	-8.21m	-98.3n	-0.58m	0	-0.169	0.006	8.21m	98.3n	0.58m	0	0.169	-0.006	
71	2	 	0.0000	2.3000	6.2500	1	-8.19m	-98.3n	-0.58m	0	-0.169	0.006	8.19m	98.3n	0.58m	0	0.169	-0.006	
72	2	 	0.0000	1.3000	6.2500	1	-8.19m	98.3n	-0.58m	0	-0.169	-0.006	8.19m	-98.3n	0.58m	0	0.169	0.006	
73	2	 	5.5000	3.4500	6.2500	1	-8.36m	0.26µ	0.64m	0	-0.171	0.008	8.36m	-0.26µ	-0.64m	0	0.171	-0.008	
74	2	 	5.5000	2.5000	6.2500	1	-8.20m	89.9n	0.65m	0	-0.169	0.006	8.20m	-89.9n	-0.65m	0	0.169	-0.006	
75	2	 	5.5000	1.1000	6.2500	1	-8.20m	-89.9n	0.65m	0	-0.169	-0.006	8.20m	89.9n	-0.65m	0	0.169	0.006	
76	2	 	5.5000	0.1500	6.2500	1	-8.36m	-0.26µ	0.64m	0	-0.171	-0.008	8.36m	0.26µ	-0.64m	0	0.171	0.008	
77	2	 	5.5000	2.3000	6.2500	1	-8.18m	89.9n	0.65m	0	-0.169	0.006	8.18m	-89.9n	-0.65m	0	0.169	-0.006	
78	2	 	5.5000	1.3000	6.2500	1	-8.18m	-89.9n	0.65m	0	-0.169	-0.006	8.18m	89.9n	-0.65m	0	0.169	0.006	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Modo 2) 0.332s x0% y74% z0%
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	2	9.83µ	0.17m	1.36m	-0.039	0.002	0	-9.83µ	-0.17m	-1.36m	0.039	-0.002	0	
1	0	5	0.0000	1.2000	0.0000	2	0.90µ	0.20m	0.49m	-0.046	0	0	-0.90µ	-0.20m	-0.49m	0.046	0	0	
2	0	 	0.0000	0.1500	-0.2500	2	-4.61n	0	1.26m	-0.039	0.002	0	4.61n	0	-1.26m	0.039	-0.002	0	
3	0	 	0.0000	1.2000	-0.2500	2	0	0	0.49m	-0.046	0	0	0	0	-0.49m	0.046	0	0	
4	0	7	0.0000	2.4000	0.0000	2	-0.90µ	0.20m	-0.49m	-0.046	0	0	0.90µ	-0.20m	0.49m	0.046	0	0	
5	0	 	0.0000	2.4000	-0.2500	2	0	0	-0.49m	-0.046	0	0	0	0	0.49m	0.046	0	0	
6	0	3	0.0000	3.6000	0.0000	2	-9.83µ	0.17m	-1.36m	-0.039	-0.002	0	9.83µ	-0.17m	1.36m	0.039	0.002	0	
7	0	 	0.0000	3.4500	-0.2500	2	4.61n	0	-1.26m	-0.039	-0.002	0	-4.61n	0	1.26m	0.039	0.002	0	
8	0	2	5.5000	0.0000	0.0000	2	11.9µ	0.21m	1.55m	-0.048	0.003	0	-11.9µ	-0.21m	-1.55m	0.048	-0.003	0	
9	0	6	5.5000	1.2000	0.0000	2	-10.3n	0.22m	0.53m	-0.051	0	0	10.3n	-0.22m	-0.53m	0.051	0	0	
10	0	 	5.5000	0.1500	-0.2500	2	-16.8n	0	1.43m	-0.048	0.003	0	16.8n	0	-1.43m	0.048	-0.003	0	
11	0	 	5.5000	1.2000	-0.2500	2	0	0	0.53m	-0.051	0	0	0	0	-0.53m	0.051	0	0	
12	0	8	5.5000	2.4000	0.0000	2	10.3n	0.22m	-0.53m	-0.051	0	0	-10.3n	-0.22m	0.53m	0.051	0	0	
13	0	9	5.5000	1.8000	0.0000	2	0	0.22m	0	-0.051	0	0	0	-0.22m	0	0.051	0	0	
14	0	 	5.5000	1.8000	-0.2500	2	0	0	0	-0.051	0	0	0	0	0	0.051	0	0	
15	0	 	5.5000	2.4000	-0.2500	2	0	0	-0.53m	-0.051	0	0	0	0	0.53m	0.051	0	0	
16	0	4	5.5000	3.6000	0.0000	2	-11.9µ	0.21m	-1.55m	-0.048	-0.003	0	11.9µ	-0.21m	1.55m	0.048	0.003	0	
17	0	 	5.5000	3.4500	-0.2500	2	16.8n	0	-1.43m	-0.048	-0.003	0	-16.8n	0	1.43m	0.048	0.003	0	
79	0	 	1.1000	1.2000	-0.2500	2	0	0	0.49m	-0.047	0	0	0	0	-0.49m	0.047	0	0	
80	0	 	1.1000	2.4000	-0.2500	2	0	0	-0.49m	-0.047	0	0	0	0	0.49m	0.047	0	0	
81	0	 	2.2000	1.2000	-0.2500	2	0	0	0.50m	-0.047	0	0	0	0	-0.50m	0.047	0	0	
82	0	 	2.2000	2.4000	-0.2500	2	0	0	-0.50m	-0.047	0	0	0	0	0.50m	0.047	0	0	
83	0	 	3.3000	1.2000	-0.2500	2	0	0	0.51m	-0.048	-0.001	0	0	0	-0.51m	0.048	0.001	0	
84	0	 	3.3000	2.4000	-0.2500	2	0	0	-0.51m	-0.048	0.001	0	0	0	0.51m	0.048	-0.001	0	
85	0	 	4.4000	1.2000	-0.2500	2	0	0	0.52m	-0.05	-0.001	0	0	0	-0.52m	0.05	0.001	0	
86	0	 	4.4000	2.4000	-0.2500	2	0	0	-0.52m	-0.05	0.001	0	0	0	0.52m	0.05	-0.001	0	
87	0	 	1.1000	1.2000	0.0000	2	-0.89µ	0.20m	0.49m	-0.047	0	0	0.89µ	-0.20m	-0.49m	0.047	0	0	
88	0	 	2.2000	1.2000	0.0000	2	-1.73µ	0.21m	0.50m	-0.047	0	0	1.73µ	-0.21m	-0.50m	0.047	0	0	
89	0	 	3.3000	1.2000	0.0000	2	-2.65µ	0.21m	0.51m	-0.048	-0.001	0	2.65µ	-0.21m	-0.51m	0.048	0.001	0	
90	0	 	4.4000	1.2000	0.0000	2	-3.38µ	0.22m	0.52m	-0.05	-0.001	0	3.38µ	-0.22m	-0.52m	0.05	0.001	0	
91	0	 	4.4000	2.4000	0.0000	2	3.38µ	0.22m	-0.52m	-0.05	0.001	0	-3.38µ	-0.22m	0.52m	0.05	-0.001	0	
92	0	 	3.3000	2.4000	0.0000	2	2.65µ	0.21m	-0.51m	-0.048	0.001	0	-2.65µ	-0.21m	0.51m	0.048	-0.001	0	
93	0	 	2.2000	2.4000	0.0000	2	1.73µ	0.21m	-0.50m	-0.047	0	0	-1.73µ	-0.21m	0.50m	0.047	0	0	
94	0	 	1.1000	2.4000	0.0000	2	0.89µ	0.20m	-0.49m	-0.047	0	0	-0.89µ	-0.20m	0.49m	0.047	0	0	
0	1	 	0.0000	2.4000	1.0667	2	-10.5µ	1.08m	-0.50m	0	-0.001	0.001	10.5µ	-1.08m	0.50m	0	0.001	-0.001	
1	1	 	0.0000	1.2000	1.0667	2	10.5µ	1.08m	0.50m	0	0.001	0.001	-10.5µ	-1.08m	-0.50m	0	-0.001	-0.001	
2	1	 	0.0000	2.4000	2.1333	2	-21.8µ	1.96m	-0.49m	0	-0.001	0.002	21.8µ	-1.96m	0.49m	0	0.001	-0.002	
3	1	 	0.0000	1.2000	2.1333	2	21.8µ	1.96m	0.49m	0	0.001	0.002	-21.8µ	-1.96m	-0.49m	0	-0.001	-0.002	
7	1	9	5.5000	1.8000	3.2000	2	0	3.13m	0	-0.05	0	0.003	0	-3.13m	0	0.05	0	-0.003	
18	1	1	0.0000	0.0000	3.2000	2	88.2µ	2.85m	1.40m	-0.047	-0.002	0.003	-88.2µ	-2.85m	-1.40m	0.047	0.002	-0.003	
19	1	 	0.0000	0.0000	2.7000	2	0.10m	2.44m	1.40m	-0.047	-0.002	0.003	-0.10m	-2.44m	-1.40m	0.047	0.002	-0.003	
20	1	2	5.5000	0.0000	3.2000	2	90.7µ	3.14m	1.58m	-0.053	-0.001	0.003	-90.7µ	-3.14m	-1.58m	0.053	0.001	-0.003	
21	1	 	5.5000	0.0000	2.7000	2	96.8µ	2.68m	1.58m	-0.053	-0.001	0.003	-96.8µ	-2.68m	-1.58m	0.053	0.001	-0.003	
22	1	3	0.0000	3.6000	3.2000	2	-88.2µ	2.85m	-1.40m	-0.047	0.002	0.003	88.2µ	-2.85m	1.40m	0.047	-0.002	-0.003	
23	1	 	0.0000	3.6000	2.7000	2	-0.10m	2.44m	-1.40m	-0.047	0.002	0.003	0.10m	-2.44m	1.40m	0.047	-0.002	-0.003	
24	1	4	5.5000	3.6000	3.2000	2	-90.7µ	3.14m	-1.58m	-0.053	0.001	0.003	90.7µ	-3.14m	1.58m	0.053	-0.001	-0.003	
25	1	 	5.5000	3.6000	2.7000	2	-96.8µ	2.68m	-1.58m	-0.053	0.001	0.003	96.8µ	-2.68m	1.58m	0.053	-0.001	-0.003	
27	1	 	1.1000	3.6000	3.2000	2	-86.3µ	2.90m	-1.44m	-0.045	0.002	0.003	86.3µ	-2.90m	1.44m	0.045	-0.002	-0.003	
28	1	 	2.2000	3.6000	3.2000	2	-85.7µ	2.96m	-1.48m	-0.047	0.002	0.003	85.7µ	-2.96m	1.48m	0.047	-0.002	-0.003	
29	1	 	3.3000	3.6000	3.2000	2	-86.1µ	3.02m	-1.52m	-0.048	0.002	0.003	86.1µ	-3.02m	1.52m	0.048	-0.002	-0.003	
30	1	 	4.4000	3.6000	3.2000	2	-87.5µ	3.07m	-1.56m	-0.049	0.002	0.003	87.5µ	-3.07m	1.56m	0.049	-0.002	-0.003	
31	1	 	0.0000	3.6000	2.9500	2	-95.0µ	2.64m	-1.40m	-0.047	0.002	0.003	95.0µ	-2.64m	1.40m	0.047	-0.002	-0.003	
32	1	 	1.1000	3.6000	2.9500	2	-95.7µ	2.70m	-1.44m	-0.045	0.002	0.003	95.7µ	-2.70m	1.44m	0.045	-0.002	-0.003	
33	1	 	2.2000	3.6000	2.9500	2	-95.6µ	2.75m	-1.48m	-0.047	0.002	0.003	95.6µ	-2.75m	1.48m	0.047	-0.002	-0.003	
34	1	 	3.3000	3.6000	2.9500	2	-95.1µ	2.81m	-1.52m	-0.048	0.002	0.003	95.1µ	-2.81m	1.52m	0.048	-0.002	-0.003	
35	1	 	4.4000	3.6000	2.9500	2	-94.4µ	2.86m	-1.56m	-0.049	0.002	0.003	94.4µ	-2.86m	1.56m	0.049	-0.002	-0.003	
36	1	 	5.5000	3.6000	2.9500	2	-93.8µ	2.91m	-1.58m	-0.053	0.001	0.003	93.8µ	-2.91m	1.58m	0.053	-0.001	-0.003	
37	1	 	1.1000	0.0000	3.2000	2	86.3µ	2.90m	1.44m	-0.045	-0.002	0.003	-86.3µ	-2.90m	-1.44m	0.045	0.002	-0.003	
38	1	 	2.2000	0.0000	3.2000	2	85.7µ	2.96m	1.48m	-0.047	-0.002	0.003	-85.7µ	-2.96m	-1.48m	0.047	0.002	-0.003	
39	1	 	3.3000	0.0000	3.2000	2	86.1µ	3.02m	1.52m	-0.048	-0.002	0.003	-86.1µ	-3.02m	-1.52m	0.048	0.002	-0.003	
40	1	 	4.4000	0.0000	3.2000	2	87.5µ	3.07m	1.56m	-0.049	-0.002	0.003	-87.5µ	-3.07m	-1.56m	0.049	0.002	-0.003	
41	1	 	0.0000	0.0000	2.9500	2	95.0µ	2.64m	1.40m	-0.047	-0.002	0.003	-95.0µ	-2.64m	-1.40m	0.047	0.002	-0.003	
42	1	 	1.1000	0.0000	2.9500	2	95.7µ	2.70m	1.44m	-0.045	-0.002	0.003	-95.7µ	-2.70m	-1.44m	0.045	0.002	-0.003	
43	1	 	2.2000	0.0000	2.9500	2	95.6µ	2.75m	1.48m	-0.047	-0.002	0.003	-95.6µ	-2.75m	-1.48m	0.047	0.002	-0.003	
44	1	 	3.3000	0.0000	2.9500	2	95.1µ	2.81m	1.52m	-0.048	-0.002	0.003	-95.1µ	-2.81m	-1.52m	0.048	0.002	-0.003	
45	1	 	4.4000	0.0000	2.9500	2	94.4µ	2.86m	1.56m	-0.049	-0.002	0.003	-94.4µ	-2.86m	-1.56m	0.049	0.002	-0.003	
46	1	 	5.5000	0.0000	2.9500	2	93.8µ	2.91m	1.58m	-0.053	-0.001	0.003	-93.8µ	-2.91m	-1.58m	0.053	0.001	-0.003	
47	1	5	0.0000	1.2000	3.2000	2	31.3µ	2.83m	0.48m	-0.044	0	0.003	-31.3µ	-2.83m	-0.48m	0.044	0	-0.003	
48	1	 	0.0000	1.2000	2.9500	2	30.5µ	2.64m	0.48m	-0.044	0	0.003	-30.5µ	-2.64m	-0.48m	0.044	0	-0.003	
49	1	6	5.5000	1.2000	3.2000	2	30.2µ	3.13m	0.53m	-0.05	0	0.003	-30.2µ	-3.13m	-0.53m	0.05	0	-0.003	
50	1	 	5.5000	1.2000	2.9500	2	30.2µ	2.91m	0.53m	-0.05	0	0.003	-30.2µ	-2.91m	-0.53m	0.05	0	-0.003	
51	1	7	0.0000	2.4000	3.2000	2	-31.3µ	2.83m	-0.48m	-0.044	0	0.003	31.3µ	-2.83m	0.48m	0.044	0	-0.003	
52	1	 	0.0000	2.4000	2.9500	2	-30.5µ	2.64m	-0.48m	-0.044	0	0.003	30.5µ	-2.64m	0.48m	0.044	0	-0.003	
53	1	8	5.5000	2.4000	3.2000	2	-30.2µ	3.13m	-0.53m	-0.05	0	0.003	30.2µ	-3.13m	0.53m	0.05	0	-0.003	
54	1	 	5.5000	2.4000	2.9500	2	-30.2µ	2.91m	-0.53m	-0.05	0	0.003	30.2µ	-2.91m	0.53m	0.05	0	-0.003	
95	1	 	0.0000	1.2000	3.0500	2	30.8µ	2.72m	0.48m	-0.044	0	0.003	-30.8µ	-2.72m	-0.48m	0.044	0	-0.003	
96	1	 	1.1000	1.2000	3.0500	2	31.0µ	2.78m	0.48m	-0.046	0	0	-31.0µ	-2.78m	-0.48m	0.046	0	0	
97	1	 	1.1000	2.4000	3.0500	2	-31.0µ	2.78m	-0.48m	-0.046	0	0	31.0µ	-2.78m	0.48m	0.046	0	0	
98	1	 	0.0000	2.4000	3.0500	2	-30.8µ	2.72m	-0.48m	-0.044	0	0.003	30.8µ	-2.72m	0.48m	0.044	0	-0.003	
99	1	 	2.2000	1.2000	3.0500	2	30.6µ	2.83m	0.49m	-0.047	-0.001	0	-30.6µ	-2.83m	-0.49m	0.047	0.001	0	
100	1	 	2.2000	2.4000	3.0500	2	-30.6µ	2.83m	-0.49m	-0.047	0.001	0	30.6µ	-2.83m	0.49m	0.047	-0.001	0	
101	1	 	3.3000	1.2000	3.0500	2	30.6µ	2.89m	0.51m	-0.048	-0.001	0	-30.6µ	-2.89m	-0.51m	0.048	0.001	0	
102	1	 	3.3000	2.4000	3.0500	2	-30.6µ	2.89m	-0.51m	-0.048	0.001	0	30.6µ	-2.89m	0.51m	0.048	-0.001	0	
103	1	 	4.4000	1.2000	3.0500	2	30.2µ	2.95m	0.52m	-0.049	-0.001	0	-30.2µ	-2.95m	-0.52m	0.049	0.001	0	
104	1	 	4.4000	2.4000	3.0500	2	-30.2µ	2.95m	-0.52m	-0.049	0.001	0	30.2µ	-2.95m	0.52m	0.049	-0.001	0	
105	1	 	5.5000	1.2000	3.0500	2	30.2µ	3.00m	0.53m	-0.05	0	0.003	-30.2µ	-3.00m	-0.53m	0.05	0	-0.003	
106	1	 	5.5000	2.4000	3.0500	2	-30.2µ	3.00m	-0.53m	-0.05	0	0.003	30.2µ	-3.00m	0.53m	0.05	0	-0.003	
107	1	 	1.1000	1.2000	3.2000	2	30.0µ	2.90m	0.48m	-0.046	0	0	-30.0µ	-2.90m	-0.48m	0.046	0	0	
108	1	 	2.2000	1.2000	3.2000	2	28.6µ	2.96m	0.49m	-0.047	-0.001	0	-28.6µ	-2.96m	-0.49m	0.047	0.001	0	
109	1	 	3.3000	1.2000	3.2000	2	28.8µ	3.02m	0.51m	-0.048	-0.001	0	-28.8µ	-3.02m	-0.51m	0.048	0.001	0	
110	1	 	4.4000	1.2000	3.2000	2	28.6µ	3.08m	0.52m	-0.049	-0.001	0	-28.6µ	-3.08m	-0.52m	0.049	0.001	0	
111	1	 	4.4000	2.4000	3.2000	2	-28.6µ	3.08m	-0.52m	-0.049	0.001	0	28.6µ	-3.08m	0.52m	0.049	-0.001	0	
112	1	 	3.3000	2.4000	3.2000	2	-28.8µ	3.02m	-0.51m	-0.048	0.001	0	28.8µ	-3.02m	0.51m	0.048	-0.001	0	
113	1	 	2.2000	2.4000	3.2000	2	-28.6µ	2.96m	-0.49m	-0.047	0.001	0	28.6µ	-2.96m	0.49m	0.047	-0.001	0	
114	1	 	1.1000	2.4000	3.2000	2	-30.0µ	2.90m	-0.48m	-0.046	0	0	30.0µ	-2.90m	0.48m	0.046	0	0	
115	1	 	0.0000	0.0000	3.0500	2	92.3µ	2.72m	1.40m	-0.047	-0.002	0.003	-92.3µ	-2.72m	-1.40m	0.047	0.002	-0.003	
116	1	 	1.1000	0.0000	3.0500	2	91.9µ	2.78m	1.44m	-0.045	-0.002	0.003	-91.9µ	-2.78m	-1.44m	0.045	0.002	-0.003	
117	1	 	2.2000	0.0000	3.0500	2	91.7µ	2.83m	1.48m	-0.047	-0.002	0.003	-91.7µ	-2.83m	-1.48m	0.047	0.002	-0.003	
118	1	 	3.3000	0.0000	3.0500	2	91.5µ	2.89m	1.52m	-0.048	-0.002	0.003	-91.5µ	-2.89m	-1.52m	0.048	0.002	-0.003	
119	1	 	4.4000	0.0000	3.0500	2	91.7µ	2.95m	1.56m	-0.049	-0.002	0.003	-91.7µ	-2.95m	-1.56m	0.049	0.002	-0.003	
120	1	 	5.5000	0.0000	3.0500	2	92.5µ	3.00m	1.58m	-0.053	-0.001	0.003	-92.5µ	-3.00m	-1.58m	0.053	0.001	-0.003	
121	1	 	1.1000	3.6000	3.0500	2	-91.9µ	2.78m	-1.44m	-0.045	0.002	0.003	91.9µ	-2.78m	1.44m	0.045	-0.002	-0.003	
122	1	 	0.0000	3.6000	3.0500	2	-92.3µ	2.72m	-1.40m	-0.047	0.002	0.003	92.3µ	-2.72m	1.40m	0.047	-0.002	-0.003	
123	1	 	2.2000	3.6000	3.0500	2	-91.7µ	2.83m	-1.48m	-0.047	0.002	0.003	91.7µ	-2.83m	1.48m	0.047	-0.002	-0.003	
124	1	 	3.3000	3.6000	3.0500	2	-91.5µ	2.89m	-1.52m	-0.048	0.002	0.003	91.5µ	-2.89m	1.52m	0.048	-0.002	-0.003	
125	1	 	4.4000	3.6000	3.0500	2	-91.7µ	2.95m	-1.56m	-0.049	0.002	0.003	91.7µ	-2.95m	1.56m	0.049	-0.002	-0.003	
126	1	 	5.5000	3.6000	3.0500	2	-92.5µ	3.00m	-1.58m	-0.053	0.001	0.003	92.5µ	-3.00m	1.58m	0.053	-0.001	-0.003	
8	2	 	0.1000	3.6000	6.1500	2	-0.24m	6.83m	-1.40m	-0.073	0.002	0.008	0.24m	-6.83m	1.40m	0.073	-0.002	-0.008	
9	2	 	5.4000	3.6000	6.1500	2	-0.24m	7.57m	-1.60m	-0.082	0.002	0.008	0.24m	-7.57m	1.60m	0.082	-0.002	-0.008	
10	2	 	0.1000	0.0000	6.1500	2	0.24m	6.83m	1.40m	-0.073	-0.002	0.008	-0.24m	-6.83m	-1.40m	0.073	0.002	-0.008	
11	2	 	5.4000	0.0000	6.1500	2	0.24m	7.57m	1.60m	-0.082	-0.002	0.008	-0.24m	-7.57m	-1.60m	0.082	0.002	-0.008	
55	2	1	0.0000	0.0000	6.4000	2	0.26m	7.13m	1.41m	-0.073	0.004	0.012	-0.26m	-7.13m	-1.41m	0.073	-0.004	-0.012	
56	2	2	5.5000	0.0000	6.4000	2	0.26m	7.93m	1.60m	-0.082	0.005	0	-0.26m	-7.93m	-1.60m	0.082	-0.005	0	
57	2	3	0.0000	3.6000	6.4000	2	-0.26m	7.13m	-1.41m	-0.073	-0.004	0.012	0.26m	-7.13m	1.41m	0.073	0.004	-0.012	
58	2	4	5.5000	3.6000	6.4000	2	-0.26m	7.93m	-1.60m	-0.082	-0.005	0	0.26m	-7.93m	1.60m	0.082	0.005	0	
59	2	5	0.0000	1.2000	6.4000	2	65.5µ	7.05m	0.44m	-0.044	0.001	0.007	-65.5µ	-7.05m	-0.44m	0.044	-0.001	-0.007	
60	2	6	5.5000	1.2000	6.4000	2	0.13m	7.84m	0.49m	-0.049	0.003	0.011	-0.13m	-7.84m	-0.49m	0.049	-0.003	-0.011	
61	2	7	0.0000	2.4000	6.4000	2	-65.5µ	7.05m	-0.44m	-0.044	-0.001	0.007	65.5µ	-7.05m	0.44m	0.044	0.001	-0.007	
62	2	8	5.5000	2.4000	6.4000	2	-0.13m	7.84m	-0.49m	-0.049	-0.003	0.011	0.13m	-7.84m	0.49m	0.049	0.003	-0.011	
63	2	 	0.1000	3.6000	6.1500	2	-0.24m	6.83m	-1.40m	-0.073	-0.004	0.012	0.24m	-6.83m	1.40m	0.073	0.004	-0.012	
64	2	 	5.4000	3.6000	6.1500	2	-0.24m	7.57m	-1.60m	-0.082	-0.005	0	0.24m	-7.57m	1.60m	0.082	0.005	0	
65	2	 	0.1000	0.0000	6.1500	2	0.24m	6.83m	1.40m	-0.073	0.004	0.012	-0.24m	-6.83m	-1.40m	0.073	-0.004	-0.012	
66	2	 	5.4000	0.0000	6.1500	2	0.24m	7.57m	1.60m	-0.082	0.005	0	-0.24m	-7.57m	-1.60m	0.082	-0.005	0	
67	2	 	0.0000	1.1000	6.2500	2	74.9µ	6.94m	0.52m	-0.044	0.001	0.007	-74.9µ	-6.94m	-0.52m	0.044	-0.001	-0.007	
68	2	 	0.0000	0.1500	6.2500	2	0.22m	6.94m	1.22m	-0.073	0.004	0.012	-0.22m	-6.94m	-1.22m	0.073	-0.004	-0.012	
69	2	 	0.0000	3.4500	6.2500	2	-0.22m	6.94m	-1.22m	-0.073	-0.004	0.012	0.22m	-6.94m	1.22m	0.073	0.004	-0.012	
70	2	 	0.0000	2.5000	6.2500	2	-74.9µ	6.94m	-0.52m	-0.044	-0.001	0.007	74.9µ	-6.94m	0.52m	0.044	0.001	-0.007	
71	2	 	0.0000	2.3000	6.2500	2	-51.8µ	6.94m	-0.36m	-0.044	-0.001	0.007	51.8µ	-6.94m	0.36m	0.044	0.001	-0.007	
72	2	 	0.0000	1.3000	6.2500	2	51.8µ	6.94m	0.36m	-0.044	0.001	0.007	-51.8µ	-6.94m	-0.36m	0.044	-0.001	-0.007	
73	2	 	5.5000	3.4500	6.2500	2	-0.25m	7.72m	-1.38m	-0.082	-0.005	0	0.25m	-7.72m	1.38m	0.082	0.005	0	
74	2	 	5.5000	2.5000	6.2500	2	-0.14m	7.71m	-0.57m	-0.049	-0.003	0.011	0.14m	-7.71m	0.57m	0.049	0.003	-0.011	
75	2	 	5.5000	1.1000	6.2500	2	0.14m	7.71m	0.57m	-0.049	0.003	0.011	-0.14m	-7.71m	-0.57m	0.049	-0.003	-0.011	
76	2	 	5.5000	0.1500	6.2500	2	0.25m	7.72m	1.38m	-0.082	0.005	0	-0.25m	-7.72m	-1.38m	0.082	-0.005	0	
77	2	 	5.5000	2.3000	6.2500	2	-0.10m	7.71m	-0.40m	-0.049	-0.003	0.011	0.10m	-7.71m	0.40m	0.049	0.003	-0.011	
78	2	 	5.5000	1.3000	6.2500	2	0.10m	7.71m	0.40m	-0.049	0.003	0.011	-0.10m	-7.71m	-0.40m	0.049	-0.003	-0.011	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Modo 3) 0.14s x32% y0% z0%
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	3	0.37m	-23.6µ	1.59m	0.005	0.085	0.001	-0.37m	23.6µ	-1.59m	-0.005	-0.085	-0.001	
1	0	5	0.0000	1.2000	0.0000	3	0.25m	-8.24µ	1.70m	0.002	0.057	-0.002	-0.25m	8.24µ	-1.70m	-0.002	-0.057	0.002	
2	0	 	0.0000	0.1500	-0.2500	3	-3.02µ	0	1.61m	0.005	0.085	0.001	3.02µ	0	-1.61m	-0.005	-0.085	-0.001	
3	0	 	0.0000	1.2000	-0.2500	3	0	0	1.70m	0.002	0.057	-0.002	0	0	-1.70m	-0.002	-0.057	0.002	
4	0	7	0.0000	2.4000	0.0000	3	0.25m	8.24µ	1.70m	-0.002	0.057	0.002	-0.25m	-8.24µ	-1.70m	0.002	-0.057	-0.002	
5	0	 	0.0000	2.4000	-0.2500	3	0	0	1.70m	-0.002	0.057	0.002	0	0	-1.70m	0.002	-0.057	-0.002	
6	0	3	0.0000	3.6000	0.0000	3	0.37m	23.6µ	1.59m	-0.005	0.085	-0.001	-0.37m	-23.6µ	-1.59m	0.005	-0.085	0.001	
7	0	 	0.0000	3.4500	-0.2500	3	-3.02µ	0	1.61m	-0.005	0.085	-0.001	3.02µ	0	-1.61m	0.005	-0.085	0.001	
8	0	2	5.5000	0.0000	0.0000	3	0.55m	17.4µ	-1.90m	-0.004	0.126	0	-0.55m	-17.4µ	1.90m	0.004	-0.126	0	
9	0	6	5.5000	1.2000	0.0000	3	0.25m	34.3n	-1.97m	0	0.058	0	-0.25m	-34.3n	1.97m	0	-0.058	0	
10	0	 	5.5000	0.1500	-0.2500	3	-0.25µ	0	-1.91m	-0.004	0.126	0	0.25µ	0	1.91m	0.004	-0.126	0	
11	0	 	5.5000	1.2000	-0.2500	3	0	0	-1.97m	0	0.058	0	0	0	1.97m	0	-0.058	0	
12	0	8	5.5000	2.4000	0.0000	3	0.25m	-34.3n	-1.97m	0	0.058	0	-0.25m	34.3n	1.97m	0	-0.058	0	
13	0	9	5.5000	1.8000	0.0000	3	0.25m	0	-1.97m	0	0.058	0	-0.25m	0	1.97m	0	-0.058	0	
14	0	 	5.5000	1.8000	-0.2500	3	0	0	-1.97m	0	0.058	0	0	0	1.97m	0	-0.058	0	
15	0	 	5.5000	2.4000	-0.2500	3	0	0	-1.97m	0	0.058	0	0	0	1.97m	0	-0.058	0	
16	0	4	5.5000	3.6000	0.0000	3	0.55m	-17.4µ	-1.90m	0.004	0.126	0	-0.55m	17.4µ	1.90m	-0.004	-0.126	0	
17	0	 	5.5000	3.4500	-0.2500	3	-0.25µ	0	-1.91m	0.004	0.126	0	0.25µ	0	1.91m	-0.004	-0.126	0	
79	0	 	1.1000	1.2000	-0.2500	3	0	0	0.79m	0.002	0.039	0	0	0	-0.79m	-0.002	-0.039	0	
80	0	 	1.1000	2.4000	-0.2500	3	0	0	0.79m	-0.002	0.039	0	0	0	-0.79m	0.002	-0.039	0	
81	0	 	2.2000	1.2000	-0.2500	3	0	0	0.15m	0.001	0.029	0	0	0	-0.15m	-0.001	-0.029	0	
82	0	 	2.2000	2.4000	-0.2500	3	0	0	0.15m	-0.001	0.029	0	0	0	-0.15m	0.001	-0.029	0	
83	0	 	3.3000	1.2000	-0.2500	3	0	0	-0.39m	-0.001	0.029	0	0	0	0.39m	0.001	-0.029	0	
84	0	 	3.3000	2.4000	-0.2500	3	0	0	-0.39m	0.001	0.029	0	0	0	0.39m	-0.001	-0.029	0	
85	0	 	4.4000	1.2000	-0.2500	3	0	0	-1.04m	-0.002	0.04	0	0	0	1.04m	0.002	-0.04	0	
86	0	 	4.4000	2.4000	-0.2500	3	0	0	-1.04m	0.002	0.04	0	0	0	1.04m	-0.002	-0.04	0	
87	0	 	1.1000	1.2000	0.0000	3	0.17m	-6.85µ	0.79m	0.002	0.039	0	-0.17m	6.85µ	-0.79m	-0.002	-0.039	0	
88	0	 	2.2000	1.2000	0.0000	3	0.13m	-2.22µ	0.15m	0.001	0.029	0	-0.13m	2.22µ	-0.15m	-0.001	-0.029	0	
89	0	 	3.3000	1.2000	0.0000	3	0.13m	2.59µ	-0.39m	-0.001	0.029	0	-0.13m	-2.59µ	0.39m	0.001	-0.029	0	
90	0	 	4.4000	1.2000	0.0000	3	0.17m	6.96µ	-1.04m	-0.002	0.04	0	-0.17m	-6.96µ	1.04m	0.002	-0.04	0	
91	0	 	4.4000	2.4000	0.0000	3	0.17m	-6.96µ	-1.04m	0.002	0.04	0	-0.17m	6.96µ	1.04m	-0.002	-0.04	0	
92	0	 	3.3000	2.4000	0.0000	3	0.13m	-2.59µ	-0.39m	0.001	0.029	0	-0.13m	2.59µ	0.39m	-0.001	-0.029	0	
93	0	 	2.2000	2.4000	0.0000	3	0.13m	2.22µ	0.15m	-0.001	0.029	0	-0.13m	-2.22µ	-0.15m	0.001	-0.029	0	
94	0	 	1.1000	2.4000	0.0000	3	0.17m	6.85µ	0.79m	-0.002	0.039	0	-0.17m	-6.85µ	-0.79m	0.002	-0.039	0	
0	1	 	0.0000	2.4000	1.0667	3	1.93m	-1.53µ	1.70m	0	0.114	0.003	-1.93m	1.53µ	-1.70m	0	-0.114	-0.003	
1	1	 	0.0000	1.2000	1.0667	3	1.93m	1.53µ	1.70m	0	0.114	-0.003	-1.93m	-1.53µ	-1.70m	0	-0.114	0.003	
2	1	 	0.0000	2.4000	2.1333	3	4.13m	-0.76µ	1.70m	0	0.114	-0.003	-4.13m	0.76µ	-1.70m	0	-0.114	0.003	
3	1	 	0.0000	1.2000	2.1333	3	4.13m	0.76µ	1.70m	0	0.114	0.003	-4.13m	-0.76µ	-1.70m	0	-0.114	-0.003	
7	1	9	5.5000	1.8000	3.2000	3	5.82m	-1.48f	-1.97m	0	0.056	0	-5.82m	1.48f	1.97m	0	-0.056	0	
18	1	1	0.0000	0.0000	3.2000	3	5.78m	-6.29µ	1.62m	0.003	0.041	0	-5.78m	6.29µ	-1.62m	-0.003	-0.041	0	
19	1	 	0.0000	0.0000	2.7000	3	5.42m	20.8µ	1.62m	0.003	0.041	0	-5.42m	-20.8µ	-1.62m	-0.003	-0.041	0	
20	1	2	5.5000	0.0000	3.2000	3	5.76m	6.18µ	-1.93m	-0.002	0.034	0.001	-5.76m	-6.18µ	1.93m	0.002	-0.034	-0.001	
21	1	 	5.5000	0.0000	2.7000	3	5.47m	-9.45µ	-1.93m	-0.002	0.034	0.001	-5.47m	9.45µ	1.93m	0.002	-0.034	-0.001	
22	1	3	0.0000	3.6000	3.2000	3	5.78m	6.29µ	1.62m	-0.003	0.041	0	-5.78m	-6.29µ	-1.62m	0.003	-0.041	0	
23	1	 	0.0000	3.6000	2.7000	3	5.42m	-20.8µ	1.62m	-0.003	0.041	0	-5.42m	20.8µ	-1.62m	0.003	-0.041	0	
24	1	4	5.5000	3.6000	3.2000	3	5.76m	-6.18µ	-1.93m	0.002	0.034	-0.001	-5.76m	6.18µ	1.93m	-0.002	-0.034	0.001	
25	1	 	5.5000	3.6000	2.7000	3	5.47m	9.45µ	-1.93m	0.002	0.034	-0.001	-5.47m	-9.45µ	1.93m	-0.002	-0.034	0.001	
27	1	 	1.1000	3.6000	3.2000	3	5.78m	-5.96µ	0.82m	0.002	0.04	0	-5.78m	5.96µ	-0.82m	-0.002	-0.04	0	
28	1	 	2.2000	3.6000	3.2000	3	5.77m	-1.06µ	0.10m	0	0.036	0	-5.77m	1.06µ	-0.10m	0	-0.036	0	
29	1	 	3.3000	3.6000	3.2000	3	5.77m	6.95µ	-0.57m	-0.003	0.035	0	-5.77m	-6.95µ	0.57m	0.003	-0.035	0	
30	1	 	4.4000	3.6000	3.2000	3	5.77m	11.9µ	-1.24m	-0.004	0.036	0	-5.77m	-11.9µ	1.24m	0.004	-0.036	0	
31	1	 	0.0000	3.6000	2.9500	3	5.60m	-7.28µ	1.62m	-0.003	0.041	0	-5.60m	7.28µ	-1.62m	0.003	-0.041	0	
32	1	 	1.1000	3.6000	2.9500	3	5.61m	1.24µ	0.82m	0.002	0.04	0	-5.61m	-1.24µ	-0.82m	-0.002	-0.04	0	
33	1	 	2.2000	3.6000	2.9500	3	5.61m	0.27µ	0.10m	0	0.036	0	-5.61m	-0.27µ	-0.10m	0	-0.036	0	
34	1	 	3.3000	3.6000	2.9500	3	5.61m	-4.21µ	-0.57m	-0.003	0.035	0	-5.61m	4.21µ	0.57m	0.003	-0.035	0	
35	1	 	4.4000	3.6000	2.9500	3	5.61m	-6.49µ	-1.24m	-0.004	0.036	0	-5.61m	6.49µ	1.24m	0.004	-0.036	0	
36	1	 	5.5000	3.6000	2.9500	3	5.61m	1.64µ	-1.93m	0.002	0.034	-0.001	-5.61m	-1.64µ	1.93m	-0.002	-0.034	0.001	
37	1	 	1.1000	0.0000	3.2000	3	5.78m	5.96µ	0.82m	-0.002	0.04	0	-5.78m	-5.96µ	-0.82m	0.002	-0.04	0	
38	1	 	2.2000	0.0000	3.2000	3	5.77m	1.06µ	0.10m	0	0.036	0	-5.77m	-1.06µ	-0.10m	0	-0.036	0	
39	1	 	3.3000	0.0000	3.2000	3	5.77m	-6.95µ	-0.57m	0.003	0.035	0	-5.77m	6.95µ	0.57m	-0.003	-0.035	0	
40	1	 	4.4000	0.0000	3.2000	3	5.77m	-11.9µ	-1.24m	0.004	0.036	0	-5.77m	11.9µ	1.24m	-0.004	-0.036	0	
41	1	 	0.0000	0.0000	2.9500	3	5.60m	7.28µ	1.62m	0.003	0.041	0	-5.60m	-7.28µ	-1.62m	-0.003	-0.041	0	
42	1	 	1.1000	0.0000	2.9500	3	5.61m	-1.24µ	0.82m	-0.002	0.04	0	-5.61m	1.24µ	-0.82m	0.002	-0.04	0	
43	1	 	2.2000	0.0000	2.9500	3	5.61m	-0.27µ	0.10m	0	0.036	0	-5.61m	0.27µ	-0.10m	0	-0.036	0	
44	1	 	3.3000	0.0000	2.9500	3	5.61m	4.21µ	-0.57m	0.003	0.035	0	-5.61m	-4.21µ	0.57m	-0.003	-0.035	0	
45	1	 	4.4000	0.0000	2.9500	3	5.61m	6.49µ	-1.24m	0.004	0.036	0	-5.61m	-6.49µ	1.24m	-0.004	-0.036	0	
46	1	 	5.5000	0.0000	2.9500	3	5.61m	-1.64µ	-1.93m	-0.002	0.034	0.001	-5.61m	1.64µ	1.93m	0.002	-0.034	-0.001	
47	1	5	0.0000	1.2000	3.2000	3	5.83m	-4.42µ	1.70m	0.003	0.061	0.004	-5.83m	4.42µ	-1.70m	-0.003	-0.061	-0.004	
48	1	 	0.0000	1.2000	2.9500	3	5.57m	7.88µ	1.70m	0.003	0.061	0.004	-5.57m	-7.88µ	-1.70m	-0.003	-0.061	-0.004	
49	1	6	5.5000	1.2000	3.2000	3	5.82m	-0.12µ	-1.97m	0	0.056	0	-5.82m	0.12µ	1.97m	0	-0.056	0	
50	1	 	5.5000	1.2000	2.9500	3	5.58m	-0.13µ	-1.97m	0	0.056	0	-5.58m	0.13µ	1.97m	0	-0.056	0	
51	1	7	0.0000	2.4000	3.2000	3	5.83m	4.42µ	1.70m	-0.003	0.061	-0.004	-5.83m	-4.42µ	-1.70m	0.003	-0.061	0.004	
52	1	 	0.0000	2.4000	2.9500	3	5.57m	-7.88µ	1.70m	-0.003	0.061	-0.004	-5.57m	7.88µ	-1.70m	0.003	-0.061	0.004	
53	1	8	5.5000	2.4000	3.2000	3	5.82m	0.12µ	-1.97m	0	0.056	0	-5.82m	-0.12µ	1.97m	0	-0.056	0	
54	1	 	5.5000	2.4000	2.9500	3	5.58m	0.13µ	-1.97m	0	0.056	0	-5.58m	-0.13µ	1.97m	0	-0.056	0	
95	1	 	0.0000	1.2000	3.0500	3	5.67m	2.96µ	1.70m	0.003	0.061	0.004	-5.67m	-2.96µ	-1.70m	-0.003	-0.061	-0.004	
96	1	 	1.1000	1.2000	3.0500	3	5.68m	0.35µ	0.78m	-0.001	0.04	0	-5.68m	-0.35µ	-0.78m	0.001	-0.04	0	
97	1	 	1.1000	2.4000	3.0500	3	5.68m	-0.35µ	0.78m	0.001	0.04	0	-5.68m	0.35µ	-0.78m	-0.001	-0.04	0	
98	1	 	0.0000	2.4000	3.0500	3	5.67m	-2.96µ	1.70m	-0.003	0.061	-0.004	-5.67m	2.96µ	-1.70m	0.003	-0.061	0.004	
99	1	 	2.2000	1.2000	3.0500	3	5.68m	0.29µ	93.5µ	0	0.033	0	-5.68m	-0.29µ	-93.5µ	0	-0.033	0	
100	1	 	2.2000	2.4000	3.0500	3	5.68m	-0.29µ	93.5µ	0	0.033	0	-5.68m	0.29µ	-93.5µ	0	-0.033	0	
101	1	 	3.3000	1.2000	3.0500	3	5.68m	-0.29µ	-0.53m	0.001	0.032	0	-5.68m	0.29µ	0.53m	-0.001	-0.032	0	
102	1	 	3.3000	2.4000	3.0500	3	5.68m	0.29µ	-0.53m	-0.001	0.032	0	-5.68m	-0.29µ	0.53m	0.001	-0.032	0	
103	1	 	4.4000	1.2000	3.0500	3	5.67m	6.11n	-1.15m	0.002	0.035	0	-5.67m	-6.11n	1.15m	-0.002	-0.035	0	
104	1	 	4.4000	2.4000	3.0500	3	5.67m	-6.11n	-1.15m	-0.002	0.035	0	-5.67m	6.11n	1.15m	0.002	-0.035	0	
105	1	 	5.5000	1.2000	3.0500	3	5.67m	-0.13µ	-1.97m	0	0.056	0	-5.67m	0.13µ	1.97m	0	-0.056	0	
106	1	 	5.5000	2.4000	3.0500	3	5.67m	0.13µ	-1.97m	0	0.056	0	-5.67m	-0.13µ	1.97m	0	-0.056	0	
107	1	 	1.1000	1.2000	3.2000	3	5.78m	3.27µ	0.78m	-0.001	0.04	0	-5.78m	-3.27µ	-0.78m	0.001	-0.04	0	
108	1	 	2.2000	1.2000	3.2000	3	5.76m	1.07µ	93.5µ	0	0.033	0	-5.76m	-1.07µ	-93.5µ	0	-0.033	0	
109	1	 	3.3000	1.2000	3.2000	3	5.76m	-3.59µ	-0.53m	0.001	0.032	0	-5.76m	3.59µ	0.53m	-0.001	-0.032	0	
110	1	 	4.4000	1.2000	3.2000	3	5.77m	-5.99µ	-1.15m	0.002	0.035	0	-5.77m	5.99µ	1.15m	-0.002	-0.035	0	
111	1	 	4.4000	2.4000	3.2000	3	5.77m	5.99µ	-1.15m	-0.002	0.035	0	-5.77m	-5.99µ	1.15m	0.002	-0.035	0	
112	1	 	3.3000	2.4000	3.2000	3	5.76m	3.59µ	-0.53m	-0.001	0.032	0	-5.76m	-3.59µ	0.53m	0.001	-0.032	0	
113	1	 	2.2000	2.4000	3.2000	3	5.76m	-1.07µ	93.5µ	0	0.033	0	-5.76m	1.07µ	-93.5µ	0	-0.033	0	
114	1	 	1.1000	2.4000	3.2000	3	5.78m	-3.27µ	0.78m	0.001	0.04	0	-5.78m	3.27µ	-0.78m	-0.001	-0.04	0	
115	1	 	0.0000	0.0000	3.0500	3	5.67m	1.85µ	1.62m	0.003	0.041	0	-5.67m	-1.85µ	-1.62m	-0.003	-0.041	0	
116	1	 	1.1000	0.0000	3.0500	3	5.68m	1.64µ	0.82m	-0.002	0.04	0	-5.68m	-1.64µ	-0.82m	0.002	-0.04	0	
117	1	 	2.2000	0.0000	3.0500	3	5.67m	0.26µ	0.10m	0	0.036	0	-5.67m	-0.26µ	-0.10m	0	-0.036	0	
118	1	 	3.3000	0.0000	3.0500	3	5.67m	-0.25µ	-0.57m	0.003	0.035	0	-5.67m	0.25µ	0.57m	-0.003	-0.035	0	
119	1	 	4.4000	0.0000	3.0500	3	5.68m	-0.85µ	-1.24m	0.004	0.036	0	-5.68m	0.85µ	1.24m	-0.004	-0.036	0	
120	1	 	5.5000	0.0000	3.0500	3	5.67m	1.49µ	-1.93m	-0.002	0.034	0.001	-5.67m	-1.49µ	1.93m	0.002	-0.034	-0.001	
121	1	 	1.1000	3.6000	3.0500	3	5.68m	-1.64µ	0.82m	0.002	0.04	0	-5.68m	1.64µ	-0.82m	-0.002	-0.04	0	
122	1	 	0.0000	3.6000	3.0500	3	5.67m	-1.85µ	1.62m	-0.003	0.041	0	-5.67m	1.85µ	-1.62m	0.003	-0.041	0	
123	1	 	2.2000	3.6000	3.0500	3	5.67m	-0.26µ	0.10m	0	0.036	0	-5.67m	0.26µ	-0.10m	0	-0.036	0	
124	1	 	3.3000	3.6000	3.0500	3	5.67m	0.25µ	-0.57m	-0.003	0.035	0	-5.67m	-0.25µ	0.57m	0.003	-0.035	0	
125	1	 	4.4000	3.6000	3.0500	3	5.68m	0.85µ	-1.24m	-0.004	0.036	0	-5.68m	-0.85µ	1.24m	0.004	-0.036	0	
126	1	 	5.5000	3.6000	3.0500	3	5.67m	-1.49µ	-1.93m	0.002	0.034	-0.001	-5.67m	1.49µ	1.93m	-0.002	-0.034	0.001	
8	2	 	0.1000	3.6000	6.1500	3	-2.22m	28.0µ	2.08m	0	0.048	-0.001	2.22m	-28.0µ	-2.08m	0	-0.048	0.001	
9	2	 	5.4000	3.6000	6.1500	3	-2.23m	-27.0µ	-2.40m	0	0.048	-0.001	2.23m	27.0µ	2.40m	0	-0.048	0.001	
10	2	 	0.1000	0.0000	6.1500	3	-2.22m	-28.0µ	2.08m	0	0.048	0.001	2.22m	28.0µ	-2.08m	0	-0.048	-0.001	
11	2	 	5.4000	0.0000	6.1500	3	-2.23m	27.0µ	-2.40m	0	0.048	0.001	2.23m	-27.0µ	2.40m	0	-0.048	-0.001	
55	2	1	0.0000	0.0000	6.4000	3	-3.33m	-7.69n	1.64m	0	-0.252	-0.016	3.33m	7.69n	-1.64m	0	0.252	0.016	
56	2	2	5.5000	0.0000	6.4000	3	-3.32m	30.5n	-1.96m	0	-0.251	-0.015	3.32m	-30.5n	1.96m	0	0.251	0.015	
57	2	3	0.0000	3.6000	6.4000	3	-3.33m	7.69n	1.64m	0	-0.252	0.016	3.33m	-7.69n	-1.64m	0	0.252	-0.016	
58	2	4	5.5000	3.6000	6.4000	3	-3.32m	-30.5n	-1.96m	0	-0.251	0.015	3.32m	30.5n	1.96m	0	0.251	-0.015	
59	2	5	0.0000	1.2000	6.4000	3	-2.94m	-4.32µ	1.70m	0.002	-0.252	-0.013	2.94m	4.32µ	-1.70m	-0.002	0.252	0.013	
60	2	6	5.5000	1.2000	6.4000	3	-2.96m	1.77µ	-1.97m	-0.001	-0.25	-0.012	2.96m	-1.77µ	1.97m	0.001	0.25	0.012	
61	2	7	0.0000	2.4000	6.4000	3	-2.94m	4.32µ	1.70m	-0.002	-0.252	0.013	2.94m	-4.32µ	-1.70m	0.002	0.252	-0.013	
62	2	8	5.5000	2.4000	6.4000	3	-2.96m	-1.77µ	-1.97m	0.001	-0.25	0.012	2.96m	1.77µ	1.97m	-0.001	0.25	-0.012	
63	2	 	0.1000	3.6000	6.1500	3	-2.22m	28.0µ	2.08m	0	-0.252	0.016	2.22m	-28.0µ	-2.08m	0	0.252	-0.016	
64	2	 	5.4000	3.6000	6.1500	3	-2.23m	-27.0µ	-2.40m	0	-0.251	0.015	2.23m	27.0µ	2.40m	0	0.251	-0.015	
65	2	 	0.1000	0.0000	6.1500	3	-2.22m	-28.0µ	2.08m	0	-0.252	-0.016	2.22m	28.0µ	-2.08m	0	0.252	0.016	
66	2	 	5.4000	0.0000	6.1500	3	-2.23m	27.0µ	-2.40m	0	-0.251	-0.015	2.23m	-27.0µ	2.40m	0	0.251	0.015	
67	2	 	0.0000	1.1000	6.2500	3	-2.30m	-0.16µ	1.69m	0.002	-0.252	-0.013	2.30m	0.16µ	-1.69m	-0.002	0.252	0.013	
68	2	 	0.0000	0.1500	6.2500	3	-2.62m	-0.37µ	1.64m	0	-0.252	-0.016	2.62m	0.37µ	-1.64m	0	0.252	0.016	
69	2	 	0.0000	3.4500	6.2500	3	-2.62m	0.37µ	1.64m	0	-0.252	0.016	2.62m	-0.37µ	-1.64m	0	0.252	-0.016	
70	2	 	0.0000	2.5000	6.2500	3	-2.30m	0.16µ	1.69m	-0.002	-0.252	0.013	2.30m	-0.16µ	-1.69m	0.002	0.252	-0.013	
71	2	 	0.0000	2.3000	6.2500	3	-2.26m	0.16µ	1.70m	-0.002	-0.252	0.013	2.26m	-0.16µ	-1.70m	0.002	0.252	-0.013	
72	2	 	0.0000	1.3000	6.2500	3	-2.26m	-0.16µ	1.70m	0.002	-0.252	-0.013	2.26m	0.16µ	-1.70m	-0.002	0.252	0.013	
73	2	 	5.5000	3.4500	6.2500	3	-2.63m	-0.89µ	-1.96m	0	-0.251	0.015	2.63m	0.89µ	1.96m	0	0.251	-0.015	
74	2	 	5.5000	2.5000	6.2500	3	-2.32m	-0.31µ	-1.97m	0.001	-0.25	0.012	2.32m	0.31µ	1.97m	-0.001	0.25	-0.012	
75	2	 	5.5000	1.1000	6.2500	3	-2.32m	0.31µ	-1.97m	-0.001	-0.25	-0.012	2.32m	-0.31µ	1.97m	0.001	0.25	0.012	
76	2	 	5.5000	0.1500	6.2500	3	-2.63m	0.89µ	-1.96m	0	-0.251	-0.015	2.63m	-0.89µ	1.96m	0	0.251	0.015	
77	2	 	5.5000	2.3000	6.2500	3	-2.28m	-0.31µ	-1.97m	0.001	-0.25	0.012	2.28m	0.31µ	1.97m	-0.001	0.25	-0.012	
78	2	 	5.5000	1.3000	6.2500	3	-2.28m	0.31µ	-1.97m	-0.001	-0.25	-0.012	2.28m	-0.31µ	1.97m	0.001	0.25	0.012	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Modo 4) 0.096s x0% y10% z0%
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	4	17.7µ	0.24m	2.07m	-0.055	0.004	0	-17.7µ	-0.24m	-2.07m	0.055	-0.004	0	
1	0	5	0.0000	1.2000	0.0000	4	2.73µ	0.32m	0.80m	-0.074	0.001	0	-2.73µ	-0.32m	-0.80m	0.074	-0.001	0	
2	0	 	0.0000	0.1500	-0.2500	4	80.4n	0	1.92m	-0.055	0.004	0	-80.4n	0	-1.92m	0.055	-0.004	0	
3	0	 	0.0000	1.2000	-0.2500	4	0	0	0.80m	-0.074	0.001	0	0	0	-0.80m	0.074	-0.001	0	
4	0	7	0.0000	2.4000	0.0000	4	-2.73µ	0.32m	-0.80m	-0.074	-0.001	0	2.73µ	-0.32m	0.80m	0.074	0.001	0	
5	0	 	0.0000	2.4000	-0.2500	4	0	0	-0.80m	-0.074	-0.001	0	0	0	0.80m	0.074	0.001	0	
6	0	3	0.0000	3.6000	0.0000	4	-17.7µ	0.24m	-2.07m	-0.055	-0.004	0	17.7µ	-0.24m	2.07m	0.055	0.004	0	
7	0	 	0.0000	3.4500	-0.2500	4	-80.4n	0	-1.92m	-0.055	-0.004	0	80.4n	0	1.92m	0.055	0.004	0	
8	0	2	5.5000	0.0000	0.0000	4	-1.07µ	0.30m	2.32m	-0.069	0	0	1.07µ	-0.30m	-2.32m	0.069	0	0	
9	0	6	5.5000	1.2000	0.0000	4	-11.8n	0.35m	0.84m	-0.08	0	0	11.8n	-0.35m	-0.84m	0.08	0	0	
10	0	 	5.5000	0.1500	-0.2500	4	-4.52n	0	2.14m	-0.069	0	0	4.52n	0	-2.14m	0.069	0	0	
11	0	 	5.5000	1.2000	-0.2500	4	0	0	0.84m	-0.08	0	0	0	0	-0.84m	0.08	0	0	
12	0	8	5.5000	2.4000	0.0000	4	11.8n	0.35m	-0.84m	-0.08	0	0	-11.8n	-0.35m	0.84m	0.08	0	0	
13	0	9	5.5000	1.8000	0.0000	4	0	0.35m	0	-0.08	0	0	0	-0.35m	0	0.08	0	0	
14	0	 	5.5000	1.8000	-0.2500	4	0	0	0	-0.08	0	0	0	0	0	0.08	0	0	
15	0	 	5.5000	2.4000	-0.2500	4	0	0	-0.84m	-0.08	0	0	0	0	0.84m	0.08	0	0	
16	0	4	5.5000	3.6000	0.0000	4	1.07µ	0.30m	-2.32m	-0.069	0	0	-1.07µ	-0.30m	2.32m	0.069	0	0	
17	0	 	5.5000	3.4500	-0.2500	4	4.52n	0	-2.14m	-0.069	0	0	-4.52n	0	2.14m	0.069	0	0	
79	0	 	1.1000	1.2000	-0.2500	4	0	0	0.80m	-0.077	0	0	0	0	-0.80m	0.077	0	0	
80	0	 	1.1000	2.4000	-0.2500	4	0	0	-0.80m	-0.077	0	0	0	0	0.80m	0.077	0	0	
81	0	 	2.2000	1.2000	-0.2500	4	0	0	0.80m	-0.076	0	0	0	0	-0.80m	0.076	0	0	
82	0	 	2.2000	2.4000	-0.2500	4	0	0	-0.80m	-0.076	0	0	0	0	0.80m	0.076	0	0	
83	0	 	3.3000	1.2000	-0.2500	4	0	0	0.81m	-0.077	-0.001	0	0	0	-0.81m	0.077	0.001	0	
84	0	 	3.3000	2.4000	-0.2500	4	0	0	-0.81m	-0.077	0.001	0	0	0	0.81m	0.077	-0.001	0	
85	0	 	4.4000	1.2000	-0.2500	4	0	0	0.82m	-0.078	-0.001	0	0	0	-0.82m	0.078	0.001	0	
86	0	 	4.4000	2.4000	-0.2500	4	0	0	-0.82m	-0.078	0.001	0	0	0	0.82m	0.078	-0.001	0	
87	0	 	1.1000	1.2000	0.0000	4	0.24µ	0.34m	0.80m	-0.077	0	0	-0.24µ	-0.34m	-0.80m	0.077	0	0	
88	0	 	2.2000	1.2000	0.0000	4	-0.82µ	0.33m	0.80m	-0.076	0	0	0.82µ	-0.33m	-0.80m	0.076	0	0	
89	0	 	3.3000	1.2000	0.0000	4	-2.33µ	0.34m	0.81m	-0.077	-0.001	0	2.33µ	-0.34m	-0.81m	0.077	0.001	0	
90	0	 	4.4000	1.2000	0.0000	4	-3.57µ	0.34m	0.82m	-0.078	-0.001	0	3.57µ	-0.34m	-0.82m	0.078	0.001	0	
91	0	 	4.4000	2.4000	0.0000	4	3.57µ	0.34m	-0.82m	-0.078	0.001	0	-3.57µ	-0.34m	0.82m	0.078	-0.001	0	
92	0	 	3.3000	2.4000	0.0000	4	2.33µ	0.34m	-0.81m	-0.077	0.001	0	-2.33µ	-0.34m	0.81m	0.077	-0.001	0	
93	0	 	2.2000	2.4000	0.0000	4	0.82µ	0.33m	-0.80m	-0.076	0	0	-0.82µ	-0.33m	0.80m	0.076	0	0	
94	0	 	1.1000	2.4000	0.0000	4	-0.24µ	0.34m	-0.80m	-0.077	0	0	0.24µ	-0.34m	0.80m	0.077	0	0	
0	1	 	0.0000	2.4000	1.0667	4	-5.75µ	1.82m	-0.86m	0	0	0.001	5.75µ	-1.82m	0.86m	0	0	-0.001	
1	1	 	0.0000	1.2000	1.0667	4	5.75µ	1.82m	0.86m	0	0	0.001	-5.75µ	-1.82m	-0.86m	0	0	-0.001	
2	1	 	0.0000	2.4000	2.1333	4	-6.61µ	3.39m	-0.88m	0	0	0.001	6.61µ	-3.39m	0.88m	0	0	-0.001	
3	1	 	0.0000	1.2000	2.1333	4	6.61µ	3.39m	0.88m	0	0	0.001	-6.61µ	-3.39m	-0.88m	0	0	-0.001	
7	1	9	5.5000	1.8000	3.2000	4	0	5.19m	0	-0.084	0	0.002	0	-5.19m	0	0.084	0	-0.002	
18	1	1	0.0000	0.0000	3.2000	4	51.0µ	4.87m	2.06m	-0.04	-0.007	0.002	-51.0µ	-4.87m	-2.06m	0.04	0.007	-0.002	
19	1	 	0.0000	0.0000	2.7000	4	0.11m	4.52m	2.06m	-0.04	-0.007	0.002	-0.11m	-4.52m	-2.06m	0.04	0.007	-0.002	
20	1	2	5.5000	0.0000	3.2000	4	51.1µ	5.06m	2.31m	-0.047	0.002	0.002	-51.1µ	-5.06m	-2.31m	0.047	-0.002	-0.002	
21	1	 	5.5000	0.0000	2.7000	4	30.2µ	4.65m	2.31m	-0.047	0.002	0.002	-30.2µ	-4.65m	-2.31m	0.047	-0.002	-0.002	
22	1	3	0.0000	3.6000	3.2000	4	-51.0µ	4.87m	-2.06m	-0.04	0.007	0.002	51.0µ	-4.87m	2.06m	0.04	-0.007	-0.002	
23	1	 	0.0000	3.6000	2.7000	4	-0.11m	4.52m	-2.06m	-0.04	0.007	0.002	0.11m	-4.52m	2.06m	0.04	-0.007	-0.002	
24	1	4	5.5000	3.6000	3.2000	4	-51.1µ	5.06m	-2.31m	-0.047	-0.002	0.002	51.1µ	-5.06m	2.31m	0.047	0.002	-0.002	
25	1	 	5.5000	3.6000	2.7000	4	-30.2µ	4.65m	-2.31m	-0.047	-0.002	0.002	30.2µ	-4.65m	2.31m	0.047	0.002	-0.002	
27	1	 	1.1000	3.6000	3.2000	4	-41.9µ	5.02m	-2.23m	-0.067	0.008	0.001	41.9µ	-5.02m	2.23m	0.067	-0.008	-0.001	
28	1	 	2.2000	3.6000	3.2000	4	-46.3µ	5.08m	-2.36m	-0.074	0.005	0.002	46.3µ	-5.08m	2.36m	0.074	-0.005	-0.002	
29	1	 	3.3000	3.6000	3.2000	4	-53.3µ	5.12m	-2.42m	-0.076	0.001	0.002	53.3µ	-5.12m	2.42m	0.076	-0.001	-0.002	
30	1	 	4.4000	3.6000	3.2000	4	-59.0µ	5.14m	-2.39m	-0.073	-0.003	0.002	59.0µ	-5.14m	2.39m	0.073	0.003	-0.002	
31	1	 	0.0000	3.6000	2.9500	4	-81.5µ	4.70m	-2.06m	-0.04	0.007	0.002	81.5µ	-4.70m	2.06m	0.04	-0.007	-0.002	
32	1	 	1.1000	3.6000	2.9500	4	-78.2µ	4.73m	-2.23m	-0.067	0.008	0.001	78.2µ	-4.73m	2.23m	0.067	-0.008	-0.001	
33	1	 	2.2000	3.6000	2.9500	4	-68.1µ	4.76m	-2.36m	-0.074	0.005	0.002	68.1µ	-4.76m	2.36m	0.074	-0.005	-0.002	
34	1	 	3.3000	3.6000	2.9500	4	-56.3µ	4.79m	-2.42m	-0.076	0.001	0.002	56.3µ	-4.79m	2.42m	0.076	-0.001	-0.002	
35	1	 	4.4000	3.6000	2.9500	4	-45.4µ	4.82m	-2.39m	-0.073	-0.003	0.002	45.4µ	-4.82m	2.39m	0.073	0.003	-0.002	
36	1	 	5.5000	3.6000	2.9500	4	-40.6µ	4.85m	-2.31m	-0.047	-0.002	0.002	40.6µ	-4.85m	2.31m	0.047	0.002	-0.002	
37	1	 	1.1000	0.0000	3.2000	4	41.9µ	5.02m	2.23m	-0.067	-0.008	0.001	-41.9µ	-5.02m	-2.23m	0.067	0.008	-0.001	
38	1	 	2.2000	0.0000	3.2000	4	46.3µ	5.08m	2.36m	-0.074	-0.005	0.002	-46.3µ	-5.08m	-2.36m	0.074	0.005	-0.002	
39	1	 	3.3000	0.0000	3.2000	4	53.3µ	5.12m	2.42m	-0.076	-0.001	0.002	-53.3µ	-5.12m	-2.42m	0.076	0.001	-0.002	
40	1	 	4.4000	0.0000	3.2000	4	59.0µ	5.14m	2.39m	-0.073	0.003	0.002	-59.0µ	-5.14m	-2.39m	0.073	-0.003	-0.002	
41	1	 	0.0000	0.0000	2.9500	4	81.5µ	4.70m	2.06m	-0.04	-0.007	0.002	-81.5µ	-4.70m	-2.06m	0.04	0.007	-0.002	
42	1	 	1.1000	0.0000	2.9500	4	78.2µ	4.73m	2.23m	-0.067	-0.008	0.001	-78.2µ	-4.73m	-2.23m	0.067	0.008	-0.001	
43	1	 	2.2000	0.0000	2.9500	4	68.1µ	4.76m	2.36m	-0.074	-0.005	0.002	-68.1µ	-4.76m	-2.36m	0.074	0.005	-0.002	
44	1	 	3.3000	0.0000	2.9500	4	56.3µ	4.79m	2.42m	-0.076	-0.001	0.002	-56.3µ	-4.79m	-2.42m	0.076	0.001	-0.002	
45	1	 	4.4000	0.0000	2.9500	4	45.4µ	4.82m	2.39m	-0.073	0.003	0.002	-45.4µ	-4.82m	-2.39m	0.073	-0.003	-0.002	
46	1	 	5.5000	0.0000	2.9500	4	40.6µ	4.85m	2.31m	-0.047	0.002	0.002	-40.6µ	-4.85m	-2.31m	0.047	-0.002	-0.002	
47	1	5	0.0000	1.2000	3.2000	4	31.7µ	4.97m	0.88m	-0.066	0.005	0.003	-31.7µ	-4.97m	-0.88m	0.066	-0.005	-0.003	
48	1	 	0.0000	1.2000	2.9500	4	9.11µ	4.68m	0.88m	-0.066	0.005	0.003	-9.11µ	-4.68m	-0.88m	0.066	-0.005	-0.003	
49	1	6	5.5000	1.2000	3.2000	4	21.0µ	5.20m	0.88m	-0.084	0	0.002	-21.0µ	-5.20m	-0.88m	0.084	0	-0.002	
50	1	 	5.5000	1.2000	2.9500	4	21.1µ	4.83m	0.88m	-0.084	0	0.002	-21.1µ	-4.83m	-0.88m	0.084	0	-0.002	
51	1	7	0.0000	2.4000	3.2000	4	-31.7µ	4.97m	-0.88m	-0.066	-0.005	0.003	31.7µ	-4.97m	0.88m	0.066	0.005	-0.003	
52	1	 	0.0000	2.4000	2.9500	4	-9.11µ	4.68m	-0.88m	-0.066	-0.005	0.003	9.11µ	-4.68m	0.88m	0.066	0.005	-0.003	
53	1	8	5.5000	2.4000	3.2000	4	-21.0µ	5.20m	-0.88m	-0.084	0	0.002	21.0µ	-5.20m	0.88m	0.084	0	-0.002	
54	1	 	5.5000	2.4000	2.9500	4	-21.1µ	4.83m	-0.88m	-0.084	0	0.002	21.1µ	-4.83m	0.88m	0.084	0	-0.002	
95	1	 	0.0000	1.2000	3.0500	4	18.1µ	4.80m	0.88m	-0.066	0.005	0.003	-18.1µ	-4.80m	-0.88m	0.066	-0.005	-0.003	
96	1	 	1.1000	1.2000	3.0500	4	18.1µ	4.84m	0.79m	-0.075	0.002	0	-18.1µ	-4.84m	-0.79m	0.075	-0.002	0	
97	1	 	1.1000	2.4000	3.0500	4	-18.1µ	4.84m	-0.79m	-0.075	-0.002	0	18.1µ	-4.84m	0.79m	0.075	0.002	0	
98	1	 	0.0000	2.4000	3.0500	4	-18.1µ	4.80m	-0.88m	-0.066	-0.005	0.003	18.1µ	-4.80m	0.88m	0.066	0.005	-0.003	
99	1	 	2.2000	1.2000	3.0500	4	19.5µ	4.88m	0.80m	-0.075	-0.001	0	-19.5µ	-4.88m	-0.80m	0.075	0.001	0	
100	1	 	2.2000	2.4000	3.0500	4	-19.5µ	4.88m	-0.80m	-0.075	0.001	0	19.5µ	-4.88m	0.80m	0.075	-0.001	0	
101	1	 	3.3000	1.2000	3.0500	4	18.8µ	4.92m	0.82m	-0.078	-0.001	0	-18.8µ	-4.92m	-0.82m	0.078	0.001	0	
102	1	 	3.3000	2.4000	3.0500	4	-18.8µ	4.92m	-0.82m	-0.078	0.001	0	18.8µ	-4.92m	0.82m	0.078	-0.001	0	
103	1	 	4.4000	1.2000	3.0500	4	21.1µ	4.94m	0.84m	-0.078	-0.002	0	-21.1µ	-4.94m	-0.84m	0.078	0.002	0	
104	1	 	4.4000	2.4000	3.0500	4	-21.1µ	4.94m	-0.84m	-0.078	0.002	0	21.1µ	-4.94m	0.84m	0.078	-0.002	0	
105	1	 	5.5000	1.2000	3.0500	4	21.0µ	4.98m	0.88m	-0.084	0	0.002	-21.0µ	-4.98m	-0.88m	0.084	0	-0.002	
106	1	 	5.5000	2.4000	3.0500	4	-21.0µ	4.98m	-0.88m	-0.084	0	0.002	21.0µ	-4.98m	0.88m	0.084	0	-0.002	
107	1	 	1.1000	1.2000	3.2000	4	23.0µ	5.04m	0.79m	-0.075	0.002	0	-23.0µ	-5.04m	-0.79m	0.075	-0.002	0	
108	1	 	2.2000	1.2000	3.2000	4	16.9µ	5.08m	0.80m	-0.075	-0.001	0	-16.9µ	-5.08m	-0.80m	0.075	0.001	0	
109	1	 	3.3000	1.2000	3.2000	4	16.4µ	5.12m	0.82m	-0.078	-0.001	0	-16.4µ	-5.12m	-0.82m	0.078	0.001	0	
110	1	 	4.4000	1.2000	3.2000	4	16.0µ	5.15m	0.84m	-0.078	-0.002	0	-16.0µ	-5.15m	-0.84m	0.078	0.002	0	
111	1	 	4.4000	2.4000	3.2000	4	-16.0µ	5.15m	-0.84m	-0.078	0.002	0	16.0µ	-5.15m	0.84m	0.078	-0.002	0	
112	1	 	3.3000	2.4000	3.2000	4	-16.4µ	5.12m	-0.82m	-0.078	0.001	0	16.4µ	-5.12m	0.82m	0.078	-0.001	0	
113	1	 	2.2000	2.4000	3.2000	4	-16.9µ	5.08m	-0.80m	-0.075	0.001	0	16.9µ	-5.08m	0.80m	0.075	-0.001	0	
114	1	 	1.1000	2.4000	3.2000	4	-23.0µ	5.04m	-0.79m	-0.075	-0.002	0	23.0µ	-5.04m	0.79m	0.075	0.002	0	
115	1	 	0.0000	0.0000	3.0500	4	69.3µ	4.77m	2.06m	-0.04	-0.007	0.002	-69.3µ	-4.77m	-2.06m	0.04	0.007	-0.002	
116	1	 	1.1000	0.0000	3.0500	4	63.7µ	4.84m	2.23m	-0.067	-0.008	0.001	-63.7µ	-4.84m	-2.23m	0.067	0.008	-0.001	
117	1	 	2.2000	0.0000	3.0500	4	59.4µ	4.88m	2.36m	-0.074	-0.005	0.002	-59.4µ	-4.88m	-2.36m	0.074	0.005	-0.002	
118	1	 	3.3000	0.0000	3.0500	4	55.1µ	4.92m	2.42m	-0.076	-0.001	0.002	-55.1µ	-4.92m	-2.42m	0.076	0.001	-0.002	
119	1	 	4.4000	0.0000	3.0500	4	50.8µ	4.95m	2.39m	-0.073	0.003	0.002	-50.8µ	-4.95m	-2.39m	0.073	-0.003	-0.002	
120	1	 	5.5000	0.0000	3.0500	4	44.8µ	4.94m	2.31m	-0.047	0.002	0.002	-44.8µ	-4.94m	-2.31m	0.047	-0.002	-0.002	
121	1	 	1.1000	3.6000	3.0500	4	-63.7µ	4.84m	-2.23m	-0.067	0.008	0.001	63.7µ	-4.84m	2.23m	0.067	-0.008	-0.001	
122	1	 	0.0000	3.6000	3.0500	4	-69.3µ	4.77m	-2.06m	-0.04	0.007	0.002	69.3µ	-4.77m	2.06m	0.04	-0.007	-0.002	
123	1	 	2.2000	3.6000	3.0500	4	-59.4µ	4.88m	-2.36m	-0.074	0.005	0.002	59.4µ	-4.88m	2.36m	0.074	-0.005	-0.002	
124	1	 	3.3000	3.6000	3.0500	4	-55.1µ	4.92m	-2.42m	-0.076	0.001	0.002	55.1µ	-4.92m	2.42m	0.076	-0.001	-0.002	
125	1	 	4.4000	3.6000	3.0500	4	-50.8µ	4.95m	-2.39m	-0.073	-0.003	0.002	50.8µ	-4.95m	2.39m	0.073	0.003	-0.002	
126	1	 	5.5000	3.6000	3.0500	4	-44.8µ	4.94m	-2.31m	-0.047	-0.002	0.002	44.8µ	-4.94m	2.31m	0.047	0.002	-0.002	
8	2	 	0.1000	3.6000	6.1500	4	89.6µ	-4.18m	-2.06m	0.146	0.003	-0.003	-89.6µ	4.18m	2.06m	-0.146	-0.003	0.003	
9	2	 	5.4000	3.6000	6.1500	4	80.5µ	-4.42m	-2.31m	0.151	0.003	-0.003	-80.5µ	4.42m	2.31m	-0.151	-0.003	0.003	
10	2	 	0.1000	0.0000	6.1500	4	-89.6µ	-4.18m	2.06m	0.146	-0.003	-0.003	89.6µ	4.18m	-2.06m	-0.146	0.003	0.003	
11	2	 	5.4000	0.0000	6.1500	4	-80.5µ	-4.42m	2.31m	0.151	-0.003	-0.003	80.5µ	4.42m	-2.31m	-0.151	0.003	0.003	
55	2	1	0.0000	0.0000	6.4000	4	-0.15m	-4.74m	2.04m	0.146	-0.014	-0.043	0.15m	4.74m	-2.04m	-0.146	0.014	0.043	
56	2	2	5.5000	0.0000	6.4000	4	-27.4µ	-5.01m	2.29m	0.151	0.012	0.044	27.4µ	5.01m	-2.29m	-0.151	-0.012	-0.044	
57	2	3	0.0000	3.6000	6.4000	4	0.15m	-4.74m	-2.04m	0.146	0.014	-0.043	-0.15m	4.74m	2.04m	-0.146	-0.014	0.043	
58	2	4	5.5000	3.6000	6.4000	4	27.4µ	-5.01m	-2.29m	0.151	-0.012	0.044	-27.4µ	5.01m	2.29m	-0.151	0.012	-0.044	
59	2	5	0.0000	1.2000	6.4000	4	0.16m	-4.14m	1.10m	-0.08	0.001	0.009	-0.16m	4.14m	-1.10m	0.08	-0.001	-0.009	
60	2	6	5.5000	1.2000	6.4000	4	-0.26m	-4.37m	1.14m	-0.087	-0.007	-0.017	0.26m	4.37m	-1.14m	0.087	0.007	0.017	
61	2	7	0.0000	2.4000	6.4000	4	-0.16m	-4.14m	-1.10m	-0.08	-0.001	0.009	0.16m	4.14m	1.10m	0.08	0.001	-0.009	
62	2	8	5.5000	2.4000	6.4000	4	0.26m	-4.37m	-1.14m	-0.087	0.007	-0.017	-0.26m	4.37m	1.14m	0.087	-0.007	0.017	
63	2	 	0.1000	3.6000	6.1500	4	89.6µ	-4.18m	-2.06m	0.146	0.014	-0.043	-89.6µ	4.18m	2.06m	-0.146	-0.014	0.043	
64	2	 	5.4000	3.6000	6.1500	4	80.5µ	-4.42m	-2.31m	0.151	-0.012	0.044	-80.5µ	4.42m	2.31m	-0.151	0.012	-0.044	
65	2	 	0.1000	0.0000	6.1500	4	-89.6µ	-4.18m	2.06m	0.146	-0.014	-0.043	89.6µ	4.18m	-2.06m	-0.146	0.014	0.043	
66	2	 	5.4000	0.0000	6.1500	4	-80.5µ	-4.42m	2.31m	0.151	0.012	0.044	80.5µ	4.42m	-2.31m	-0.151	-0.012	-0.044	
67	2	 	0.0000	1.1000	6.2500	4	0.17m	-4.35m	1.24m	-0.08	0.001	0.009	-0.17m	4.35m	-1.24m	0.08	-0.001	-0.009	
68	2	 	0.0000	0.1500	6.2500	4	-0.94µ	-4.35m	2.42m	0.146	-0.014	-0.043	0.94µ	4.35m	-2.42m	-0.146	0.014	0.043	
69	2	 	0.0000	3.4500	6.2500	4	0.94µ	-4.35m	-2.42m	0.146	0.014	-0.043	-0.94µ	4.35m	2.42m	-0.146	-0.014	0.043	
70	2	 	0.0000	2.5000	6.2500	4	-0.17m	-4.35m	-1.24m	-0.08	-0.001	0.009	0.17m	4.35m	1.24m	0.08	0.001	-0.009	
71	2	 	0.0000	2.3000	6.2500	4	-0.14m	-4.35m	-0.96m	-0.08	-0.001	0.009	0.14m	4.35m	0.96m	0.08	0.001	-0.009	
72	2	 	0.0000	1.3000	6.2500	4	0.14m	-4.35m	0.96m	-0.08	0.001	0.009	-0.14m	4.35m	-0.96m	0.08	-0.001	-0.009	
73	2	 	5.5000	3.4500	6.2500	4	0.17m	-4.61m	-2.68m	0.151	-0.012	0.044	-0.17m	4.61m	2.68m	-0.151	0.012	-0.044	
74	2	 	5.5000	2.5000	6.2500	4	0.27m	-4.60m	-1.30m	-0.087	0.007	-0.017	-0.27m	4.60m	1.30m	0.087	-0.007	0.017	
75	2	 	5.5000	1.1000	6.2500	4	-0.27m	-4.60m	1.30m	-0.087	-0.007	-0.017	0.27m	4.60m	-1.30m	0.087	0.007	0.017	
76	2	 	5.5000	0.1500	6.2500	4	-0.17m	-4.61m	2.68m	0.151	0.012	0.044	0.17m	4.61m	-2.68m	-0.151	-0.012	-0.044	
77	2	 	5.5000	2.3000	6.2500	4	0.21m	-4.60m	-0.99m	-0.087	0.007	-0.017	-0.21m	4.60m	0.99m	0.087	-0.007	0.017	
78	2	 	5.5000	1.3000	6.2500	4	-0.21m	-4.60m	0.99m	-0.087	-0.007	-0.017	0.21m	4.60m	-0.99m	0.087	0.007	0.017	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Modo 5) 0.07s x7% y0% z0%
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	5	0.29m	-29.5µ	-5.19m	0.007	0.066	0.003	-0.29m	29.5µ	5.19m	-0.007	-0.066	-0.003	
1	0	5	0.0000	1.2000	0.0000	5	-0.29m	-13.5µ	-5.07m	0.003	-0.066	-0.005	0.29m	13.5µ	5.07m	-0.003	0.066	0.005	
2	0	 	0.0000	0.1500	-0.2500	5	-6.44µ	0	-5.18m	0.007	0.066	0.003	6.44µ	0	5.18m	-0.007	-0.066	-0.003	
3	0	 	0.0000	1.2000	-0.2500	5	0	0	-5.07m	0.003	-0.066	-0.005	0	0	5.07m	-0.003	0.066	0.005	
4	0	7	0.0000	2.4000	0.0000	5	-0.29m	13.5µ	-5.07m	-0.003	-0.066	0.005	0.29m	-13.5µ	5.07m	0.003	0.066	-0.005	
5	0	 	0.0000	2.4000	-0.2500	5	0	0	-5.07m	-0.003	-0.066	0.005	0	0	5.07m	0.003	0.066	-0.005	
6	0	3	0.0000	3.6000	0.0000	5	0.29m	29.5µ	-5.19m	-0.007	0.066	-0.003	-0.29m	-29.5µ	5.19m	0.007	-0.066	0.003	
7	0	 	0.0000	3.4500	-0.2500	5	-6.44µ	0	-5.18m	-0.007	0.066	-0.003	6.44µ	0	5.18m	0.007	-0.066	0.003	
8	0	2	5.5000	0.0000	0.0000	5	0.43m	28.4µ	5.15m	-0.007	0.098	0	-0.43m	-28.4µ	-5.15m	0.007	-0.098	0	
9	0	6	5.5000	1.2000	0.0000	5	-0.29m	20.6n	5.06m	0	-0.068	0	0.29m	-20.6n	-5.06m	0	0.068	0	
10	0	 	5.5000	0.1500	-0.2500	5	-0.35µ	0	5.14m	-0.007	0.098	0	0.35µ	0	-5.14m	0.007	-0.098	0	
11	0	 	5.5000	1.2000	-0.2500	5	0	0	5.06m	0	-0.068	0	0	0	-5.06m	0	0.068	0	
12	0	8	5.5000	2.4000	0.0000	5	-0.29m	-20.6n	5.06m	0	-0.068	0	0.29m	20.6n	-5.06m	0	0.068	0	
13	0	9	5.5000	1.8000	0.0000	5	-0.29m	0	5.06m	0	-0.067	0	0.29m	0	-5.06m	0	0.067	0	
14	0	 	5.5000	1.8000	-0.2500	5	0	0	5.06m	0	-0.067	0	0	0	-5.06m	0	0.067	0	
15	0	 	5.5000	2.4000	-0.2500	5	0	0	5.06m	0	-0.068	0	0	0	-5.06m	0	0.068	0	
16	0	4	5.5000	3.6000	0.0000	5	0.43m	-28.4µ	5.15m	0.007	0.098	0	-0.43m	28.4µ	-5.15m	-0.007	-0.098	0	
17	0	 	5.5000	3.4500	-0.2500	5	-0.35µ	0	5.14m	0.007	0.098	0	0.35µ	0	-5.14m	-0.007	-0.098	0	
79	0	 	1.1000	1.2000	-0.2500	5	0	0	-3.40m	0.003	-0.104	0	0	0	3.40m	-0.003	0.104	0	
80	0	 	1.1000	2.4000	-0.2500	5	0	0	-3.40m	-0.003	-0.104	0	0	0	3.40m	0.003	0.104	0	
81	0	 	2.2000	1.2000	-0.2500	5	0	0	-1.20m	0.001	-0.121	0	0	0	1.20m	-0.001	0.121	0	
82	0	 	2.2000	2.4000	-0.2500	5	0	0	-1.20m	-0.001	-0.121	0	0	0	1.20m	0.001	0.121	0	
83	0	 	3.3000	1.2000	-0.2500	5	0	0	1.16m	-0.001	-0.122	0	0	0	-1.16m	0.001	0.122	0	
84	0	 	3.3000	2.4000	-0.2500	5	0	0	1.16m	0.001	-0.122	0	0	0	-1.16m	-0.001	0.122	0	
85	0	 	4.4000	1.2000	-0.2500	5	0	0	3.36m	-0.003	-0.105	0	0	0	-3.36m	0.003	0.105	0	
86	0	 	4.4000	2.4000	-0.2500	5	0	0	3.36m	0.003	-0.105	0	0	0	-3.36m	-0.003	0.105	0	
87	0	 	1.1000	1.2000	0.0000	5	-0.45m	-13.1µ	-3.40m	0.003	-0.104	0	0.45m	13.1µ	3.40m	-0.003	0.104	0	
88	0	 	2.2000	1.2000	0.0000	5	-0.53m	-4.01µ	-1.20m	0.001	-0.121	0	0.53m	4.01µ	1.20m	-0.001	0.121	0	
89	0	 	3.3000	1.2000	0.0000	5	-0.53m	3.76µ	1.16m	-0.001	-0.122	0	0.53m	-3.76µ	-1.16m	0.001	0.122	0	
90	0	 	4.4000	1.2000	0.0000	5	-0.46m	12.8µ	3.36m	-0.003	-0.105	0	0.46m	-12.8µ	-3.36m	0.003	0.105	0	
91	0	 	4.4000	2.4000	0.0000	5	-0.46m	-12.8µ	3.36m	0.003	-0.105	0	0.46m	12.8µ	-3.36m	-0.003	0.105	0	
92	0	 	3.3000	2.4000	0.0000	5	-0.53m	-3.76µ	1.16m	0.001	-0.122	0	0.53m	3.76µ	-1.16m	-0.001	0.122	0	
93	0	 	2.2000	2.4000	0.0000	5	-0.53m	4.01µ	-1.20m	-0.001	-0.121	0	0.53m	-4.01µ	1.20m	0.001	0.121	0	
94	0	 	1.1000	2.4000	0.0000	5	-0.45m	13.1µ	-3.40m	-0.003	-0.104	0	0.45m	-13.1µ	3.40m	0.003	0.104	0	
0	1	 	0.0000	2.4000	1.0667	5	-84.9µ	0.47µ	-5.09m	0	0.067	0.008	84.9µ	-0.47µ	5.09m	0	-0.067	-0.008	
1	1	 	0.0000	1.2000	1.0667	5	-84.9µ	-0.47µ	-5.09m	0	0.067	-0.008	84.9µ	0.47µ	5.09m	0	-0.067	0.008	
2	1	 	0.0000	2.4000	2.1333	5	1.43m	-0.73µ	-5.10m	0	0.075	-0.006	-1.43m	0.73µ	5.10m	0	-0.075	0.006	
3	1	 	0.0000	1.2000	2.1333	5	1.43m	0.73µ	-5.10m	0	0.075	0.006	-1.43m	-0.73µ	5.10m	0	-0.075	-0.006	
7	1	9	5.5000	1.8000	3.2000	5	1.94m	-5.38f	5.11m	0	-0.044	0	-1.94m	5.38f	-5.11m	0	0.044	0	
18	1	1	0.0000	0.0000	3.2000	5	1.89m	-32.4µ	-5.36m	0.011	-0.077	0.001	-1.89m	32.4µ	5.36m	-0.011	0.077	-0.001	
19	1	 	0.0000	0.0000	2.7000	5	2.56m	61.4µ	-5.36m	0.011	-0.077	0.001	-2.56m	-61.4µ	5.36m	-0.011	0.077	-0.001	
20	1	2	5.5000	0.0000	3.2000	5	1.87m	39.1µ	5.30m	-0.009	-0.083	0.004	-1.87m	-39.1µ	-5.30m	0.009	0.083	-0.004	
21	1	 	5.5000	0.0000	2.7000	5	2.60m	-42.8µ	5.30m	-0.009	-0.083	0.004	-2.60m	42.8µ	-5.30m	0.009	0.083	-0.004	
22	1	3	0.0000	3.6000	3.2000	5	1.89m	32.4µ	-5.36m	-0.011	-0.077	-0.001	-1.89m	-32.4µ	5.36m	0.011	0.077	0.001	
23	1	 	0.0000	3.6000	2.7000	5	2.56m	-61.4µ	-5.36m	-0.011	-0.077	-0.001	-2.56m	61.4µ	5.36m	0.011	0.077	0.001	
24	1	4	5.5000	3.6000	3.2000	5	1.87m	-39.1µ	5.30m	0.009	-0.083	-0.004	-1.87m	39.1µ	-5.30m	-0.009	0.083	0.004	
25	1	 	5.5000	3.6000	2.7000	5	2.60m	42.8µ	5.30m	0.009	-0.083	-0.004	-2.60m	-42.8µ	-5.30m	-0.009	0.083	0.004	
27	1	 	1.1000	3.6000	3.2000	5	1.79m	-4.90µ	-3.66m	-0.001	-0.105	0.001	-1.79m	4.90µ	3.66m	0.001	0.105	-0.001	
28	1	 	2.2000	3.6000	3.2000	5	1.72m	-2.64µ	-1.38m	0	-0.128	0	-1.72m	2.64µ	1.38m	0	0.128	0	
29	1	 	3.3000	3.6000	3.2000	5	1.71m	8.85µ	1.16m	-0.002	-0.13	0	-1.71m	-8.85µ	-1.16m	0.002	0.13	0	
30	1	 	4.4000	3.6000	3.2000	5	1.78m	9.67µ	3.50m	-0.001	-0.109	0.001	-1.78m	-9.67µ	-3.50m	0.001	0.109	-0.001	
31	1	 	0.0000	3.6000	2.9500	5	2.22m	-14.5µ	-5.36m	-0.011	-0.077	-0.001	-2.22m	14.5µ	5.36m	0.011	0.077	0.001	
32	1	 	1.1000	3.6000	2.9500	5	2.25m	-10.8µ	-3.66m	-0.001	-0.105	0.001	-2.25m	10.8µ	3.66m	0.001	0.105	-0.001	
33	1	 	2.2000	3.6000	2.9500	5	2.27m	-3.17µ	-1.38m	0	-0.128	0	-2.27m	3.17µ	1.38m	0	0.128	0	
34	1	 	3.3000	3.6000	2.9500	5	2.28m	-0.81µ	1.16m	-0.002	-0.13	0	-2.28m	0.81µ	-1.16m	0.002	0.13	0	
35	1	 	4.4000	3.6000	2.9500	5	2.26m	5.03µ	3.50m	-0.001	-0.109	0.001	-2.26m	-5.03µ	-3.50m	0.001	0.109	-0.001	
36	1	 	5.5000	3.6000	2.9500	5	2.24m	1.83µ	5.30m	0.009	-0.083	-0.004	-2.24m	-1.83µ	-5.30m	-0.009	0.083	0.004	
37	1	 	1.1000	0.0000	3.2000	5	1.79m	4.90µ	-3.66m	0.001	-0.105	-0.001	-1.79m	-4.90µ	3.66m	-0.001	0.105	0.001	
38	1	 	2.2000	0.0000	3.2000	5	1.72m	2.64µ	-1.38m	0	-0.128	0	-1.72m	-2.64µ	1.38m	0	0.128	0	
39	1	 	3.3000	0.0000	3.2000	5	1.71m	-8.85µ	1.16m	0.002	-0.13	0	-1.71m	8.85µ	-1.16m	-0.002	0.13	0	
40	1	 	4.4000	0.0000	3.2000	5	1.78m	-9.67µ	3.50m	0.001	-0.109	-0.001	-1.78m	9.67µ	-3.50m	-0.001	0.109	0.001	
41	1	 	0.0000	0.0000	2.9500	5	2.22m	14.5µ	-5.36m	0.011	-0.077	0.001	-2.22m	-14.5µ	5.36m	-0.011	0.077	-0.001	
42	1	 	1.1000	0.0000	2.9500	5	2.25m	10.8µ	-3.66m	0.001	-0.105	-0.001	-2.25m	-10.8µ	3.66m	-0.001	0.105	0.001	
43	1	 	2.2000	0.0000	2.9500	5	2.27m	3.17µ	-1.38m	0	-0.128	0	-2.27m	-3.17µ	1.38m	0	0.128	0	
44	1	 	3.3000	0.0000	2.9500	5	2.28m	0.81µ	1.16m	0.002	-0.13	0	-2.28m	-0.81µ	-1.16m	-0.002	0.13	0	
45	1	 	4.4000	0.0000	2.9500	5	2.26m	-5.03µ	3.50m	0.001	-0.109	-0.001	-2.26m	5.03µ	-3.50m	-0.001	0.109	0.001	
46	1	 	5.5000	0.0000	2.9500	5	2.24m	-1.83µ	5.30m	-0.009	-0.083	0.004	-2.24m	1.83µ	-5.30m	0.009	0.083	-0.004	
47	1	5	0.0000	1.2000	3.2000	5	1.95m	-16.4µ	-5.11m	0.008	-0.038	0.01	-1.95m	16.4µ	5.11m	-0.008	0.038	-0.01	
48	1	 	0.0000	1.2000	2.9500	5	2.12m	18.4µ	-5.11m	0.008	-0.038	0.01	-2.12m	-18.4µ	5.11m	-0.008	0.038	-0.01	
49	1	6	5.5000	1.2000	3.2000	5	1.94m	1.17µ	5.11m	0	-0.044	0	-1.94m	-1.17µ	-5.11m	0	0.044	0	
50	1	 	5.5000	1.2000	2.9500	5	2.13m	1.10µ	5.11m	0	-0.044	0	-2.13m	-1.10µ	-5.11m	0	0.044	0	
51	1	7	0.0000	2.4000	3.2000	5	1.95m	16.4µ	-5.11m	-0.008	-0.038	-0.01	-1.95m	-16.4µ	5.11m	0.008	0.038	0.01	
52	1	 	0.0000	2.4000	2.9500	5	2.12m	-18.4µ	-5.11m	-0.008	-0.038	-0.01	-2.12m	18.4µ	5.11m	0.008	0.038	0.01	
53	1	8	5.5000	2.4000	3.2000	5	1.94m	-1.17µ	5.11m	0	-0.044	0	-1.94m	1.17µ	-5.11m	0	0.044	0	
54	1	 	5.5000	2.4000	2.9500	5	2.13m	-1.10µ	5.11m	0	-0.044	0	-2.13m	1.10µ	-5.11m	0	0.044	0	
95	1	 	0.0000	1.2000	3.0500	5	2.05m	4.51µ	-5.11m	0.008	-0.038	0.01	-2.05m	-4.51µ	5.11m	-0.008	0.038	-0.01	
96	1	 	1.1000	1.2000	3.0500	5	2.06m	4.30µ	-3.69m	-0.001	-0.102	0	-2.06m	-4.30µ	3.69m	0.001	0.102	0	
97	1	 	1.1000	2.4000	3.0500	5	2.06m	-4.30µ	-3.69m	0.001	-0.102	0	-2.06m	4.30µ	3.69m	-0.001	0.102	0	
98	1	 	0.0000	2.4000	3.0500	5	2.05m	-4.51µ	-5.11m	-0.008	-0.038	-0.01	-2.05m	4.51µ	5.11m	0.008	0.038	0.01	
99	1	 	2.2000	1.2000	3.0500	5	2.07m	2.21µ	-1.39m	-0.001	-0.132	0	-2.07m	-2.21µ	1.39m	0.001	0.132	0	
100	1	 	2.2000	2.4000	3.0500	5	2.07m	-2.21µ	-1.39m	0.001	-0.132	0	-2.07m	2.21µ	1.39m	-0.001	0.132	0	
101	1	 	3.3000	1.2000	3.0500	5	2.07m	-2.31µ	1.21m	0.002	-0.134	0	-2.07m	2.31µ	-1.21m	-0.002	0.134	0	
102	1	 	3.3000	2.4000	3.0500	5	2.07m	2.31µ	1.21m	-0.002	-0.134	0	-2.07m	-2.31µ	-1.21m	0.002	0.134	0	
103	1	 	4.4000	1.2000	3.0500	5	2.06m	-3.42µ	3.57m	0.002	-0.107	0	-2.06m	3.42µ	-3.57m	-0.002	0.107	0	
104	1	 	4.4000	2.4000	3.0500	5	2.06m	3.42µ	3.57m	-0.002	-0.107	0	-2.06m	-3.42µ	-3.57m	0.002	0.107	0	
105	1	 	5.5000	1.2000	3.0500	5	2.05m	1.13µ	5.11m	0	-0.044	0	-2.05m	-1.13µ	-5.11m	0	0.044	0	
106	1	 	5.5000	2.4000	3.0500	5	2.05m	-1.13µ	5.11m	0	-0.044	0	-2.05m	1.13µ	-5.11m	0	0.044	0	
107	1	 	1.1000	1.2000	3.2000	5	1.79m	7.24µ	-3.69m	-0.001	-0.102	0	-1.79m	-7.24µ	3.69m	0.001	0.102	0	
108	1	 	2.2000	1.2000	3.2000	5	1.72m	4.05µ	-1.39m	-0.001	-0.132	0	-1.72m	-4.05µ	1.39m	0.001	0.132	0	
109	1	 	3.3000	1.2000	3.2000	5	1.71m	-6.77µ	1.21m	0.002	-0.134	0	-1.71m	6.77µ	-1.21m	-0.002	0.134	0	
110	1	 	4.4000	1.2000	3.2000	5	1.78m	-9.27µ	3.57m	0.002	-0.107	0	-1.78m	9.27µ	-3.57m	-0.002	0.107	0	
111	1	 	4.4000	2.4000	3.2000	5	1.78m	9.27µ	3.57m	-0.002	-0.107	0	-1.78m	-9.27µ	-3.57m	0.002	0.107	0	
112	1	 	3.3000	2.4000	3.2000	5	1.71m	6.77µ	1.21m	-0.002	-0.134	0	-1.71m	-6.77µ	-1.21m	0.002	0.134	0	
113	1	 	2.2000	2.4000	3.2000	5	1.72m	-4.05µ	-1.39m	0.001	-0.132	0	-1.72m	4.05µ	1.39m	-0.001	0.132	0	
114	1	 	1.1000	2.4000	3.2000	5	1.79m	-7.24µ	-3.69m	0.001	-0.102	0	-1.79m	7.24µ	3.69m	-0.001	0.102	0	
115	1	 	0.0000	0.0000	3.0500	5	2.09m	-4.28µ	-5.36m	0.011	-0.077	0.001	-2.09m	4.28µ	5.36m	-0.011	0.077	-0.001	
116	1	 	1.1000	0.0000	3.0500	5	2.07m	8.42µ	-3.66m	0.001	-0.105	-0.001	-2.07m	-8.42µ	3.66m	-0.001	0.105	0.001	
117	1	 	2.2000	0.0000	3.0500	5	2.05m	2.96µ	-1.38m	0	-0.128	0	-2.05m	-2.96µ	1.38m	0	0.128	0	
118	1	 	3.3000	0.0000	3.0500	5	2.05m	-3.06µ	1.16m	0.002	-0.13	0	-2.05m	3.06µ	-1.16m	-0.002	0.13	0	
119	1	 	4.4000	0.0000	3.0500	5	2.07m	-6.88µ	3.50m	0.001	-0.109	-0.001	-2.07m	6.88µ	-3.50m	-0.001	0.109	0.001	
120	1	 	5.5000	0.0000	3.0500	5	2.09m	14.5µ	5.30m	-0.009	-0.083	0.004	-2.09m	-14.5µ	-5.30m	0.009	0.083	-0.004	
121	1	 	1.1000	3.6000	3.0500	5	2.07m	-8.42µ	-3.66m	-0.001	-0.105	0.001	-2.07m	8.42µ	3.66m	0.001	0.105	-0.001	
122	1	 	0.0000	3.6000	3.0500	5	2.09m	4.28µ	-5.36m	-0.011	-0.077	-0.001	-2.09m	-4.28µ	5.36m	0.011	0.077	0.001	
123	1	 	2.2000	3.6000	3.0500	5	2.05m	-2.96µ	-1.38m	0	-0.128	0	-2.05m	2.96µ	1.38m	0	0.128	0	
124	1	 	3.3000	3.6000	3.0500	5	2.05m	3.06µ	1.16m	-0.002	-0.13	0	-2.05m	-3.06µ	-1.16m	0.002	0.13	0	
125	1	 	4.4000	3.6000	3.0500	5	2.07m	6.88µ	3.50m	-0.001	-0.109	0.001	-2.07m	-6.88µ	-3.50m	0.001	0.109	-0.001	
126	1	 	5.5000	3.6000	3.0500	5	2.09m	-14.5µ	5.30m	0.009	-0.083	-0.004	-2.09m	14.5µ	-5.30m	-0.009	0.083	0.004	
8	2	 	0.1000	3.6000	6.1500	5	-0.16m	-17.5µ	-5.70m	-0.003	-0.122	0	0.16m	17.5µ	5.70m	0.003	0.122	0	
9	2	 	5.4000	3.6000	6.1500	5	-0.16m	18.9µ	5.63m	0.003	-0.122	0	0.16m	-18.9µ	-5.63m	-0.003	0.122	0	
10	2	 	0.1000	0.0000	6.1500	5	-0.16m	17.5µ	-5.70m	0.003	-0.122	0	0.16m	-17.5µ	5.70m	-0.003	0.122	0	
11	2	 	5.4000	0.0000	6.1500	5	-0.16m	-18.9µ	5.63m	-0.003	-0.122	0	0.16m	18.9µ	-5.63m	0.003	0.122	0	
55	2	1	0.0000	0.0000	6.4000	5	51.4µ	-0.28µ	-5.61m	0.003	0.049	0.002	-51.4µ	0.28µ	5.61m	-0.003	-0.049	-0.002	
56	2	2	5.5000	0.0000	6.4000	5	52.0µ	0.27µ	5.55m	-0.003	0.05	0.004	-52.0µ	-0.27µ	-5.55m	0.003	-0.05	-0.004	
57	2	3	0.0000	3.6000	6.4000	5	51.4µ	0.28µ	-5.61m	-0.003	0.049	-0.002	-51.4µ	-0.28µ	5.61m	0.003	-0.049	0.002	
58	2	4	5.5000	3.6000	6.4000	5	52.0µ	-0.27µ	5.55m	0.003	0.05	-0.004	-52.0µ	0.27µ	-5.55m	-0.003	-0.05	0.004	
59	2	5	0.0000	1.2000	6.4000	5	-0.21m	-32.0µ	-5.17m	0.013	-0.038	0.001	0.21m	32.0µ	5.17m	-0.013	0.038	-0.001	
60	2	6	5.5000	1.2000	6.4000	5	-0.24m	28.7µ	5.16m	-0.012	-0.036	0.002	0.24m	-28.7µ	-5.16m	0.012	0.036	-0.002	
61	2	7	0.0000	2.4000	6.4000	5	-0.21m	32.0µ	-5.17m	-0.013	-0.038	-0.001	0.21m	-32.0µ	5.17m	0.013	0.038	0.001	
62	2	8	5.5000	2.4000	6.4000	5	-0.24m	-28.7µ	5.16m	0.012	-0.036	-0.002	0.24m	28.7µ	-5.16m	-0.012	0.036	0.002	
63	2	 	0.1000	3.6000	6.1500	5	-0.16m	-17.5µ	-5.70m	-0.003	0.049	-0.002	0.16m	17.5µ	5.70m	0.003	-0.049	0.002	
64	2	 	5.4000	3.6000	6.1500	5	-0.16m	18.9µ	5.63m	0.003	0.05	-0.004	0.16m	-18.9µ	-5.63m	-0.003	-0.05	0.004	
65	2	 	0.1000	0.0000	6.1500	5	-0.16m	17.5µ	-5.70m	0.003	0.049	0.002	0.16m	-17.5µ	5.70m	-0.003	-0.049	-0.002	
66	2	 	5.4000	0.0000	6.1500	5	-0.16m	-18.9µ	5.63m	-0.003	0.05	0.004	0.16m	18.9µ	-5.63m	0.003	-0.05	-0.004	
67	2	 	0.0000	1.1000	6.2500	5	-0.11m	2.72µ	-5.20m	0.013	-0.038	0.001	0.11m	-2.72µ	5.20m	-0.013	0.038	-0.001	
68	2	 	0.0000	0.1500	6.2500	5	-81.8µ	8.30µ	-5.60m	0.003	0.049	0.002	81.8µ	-8.30µ	5.60m	-0.003	-0.049	-0.002	
69	2	 	0.0000	3.4500	6.2500	5	-81.8µ	-8.30µ	-5.60m	-0.003	0.049	-0.002	81.8µ	8.30µ	5.60m	0.003	-0.049	0.002	
70	2	 	0.0000	2.5000	6.2500	5	-0.11m	-2.72µ	-5.20m	-0.013	-0.038	-0.001	0.11m	2.72µ	5.20m	0.013	0.038	0.001	
71	2	 	0.0000	2.3000	6.2500	5	-0.11m	-2.72µ	-5.15m	-0.013	-0.038	-0.001	0.11m	2.72µ	5.15m	0.013	0.038	0.001	
72	2	 	0.0000	1.3000	6.2500	5	-0.11m	2.72µ	-5.15m	0.013	-0.038	0.001	0.11m	-2.72µ	5.15m	-0.013	0.038	-0.001	
73	2	 	5.5000	3.4500	6.2500	5	-88.9µ	6.86µ	5.54m	0.003	0.05	-0.004	88.9µ	-6.86µ	-5.54m	-0.003	-0.05	0.004	
74	2	 	5.5000	2.5000	6.2500	5	-0.15m	2.29µ	5.19m	0.012	-0.036	-0.002	0.15m	-2.29µ	-5.19m	-0.012	0.036	0.002	
75	2	 	5.5000	1.1000	6.2500	5	-0.15m	-2.29µ	5.19m	-0.012	-0.036	0.002	0.15m	2.29µ	-5.19m	0.012	0.036	-0.002	
76	2	 	5.5000	0.1500	6.2500	5	-88.9µ	-6.86µ	5.54m	-0.003	0.05	0.004	88.9µ	6.86µ	-5.54m	0.003	-0.05	-0.004	
77	2	 	5.5000	2.3000	6.2500	5	-0.15m	2.29µ	5.14m	0.012	-0.036	-0.002	0.15m	-2.29µ	-5.14m	-0.012	0.036	0.002	
78	2	 	5.5000	1.3000	6.2500	5	-0.15m	-2.29µ	5.14m	-0.012	-0.036	0.002	0.15m	2.29µ	-5.14m	0.012	0.036	-0.002	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Modo 6) 0.032s x0% y11% z0%
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Azione		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	6	-0.32m	-0.65m	-2.63m	0.149	-0.074	0	0.32m	0.65m	2.63m	-0.149	0.074	0	
1	0	5	0.0000	1.2000	0.0000	6	3.59µ	-91.2µ	19.0µ	0.021	0.001	0	-3.59µ	91.2µ	-19.0µ	-0.021	-0.001	0	
2	0	 	0.0000	0.1500	-0.2500	6	0.94µ	0	-2.24m	0.149	-0.074	0	-0.94µ	0	2.24m	-0.149	0.074	0	
3	0	 	0.0000	1.2000	-0.2500	6	0	0	19.0µ	0.021	0.001	0	0	0	-19.0µ	-0.021	-0.001	0	
4	0	7	0.0000	2.4000	0.0000	6	-3.59µ	-91.2µ	-19.0µ	0.021	-0.001	0	3.59µ	91.2µ	19.0µ	-0.021	0.001	0	
5	0	 	0.0000	2.4000	-0.2500	6	0	0	-19.0µ	0.021	-0.001	0	0	0	19.0µ	-0.021	0.001	0	
6	0	3	0.0000	3.6000	0.0000	6	0.32m	-0.65m	2.63m	0.149	0.074	0	-0.32m	0.65m	-2.63m	-0.149	-0.074	0	
7	0	 	0.0000	3.4500	-0.2500	6	-0.94µ	0	2.24m	0.149	0.074	0	0.94µ	0	-2.24m	-0.149	-0.074	0	
8	0	2	5.5000	0.0000	0.0000	6	0.49m	-0.48m	-1.72m	0.11	0.112	0	-0.49m	0.48m	1.72m	-0.11	-0.112	0	
9	0	6	5.5000	1.2000	0.0000	6	6.66n	16.7µ	40.7µ	-0.004	0	0	-6.66n	-16.7µ	-40.7µ	0.004	0	0	
10	0	 	5.5000	0.1500	-0.2500	6	-0.37µ	0	-1.43m	0.11	0.112	0	0.37µ	0	1.43m	-0.11	-0.112	0	
11	0	 	5.5000	1.2000	-0.2500	6	0	0	40.7µ	-0.004	0	0	0	0	-40.7µ	0.004	0	0	
12	0	8	5.5000	2.4000	0.0000	6	-6.66n	16.7µ	-40.7µ	-0.004	0	0	6.66n	-16.7µ	40.7µ	0.004	0	0	
13	0	9	5.5000	1.8000	0.0000	6	0	17.3µ	-10.8f	-0.004	0	0	0	-17.3µ	10.8f	0.004	0	0	
14	0	 	5.5000	1.8000	-0.2500	6	0	0	-10.8f	-0.004	0	0	0	0	10.8f	0.004	0	0	
15	0	 	5.5000	2.4000	-0.2500	6	0	0	-40.7µ	-0.004	0	0	0	0	40.7µ	0.004	0	0	
16	0	4	5.5000	3.6000	0.0000	6	-0.49m	-0.48m	1.72m	0.11	-0.112	0	0.49m	0.48m	-1.72m	-0.11	0.112	0	
17	0	 	5.5000	3.4500	-0.2500	6	0.37µ	0	1.43m	0.11	-0.112	0	-0.37µ	0	-1.43m	-0.11	0.112	0	
79	0	 	1.1000	1.2000	-0.2500	6	0	0	36.8µ	-0.008	-0.001	0	0	0	-36.8µ	0.008	0.001	0	
80	0	 	1.1000	2.4000	-0.2500	6	0	0	-36.8µ	-0.008	0.001	0	0	0	36.8µ	0.008	-0.001	0	
81	0	 	2.2000	1.2000	-0.2500	6	0	0	36.7µ	-0.003	0	0	0	0	-36.7µ	0.003	0	0	
82	0	 	2.2000	2.4000	-0.2500	6	0	0	-36.7µ	-0.003	0	0	0	0	36.7µ	0.003	0	0	
83	0	 	3.3000	1.2000	-0.2500	6	0	0	38.1µ	-0.004	0	0	0	0	-38.1µ	0.004	0	0	
84	0	 	3.3000	2.4000	-0.2500	6	0	0	-38.1µ	-0.004	0	0	0	0	38.1µ	0.004	0	0	
85	0	 	4.4000	1.2000	-0.2500	6	0	0	39.5µ	-0.004	0	0	0	0	-39.5µ	0.004	0	0	
86	0	 	4.4000	2.4000	-0.2500	6	0	0	-39.5µ	-0.004	0	0	0	0	39.5µ	0.004	0	0	
87	0	 	1.1000	1.2000	0.0000	6	-2.94µ	34.6µ	36.8µ	-0.008	-0.001	0	2.94µ	-34.6µ	-36.8µ	0.008	0.001	0	
88	0	 	2.2000	1.2000	0.0000	6	0.21µ	11.6µ	36.7µ	-0.003	0	0	-0.21µ	-11.6µ	-36.7µ	0.003	0	0	
89	0	 	3.3000	1.2000	0.0000	6	-0.39µ	16.6µ	38.1µ	-0.004	0	0	0.39µ	-16.6µ	-38.1µ	0.004	0	0	
90	0	 	4.4000	1.2000	0.0000	6	-0.32µ	16.4µ	39.5µ	-0.004	0	0	0.32µ	-16.4µ	-39.5µ	0.004	0	0	
91	0	 	4.4000	2.4000	0.0000	6	0.32µ	16.4µ	-39.5µ	-0.004	0	0	-0.32µ	-16.4µ	39.5µ	0.004	0	0	
92	0	 	3.3000	2.4000	0.0000	6	0.39µ	16.6µ	-38.1µ	-0.004	0	0	-0.39µ	-16.6µ	38.1µ	0.004	0	0	
93	0	 	2.2000	2.4000	0.0000	6	-0.21µ	11.6µ	-36.7µ	-0.003	0	0	0.21µ	-11.6µ	36.7µ	0.003	0	0	
94	0	 	1.1000	2.4000	0.0000	6	2.94µ	34.6µ	-36.8µ	-0.008	0.001	0	-2.94µ	-34.6µ	36.8µ	0.008	-0.001	0	
0	1	 	0.0000	2.4000	1.0667	6	74.1µ	0.55m	-0.41m	0	0.005	-0.007	-74.1µ	-0.55m	0.41m	0	-0.005	0.007	
1	1	 	0.0000	1.2000	1.0667	6	-74.1µ	0.55m	0.41m	0	-0.005	-0.007	74.1µ	-0.55m	-0.41m	0	0.005	0.007	
2	1	 	0.0000	2.4000	2.1333	6	0.15m	1.52m	-0.40m	0	0.001	-0.012	-0.15m	-1.52m	0.40m	0	-0.001	0.012	
3	1	 	0.0000	1.2000	2.1333	6	-0.15m	1.52m	0.40m	0	-0.001	-0.012	0.15m	-1.52m	-0.40m	0	0.001	0.012	
7	1	9	5.5000	1.8000	3.2000	6	2.82f	1.89m	-10.8f	0.037	0	-0.009	-2.82f	-1.89m	10.8f	-0.037	0	0.009	
18	1	1	0.0000	0.0000	3.2000	6	0.54m	2.11m	-3.38m	0.136	0.187	0.004	-0.54m	-2.11m	3.38m	-0.136	-0.187	-0.004	
19	1	 	0.0000	0.0000	2.7000	6	-1.09m	3.29m	-3.38m	0.136	0.187	0.004	1.09m	-3.29m	3.38m	-0.136	-0.187	-0.004	
20	1	2	5.5000	0.0000	3.2000	6	-0.91m	1.77m	-2.25m	0.082	-0.21	-0.01	0.91m	-1.77m	2.25m	-0.082	0.21	0.01	
21	1	 	5.5000	0.0000	2.7000	6	0.92m	2.48m	-2.25m	0.082	-0.21	-0.01	-0.92m	-2.48m	2.25m	-0.082	0.21	0.01	
22	1	3	0.0000	3.6000	3.2000	6	-0.54m	2.11m	3.38m	0.136	-0.187	0.004	0.54m	-2.11m	-3.38m	-0.136	0.187	-0.004	
23	1	 	0.0000	3.6000	2.7000	6	1.09m	3.29m	3.38m	0.136	-0.187	0.004	-1.09m	-3.29m	-3.38m	-0.136	0.187	-0.004	
24	1	4	5.5000	3.6000	3.2000	6	0.91m	1.77m	2.25m	0.082	0.21	-0.01	-0.91m	-1.77m	-2.25m	-0.082	-0.21	0.01	
25	1	 	5.5000	3.6000	2.7000	6	-0.92m	2.48m	2.25m	0.082	0.21	-0.01	0.92m	-2.48m	-2.25m	-0.082	-0.21	0.01	
27	1	 	1.1000	3.6000	3.2000	6	-0.53m	1.83m	7.31m	0.268	-0.183	0.015	0.53m	-1.83m	-7.31m	-0.268	0.183	-0.015	
28	1	 	2.2000	3.6000	3.2000	6	-91.6µ	1.70m	9.91m	0.329	-0.064	0	91.6µ	-1.70m	-9.91m	-0.329	0.064	0	
29	1	 	3.3000	3.6000	3.2000	6	0.48m	1.63m	9.60m	0.319	0.094	-0.011	-0.48m	-1.63m	-9.60m	-0.319	-0.094	0.011	
30	1	 	4.4000	3.6000	3.2000	6	0.88m	1.64m	6.49m	0.236	0.204	-0.029	-0.88m	-1.64m	-6.49m	-0.236	-0.204	0.029	
31	1	 	0.0000	3.6000	2.9500	6	0.27m	2.70m	3.38m	0.136	-0.187	0.004	-0.27m	-2.70m	-3.38m	-0.136	0.187	-0.004	
32	1	 	1.1000	3.6000	2.9500	6	0.27m	3.00m	7.31m	0.268	-0.183	0.015	-0.27m	-3.00m	-7.31m	-0.268	0.183	-0.015	
33	1	 	2.2000	3.6000	2.9500	6	0.19m	3.13m	9.91m	0.329	-0.064	0	-0.19m	-3.13m	-9.91m	-0.329	0.064	0	
34	1	 	3.3000	3.6000	2.9500	6	69.8µ	3.02m	9.60m	0.319	0.094	-0.011	-69.8µ	-3.02m	-9.60m	-0.319	-0.094	0.011	
35	1	 	4.4000	3.6000	2.9500	6	-7.76µ	2.67m	6.49m	0.236	0.204	-0.029	7.76µ	-2.67m	-6.49m	-0.236	-0.204	0.029	
36	1	 	5.5000	3.6000	2.9500	6	-3.33µ	2.12m	2.25m	0.082	0.21	-0.01	3.33µ	-2.12m	-2.25m	-0.082	-0.21	0.01	
37	1	 	1.1000	0.0000	3.2000	6	0.53m	1.83m	-7.31m	0.268	0.183	0.015	-0.53m	-1.83m	7.31m	-0.268	-0.183	-0.015	
38	1	 	2.2000	0.0000	3.2000	6	91.6µ	1.70m	-9.91m	0.329	0.064	0	-91.6µ	-1.70m	9.91m	-0.329	-0.064	0	
39	1	 	3.3000	0.0000	3.2000	6	-0.48m	1.63m	-9.60m	0.319	-0.094	-0.011	0.48m	-1.63m	9.60m	-0.319	0.094	0.011	
40	1	 	4.4000	0.0000	3.2000	6	-0.88m	1.64m	-6.49m	0.236	-0.204	-0.029	0.88m	-1.64m	6.49m	-0.236	0.204	0.029	
41	1	 	0.0000	0.0000	2.9500	6	-0.27m	2.70m	-3.38m	0.136	0.187	0.004	0.27m	-2.70m	3.38m	-0.136	-0.187	-0.004	
42	1	 	1.1000	0.0000	2.9500	6	-0.27m	3.00m	-7.31m	0.268	0.183	0.015	0.27m	-3.00m	7.31m	-0.268	-0.183	-0.015	
43	1	 	2.2000	0.0000	2.9500	6	-0.19m	3.13m	-9.91m	0.329	0.064	0	0.19m	-3.13m	9.91m	-0.329	-0.064	0	
44	1	 	3.3000	0.0000	2.9500	6	-69.8µ	3.02m	-9.60m	0.319	-0.094	-0.011	69.8µ	-3.02m	9.60m	-0.319	0.094	0.011	
45	1	 	4.4000	0.0000	2.9500	6	7.76µ	2.67m	-6.49m	0.236	-0.204	-0.029	-7.76µ	-2.67m	6.49m	-0.236	0.204	0.029	
46	1	 	5.5000	0.0000	2.9500	6	3.33µ	2.12m	-2.25m	0.082	-0.21	-0.01	-3.33µ	-2.12m	2.25m	-0.082	0.21	0.01	
47	1	5	0.0000	1.2000	3.2000	6	0.28m	2.11m	-5.22µ	0.13	0.108	0.007	-0.28m	-2.11m	5.22µ	-0.13	-0.108	-0.007	
48	1	 	0.0000	1.2000	2.9500	6	-0.19m	2.68m	-5.22µ	0.13	0.108	0.007	0.19m	-2.68m	5.22µ	-0.13	-0.108	-0.007	
49	1	6	5.5000	1.2000	3.2000	6	-90.4µ	1.91m	-0.38m	0.037	0	-0.009	90.4µ	-1.91m	0.38m	-0.037	0	0.009	
50	1	 	5.5000	1.2000	2.9500	6	-89.7µ	2.07m	-0.38m	0.037	0	-0.009	89.7µ	-2.07m	0.38m	-0.037	0	0.009	
51	1	7	0.0000	2.4000	3.2000	6	-0.28m	2.11m	5.22µ	0.13	-0.108	0.007	0.28m	-2.11m	-5.22µ	-0.13	0.108	-0.007	
52	1	 	0.0000	2.4000	2.9500	6	0.19m	2.68m	5.22µ	0.13	-0.108	0.007	-0.19m	-2.68m	-5.22µ	-0.13	0.108	-0.007	
53	1	8	5.5000	2.4000	3.2000	6	90.4µ	1.91m	0.38m	0.037	0	-0.009	-90.4µ	-1.91m	-0.38m	-0.037	0	0.009	
54	1	 	5.5000	2.4000	2.9500	6	89.7µ	2.07m	0.38m	0.037	0	-0.009	-89.7µ	-2.07m	-0.38m	-0.037	0	0.009	
95	1	 	0.0000	1.2000	3.0500	6	-0.71µ	2.45m	-5.22µ	0.13	0.108	0.007	0.71µ	-2.45m	5.22µ	-0.13	-0.108	-0.007	
96	1	 	1.1000	1.2000	3.0500	6	-10.9µ	2.54m	-2.19m	0.209	0.096	0	10.9µ	-2.54m	2.19m	-0.209	-0.096	0	
97	1	 	1.1000	2.4000	3.0500	6	10.9µ	2.54m	2.19m	0.209	-0.096	0	-10.9µ	-2.54m	-2.19m	-0.209	0.096	0	
98	1	 	0.0000	2.4000	3.0500	6	0.71µ	2.45m	5.22µ	0.13	-0.108	0.007	-0.71µ	-2.45m	-5.22µ	-0.13	0.108	-0.007	
99	1	 	2.2000	1.2000	3.0500	6	-35.3µ	2.57m	-3.29m	0.314	0.026	0	35.3µ	-2.57m	3.29m	-0.314	-0.026	0	
100	1	 	2.2000	2.4000	3.0500	6	35.3µ	2.57m	3.29m	0.314	-0.026	0	-35.3µ	-2.57m	-3.29m	-0.314	0.026	0	
101	1	 	3.3000	1.2000	3.0500	6	-65.9µ	2.47m	-3.17m	0.301	-0.038	0	65.9µ	-2.47m	3.17m	-0.301	0.038	0	
102	1	 	3.3000	2.4000	3.0500	6	65.9µ	2.47m	3.17m	0.301	0.038	0	-65.9µ	-2.47m	-3.17m	-0.301	-0.038	0	
103	1	 	4.4000	1.2000	3.0500	6	-86.6µ	2.26m	-1.91m	0.198	-0.094	0	86.6µ	-2.26m	1.91m	-0.198	0.094	0	
104	1	 	4.4000	2.4000	3.0500	6	86.6µ	2.26m	1.91m	0.198	0.094	0	-86.6µ	-2.26m	-1.91m	-0.198	-0.094	0	
105	1	 	5.5000	1.2000	3.0500	6	-90.0µ	2.01m	-0.38m	0.037	0	-0.009	90.0µ	-2.01m	0.38m	-0.037	0	0.009	
106	1	 	5.5000	2.4000	3.0500	6	90.0µ	2.01m	0.38m	0.037	0	-0.009	-90.0µ	-2.01m	-0.38m	-0.037	0	0.009	
107	1	 	1.1000	1.2000	3.2000	6	0.24m	2.00m	-2.19m	0.209	0.096	0	-0.24m	-2.00m	2.19m	-0.209	-0.096	0	
108	1	 	2.2000	1.2000	3.2000	6	32.5µ	1.75m	-3.29m	0.314	0.026	0	-32.5µ	-1.75m	3.29m	-0.314	-0.026	0	
109	1	 	3.3000	1.2000	3.2000	6	-0.17m	1.69m	-3.17m	0.301	-0.038	0	0.17m	-1.69m	3.17m	-0.301	0.038	0	
110	1	 	4.4000	1.2000	3.2000	6	-0.33m	1.75m	-1.91m	0.198	-0.094	0	0.33m	-1.75m	1.91m	-0.198	0.094	0	
111	1	 	4.4000	2.4000	3.2000	6	0.33m	1.75m	1.91m	0.198	0.094	0	-0.33m	-1.75m	-1.91m	-0.198	-0.094	0	
112	1	 	3.3000	2.4000	3.2000	6	0.17m	1.69m	3.17m	0.301	0.038	0	-0.17m	-1.69m	-3.17m	-0.301	-0.038	0	
113	1	 	2.2000	2.4000	3.2000	6	-32.5µ	1.75m	3.29m	0.314	-0.026	0	32.5µ	-1.75m	-3.29m	-0.314	0.026	0	
114	1	 	1.1000	2.4000	3.2000	6	-0.24m	2.00m	2.19m	0.209	-0.096	0	0.24m	-2.00m	-2.19m	-0.209	0.096	0	
115	1	 	0.0000	0.0000	3.0500	6	54.5µ	2.47m	-3.38m	0.136	0.187	0.004	-54.5µ	-2.47m	3.38m	-0.136	-0.187	-0.004	
116	1	 	1.1000	0.0000	3.0500	6	47.1µ	2.54m	-7.31m	0.268	0.183	0.015	-47.1µ	-2.54m	7.31m	-0.268	-0.183	-0.015	
117	1	 	2.2000	0.0000	3.0500	6	-74.8µ	2.56m	-9.91m	0.329	0.064	0	74.8µ	-2.56m	9.91m	-0.329	-0.064	0	
118	1	 	3.3000	0.0000	3.0500	6	-0.23m	2.46m	-9.60m	0.319	-0.094	-0.011	0.23m	-2.46m	9.60m	-0.319	0.094	0.011	
119	1	 	4.4000	0.0000	3.0500	6	-0.35m	2.26m	-6.49m	0.236	-0.204	-0.029	0.35m	-2.26m	6.49m	-0.236	0.204	0.029	
120	1	 	5.5000	0.0000	3.0500	6	-0.36m	1.98m	-2.25m	0.082	-0.21	-0.01	0.36m	-1.98m	2.25m	-0.082	0.21	0.01	
121	1	 	1.1000	3.6000	3.0500	6	-47.1µ	2.54m	7.31m	0.268	-0.183	0.015	47.1µ	-2.54m	-7.31m	-0.268	0.183	-0.015	
122	1	 	0.0000	3.6000	3.0500	6	-54.5µ	2.47m	3.38m	0.136	-0.187	0.004	54.5µ	-2.47m	-3.38m	-0.136	0.187	-0.004	
123	1	 	2.2000	3.6000	3.0500	6	74.8µ	2.56m	9.91m	0.329	-0.064	0	-74.8µ	-2.56m	-9.91m	-0.329	0.064	0	
124	1	 	3.3000	3.6000	3.0500	6	0.23m	2.46m	9.60m	0.319	0.094	-0.011	-0.23m	-2.46m	-9.60m	-0.319	-0.094	0.011	
125	1	 	4.4000	3.6000	3.0500	6	0.35m	2.26m	6.49m	0.236	0.204	-0.029	-0.35m	-2.26m	-6.49m	-0.236	-0.204	0.029	
126	1	 	5.5000	3.6000	3.0500	6	0.36m	1.98m	2.25m	0.082	0.21	-0.01	-0.36m	-1.98m	-2.25m	-0.082	-0.21	0.01	
8	2	 	0.1000	3.6000	6.1500	6	0.26m	90.9µ	4.60m	0.068	0.019	0.002	-0.26m	-90.9µ	-4.60m	-0.068	-0.019	-0.002	
9	2	 	5.4000	3.6000	6.1500	6	0.37m	0.30m	2.84m	0.055	0.019	0.002	-0.37m	-0.30m	-2.84m	-0.055	-0.019	-0.002	
10	2	 	0.1000	0.0000	6.1500	6	-0.26m	90.9µ	-4.60m	0.068	-0.019	0.002	0.26m	-90.9µ	4.60m	-0.068	0.019	-0.002	
11	2	 	5.4000	0.0000	6.1500	6	-0.37m	0.30m	-2.84m	0.055	-0.019	0.002	0.37m	-0.30m	2.84m	-0.055	0.019	-0.002	
55	2	1	0.0000	0.0000	6.4000	6	0.56m	-0.22m	-4.27m	0.068	0.188	0.008	-0.56m	0.22m	4.27m	-0.068	-0.188	-0.008	
56	2	2	5.5000	0.0000	6.4000	6	-0.44m	-3.34µ	-2.81m	0.055	-0.017	-0.037	0.44m	3.34µ	2.81m	-0.055	0.017	0.037	
57	2	3	0.0000	3.6000	6.4000	6	-0.56m	-0.22m	4.27m	0.068	-0.188	0.008	0.56m	0.22m	-4.27m	-0.068	0.188	-0.008	
58	2	4	5.5000	3.6000	6.4000	6	0.44m	-3.34µ	2.81m	0.055	0.017	-0.037	-0.44m	3.34µ	-2.81m	-0.055	-0.017	0.037	
59	2	5	0.0000	1.2000	6.4000	6	-0.13m	-0.35m	-0.54m	0.116	-0.054	0.001	0.13m	0.35m	0.54m	-0.116	0.054	-0.001	
60	2	6	5.5000	1.2000	6.4000	6	-9.44µ	-75.7µ	-0.61m	0.083	0.002	-0.005	9.44µ	75.7µ	0.61m	-0.083	-0.002	0.005	
61	2	7	0.0000	2.4000	6.4000	6	0.13m	-0.35m	0.54m	0.116	0.054	0.001	-0.13m	0.35m	-0.54m	-0.116	-0.054	-0.001	
62	2	8	5.5000	2.4000	6.4000	6	9.44µ	-75.7µ	0.61m	0.083	-0.002	-0.005	-9.44µ	75.7µ	-0.61m	-0.083	0.002	0.005	
63	2	 	0.1000	3.6000	6.1500	6	0.26m	90.9µ	4.60m	0.068	-0.188	0.008	-0.26m	-90.9µ	-4.60m	-0.068	0.188	-0.008	
64	2	 	5.4000	3.6000	6.1500	6	0.37m	0.30m	2.84m	0.055	0.017	-0.037	-0.37m	-0.30m	-2.84m	-0.055	-0.017	0.037	
65	2	 	0.1000	0.0000	6.1500	6	-0.26m	90.9µ	-4.60m	0.068	0.188	0.008	0.26m	-90.9µ	4.60m	-0.068	-0.188	-0.008	
66	2	 	5.4000	0.0000	6.1500	6	-0.37m	0.30m	-2.84m	0.055	-0.017	-0.037	0.37m	-0.30m	2.84m	-0.055	0.017	0.037	
67	2	 	0.0000	1.1000	6.2500	6	14.4µ	-45.5µ	-0.74m	0.116	-0.054	0.001	-14.4µ	45.5µ	0.74m	-0.116	0.054	-0.001	
68	2	 	0.0000	0.1500	6.2500	6	46.8µ	-41.8µ	-4.09m	0.068	0.188	0.008	-46.8µ	41.8µ	4.09m	-0.068	-0.188	-0.008	
69	2	 	0.0000	3.4500	6.2500	6	-46.8µ	-41.8µ	4.09m	0.068	-0.188	0.008	46.8µ	41.8µ	-4.09m	-0.068	0.188	-0.008	
70	2	 	0.0000	2.5000	6.2500	6	-14.4µ	-45.5µ	0.74m	0.116	0.054	0.001	14.4µ	45.5µ	-0.74m	-0.116	-0.054	-0.001	
71	2	 	0.0000	2.3000	6.2500	6	-11.8µ	-45.5µ	0.34m	0.116	0.054	0.001	11.8µ	45.5µ	-0.34m	-0.116	-0.054	-0.001	
72	2	 	0.0000	1.3000	6.2500	6	11.8µ	-45.5µ	-0.34m	0.116	-0.054	0.001	-11.8µ	45.5µ	0.34m	-0.116	0.054	-0.001	
73	2	 	5.5000	3.4500	6.2500	6	0.30m	0.14m	2.67m	0.055	0.017	-0.037	-0.30m	-0.14m	-2.67m	-0.055	-0.017	0.037	
74	2	 	5.5000	2.5000	6.2500	6	22.8µ	0.14m	0.75m	0.083	-0.002	-0.005	-22.8µ	-0.14m	-0.75m	-0.083	0.002	0.005	
75	2	 	5.5000	1.1000	6.2500	6	-22.8µ	0.14m	-0.75m	0.083	0.002	-0.005	22.8µ	-0.14m	0.75m	-0.083	-0.002	0.005	
76	2	 	5.5000	0.1500	6.2500	6	-0.30m	0.14m	-2.67m	0.055	-0.017	-0.037	0.30m	-0.14m	2.67m	-0.055	0.017	0.037	
77	2	 	5.5000	2.3000	6.2500	6	5.92µ	0.14m	0.46m	0.083	-0.002	-0.005	-5.92µ	-0.14m	-0.46m	-0.083	0.002	0.005	
78	2	 	5.5000	1.3000	6.2500	6	-5.92µ	0.14m	-0.46m	0.083	0.002	-0.005	5.92µ	-0.14m	0.46m	-0.083	-0.002	0.005	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Famiglia Cmb. 1) Fondamentale
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Fam.Cmb.		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	1	-36.3µ	-26.1µ	-4.40m	-0.005	-0.008	0	3.34µ	23.9µ	-3.99m	0.006	0.001	0	
1	0	5	0.0000	1.2000	0.0000	1	-71.1µ	-30.3µ	-4.34m	-0.007	-0.016	-0.001	-40.9µ	29.3µ	-4.08m	0.007	-0.009	0	
2	0	 	0.0000	0.1500	-0.2500	1	-0.72µ	0	-4.39m	-0.005	-0.008	0	-0.38µ	0	-4.01m	0.006	0.001	0	
3	0	 	0.0000	1.2000	-0.2500	1	0	0	-4.34m	-0.007	-0.016	-0.001	0	0	-4.08m	0.007	-0.009	0	
4	0	7	0.0000	2.4000	0.0000	1	-71.1µ	-29.3µ	-4.34m	-0.007	-0.016	0	-40.9µ	30.3µ	-4.08m	0.007	-0.009	0.001	
5	0	 	0.0000	2.4000	-0.2500	1	0	0	-4.34m	-0.007	-0.016	0	0	0	-4.08m	0.007	-0.009	0.001	
6	0	3	0.0000	3.6000	0.0000	1	-36.4µ	-23.9µ	-4.40m	-0.006	-0.008	0	3.42µ	26.1µ	-3.99m	0.005	0.001	0	
7	0	 	0.0000	3.4500	-0.2500	1	-0.72µ	0	-4.39m	-0.006	-0.008	0	-0.37µ	0	-4.01m	0.005	0.001	0	
8	0	2	5.5000	0.0000	0.0000	1	39.8µ	-31.1µ	-4.93m	-0.007	0.009	0	98.1µ	28.6µ	-4.47m	0.007	0.022	0	
9	0	6	5.5000	1.2000	0.0000	1	88.7µ	-32.0µ	-4.86m	-0.007	0.02	0	0.12m	32.0µ	-4.56m	0.007	0.027	0	
10	0	 	5.5000	0.1500	-0.2500	1	-47.7n	0	-4.92m	-0.007	0.009	0	-18.9n	0	-4.49m	0.007	0.022	0	
11	0	 	5.5000	1.2000	-0.2500	1	0	0	-4.86m	-0.007	0.02	0	0	0	-4.56m	0.007	0.027	0	
12	0	8	5.5000	2.4000	0.0000	1	88.7µ	-32.0µ	-4.86m	-0.007	0.02	0	0.12m	32.0µ	-4.56m	0.007	0.027	0	
13	0	9	5.5000	1.8000	0.0000	1	88.6µ	-32.0µ	-4.86m	-0.007	0.02	0	0.12m	32.0µ	-4.56m	0.007	0.027	0	
14	0	 	5.5000	1.8000	-0.2500	1	0	0	-4.86m	-0.007	0.02	0	0	0	-4.56m	0.007	0.027	0	
15	0	 	5.5000	2.4000	-0.2500	1	0	0	-4.86m	-0.007	0.02	0	0	0	-4.56m	0.007	0.027	0	
16	0	4	5.5000	3.6000	0.0000	1	39.7µ	-28.6µ	-4.93m	-0.007	0.009	0	98.2µ	31.1µ	-4.47m	0.007	0.023	0	
17	0	 	5.5000	3.4500	-0.2500	1	-47.9n	0	-4.92m	-0.007	0.009	0	-18.6n	0	-4.49m	0.007	0.023	0	
79	0	 	1.1000	1.2000	-0.2500	1	0	0	-4.07m	-0.008	-0.013	0	0	0	-3.84m	0.006	-0.009	0	
80	0	 	1.1000	2.4000	-0.2500	1	0	0	-4.07m	-0.006	-0.013	0	0	0	-3.84m	0.008	-0.009	0	
81	0	 	2.2000	1.2000	-0.2500	1	0	0	-3.94m	-0.008	-0.003	0	0	0	-3.72m	0.006	0.001	0	
82	0	 	2.2000	2.4000	-0.2500	1	0	0	-3.94m	-0.006	-0.003	0	0	0	-3.72m	0.008	0.001	0	
83	0	 	3.3000	1.2000	-0.2500	1	0	0	-4.04m	-0.008	0.01	0	0	0	-3.81m	0.006	0.013	0	
84	0	 	3.3000	2.4000	-0.2500	1	0	0	-4.04m	-0.006	0.01	0	0	0	-3.81m	0.008	0.013	0	
85	0	 	4.4000	1.2000	-0.2500	1	0	0	-4.37m	-0.008	0.019	0	0	0	-4.13m	0.006	0.024	0	
86	0	 	4.4000	2.4000	-0.2500	1	0	0	-4.37m	-0.006	0.019	0	0	0	-4.13m	0.008	0.024	0	
87	0	 	1.1000	1.2000	0.0000	1	-58.7µ	-27.3µ	-4.07m	-0.008	-0.013	0	-38.0µ	33.2µ	-3.84m	0.006	-0.009	0	
88	0	 	2.2000	1.2000	0.0000	1	-13.3µ	-24.7µ	-3.94m	-0.008	-0.003	0	2.45µ	35.9µ	-3.72m	0.006	0.001	0	
89	0	 	3.3000	1.2000	0.0000	1	42.0µ	-25.0µ	-4.04m	-0.008	0.01	0	57.8µ	36.4µ	-3.81m	0.006	0.013	0	
90	0	 	4.4000	1.2000	0.0000	1	84.1µ	-28.2µ	-4.37m	-0.008	0.019	0	0.11m	34.5µ	-4.13m	0.006	0.024	0	
91	0	 	4.4000	2.4000	0.0000	1	84.1µ	-34.5µ	-4.37m	-0.006	0.019	0	0.11m	28.2µ	-4.13m	0.008	0.024	0	
92	0	 	3.3000	2.4000	0.0000	1	42.0µ	-36.4µ	-4.04m	-0.006	0.01	0	57.8µ	25.0µ	-3.81m	0.008	0.013	0	
93	0	 	2.2000	2.4000	0.0000	1	-13.3µ	-35.9µ	-3.94m	-0.006	-0.003	0	2.44µ	24.7µ	-3.72m	0.008	0.001	0	
94	0	 	1.1000	2.4000	0.0000	1	-58.7µ	-33.2µ	-4.07m	-0.006	-0.013	0	-38.0µ	27.3µ	-3.84m	0.008	-0.009	0	
0	1	 	0.0000	2.4000	1.0667	1	-0.27m	-0.16m	-4.35m	0	-0.005	0.001	-41.4µ	0.16m	-4.09m	0	0.009	0.002	
1	1	 	0.0000	1.2000	1.0667	1	-0.27m	-0.16m	-4.35m	0	-0.005	-0.002	-41.5µ	0.16m	-4.09m	0	0.009	-0.001	
2	1	 	0.0000	2.4000	2.1333	1	-0.24m	-0.29m	-4.36m	0	0.008	0.001	0.25m	0.29m	-4.10m	0	0.022	0.002	
3	1	 	0.0000	1.2000	2.1333	1	-0.24m	-0.29m	-4.36m	0	0.008	-0.002	0.25m	0.29m	-4.10m	0	0.022	-0.001	
7	1	9	5.5000	1.8000	3.2000	1	-76.7µ	-0.45m	-4.90m	-0.007	-0.019	0	0.62m	0.45m	-4.60m	0.007	-0.011	0	
18	1	1	0.0000	0.0000	3.2000	1	34.0µ	-0.43m	-4.49m	-0.005	0.019	0	0.73m	0.42m	-4.07m	0.009	0.027	0.001	
19	1	 	0.0000	0.0000	2.7000	1	-0.13m	-0.35m	-4.49m	-0.005	0.019	0	0.50m	0.38m	-4.07m	0.009	0.027	0.001	
20	1	2	5.5000	0.0000	3.2000	1	-75.9µ	-0.46m	-5.01m	-0.005	-0.016	-0.001	0.62m	0.44m	-4.55m	0.01	-0.009	0	
21	1	 	5.5000	0.0000	2.7000	1	65.0µ	-0.38m	-5.01m	-0.005	-0.016	-0.001	0.70m	0.40m	-4.55m	0.01	-0.009	0	
22	1	3	0.0000	3.6000	3.2000	1	33.3µ	-0.42m	-4.49m	-0.009	0.019	-0.001	0.73m	0.43m	-4.07m	0.005	0.027	0	
23	1	 	0.0000	3.6000	2.7000	1	-0.13m	-0.38m	-4.49m	-0.009	0.019	-0.001	0.50m	0.35m	-4.07m	0.005	0.027	0	
24	1	4	5.5000	3.6000	3.2000	1	-76.6µ	-0.44m	-5.01m	-0.01	-0.016	0	0.62m	0.46m	-4.55m	0.005	-0.009	0.001	
25	1	 	5.5000	3.6000	2.7000	1	64.2µ	-0.40m	-5.01m	-0.01	-0.016	0	0.70m	0.38m	-4.55m	0.005	-0.009	0.001	
27	1	 	1.1000	3.6000	3.2000	1	37.6µ	-0.42m	-4.96m	-0.008	0.02	0	0.73m	0.43m	-4.53m	0.005	0.025	0	
28	1	 	2.2000	3.6000	3.2000	1	7.84µ	-0.43m	-5.31m	-0.008	0.01	0	0.69m	0.44m	-4.87m	0.006	0.014	0	
29	1	 	3.3000	3.6000	3.2000	1	-35.2µ	-0.44m	-5.42m	-0.008	-0.003	0	0.65m	0.44m	-4.97m	0.006	0	0	
30	1	 	4.4000	3.6000	3.2000	1	-70.3µ	-0.44m	-5.27m	-0.009	-0.014	0	0.62m	0.45m	-4.82m	0.006	-0.009	0	
31	1	 	0.0000	3.6000	2.9500	1	-48.8µ	-0.40m	-4.49m	-0.009	0.019	-0.001	0.62m	0.39m	-4.07m	0.005	0.027	0	
32	1	 	1.1000	3.6000	2.9500	1	-48.1µ	-0.40m	-4.96m	-0.008	0.02	0	0.62m	0.40m	-4.53m	0.005	0.025	0	
33	1	 	2.2000	3.6000	2.9500	1	-36.9µ	-0.41m	-5.31m	-0.008	0.01	0	0.63m	0.40m	-4.87m	0.006	0.014	0	
34	1	 	3.3000	3.6000	2.9500	1	-21.4µ	-0.41m	-5.42m	-0.008	-0.003	0	0.65m	0.41m	-4.97m	0.006	0	0	
35	1	 	4.4000	3.6000	2.9500	1	-9.00µ	-0.42m	-5.27m	-0.009	-0.014	0	0.66m	0.41m	-4.82m	0.006	-0.009	0	
36	1	 	5.5000	3.6000	2.9500	1	-6.17µ	-0.42m	-5.01m	-0.01	-0.016	0	0.66m	0.42m	-4.55m	0.005	-0.009	0.001	
37	1	 	1.1000	0.0000	3.2000	1	38.2µ	-0.43m	-4.96m	-0.005	0.02	0	0.73m	0.42m	-4.53m	0.008	0.025	0	
38	1	 	2.2000	0.0000	3.2000	1	8.51µ	-0.44m	-5.31m	-0.006	0.01	0	0.69m	0.43m	-4.87m	0.008	0.014	0	
39	1	 	3.3000	0.0000	3.2000	1	-34.5µ	-0.44m	-5.42m	-0.006	-0.003	0	0.65m	0.44m	-4.97m	0.008	0	0	
40	1	 	4.4000	0.0000	3.2000	1	-69.6µ	-0.45m	-5.27m	-0.006	-0.014	0	0.62m	0.44m	-4.82m	0.009	-0.009	0	
41	1	 	0.0000	0.0000	2.9500	1	-48.1µ	-0.39m	-4.49m	-0.005	0.019	0	0.62m	0.40m	-4.07m	0.009	0.027	0.001	
42	1	 	1.1000	0.0000	2.9500	1	-47.4µ	-0.40m	-4.96m	-0.005	0.02	0	0.62m	0.40m	-4.53m	0.008	0.025	0	
43	1	 	2.2000	0.0000	2.9500	1	-36.2µ	-0.40m	-5.31m	-0.006	0.01	0	0.63m	0.41m	-4.87m	0.008	0.014	0	
44	1	 	3.3000	0.0000	2.9500	1	-20.7µ	-0.41m	-5.42m	-0.006	-0.003	0	0.65m	0.41m	-4.97m	0.008	0	0	
45	1	 	4.4000	0.0000	2.9500	1	-8.28µ	-0.41m	-5.27m	-0.006	-0.014	0	0.66m	0.42m	-4.82m	0.009	-0.009	0	
46	1	 	5.5000	0.0000	2.9500	1	-5.45µ	-0.42m	-5.01m	-0.005	-0.016	-0.001	0.66m	0.42m	-4.55m	0.01	-0.009	0	
47	1	5	0.0000	1.2000	3.2000	1	38.5µ	-0.43m	-4.37m	-0.005	0.022	0	0.73m	0.42m	-4.11m	0.008	0.03	0	
48	1	 	0.0000	1.2000	2.9500	1	-56.6µ	-0.39m	-4.37m	-0.005	0.022	0	0.60m	0.40m	-4.11m	0.008	0.03	0	
49	1	6	5.5000	1.2000	3.2000	1	-76.6µ	-0.45m	-4.90m	-0.007	-0.019	0	0.62m	0.45m	-4.60m	0.007	-0.011	0	
50	1	 	5.5000	1.2000	2.9500	1	7.01µ	-0.42m	-4.90m	-0.007	-0.019	0	0.67m	0.42m	-4.60m	0.007	-0.011	0	
51	1	7	0.0000	2.4000	3.2000	1	38.2µ	-0.42m	-4.37m	-0.008	0.022	0	0.74m	0.43m	-4.11m	0.005	0.03	0	
52	1	 	0.0000	2.4000	2.9500	1	-56.9µ	-0.40m	-4.37m	-0.008	0.022	0	0.60m	0.39m	-4.11m	0.005	0.03	0	
53	1	8	5.5000	2.4000	3.2000	1	-76.8µ	-0.45m	-4.90m	-0.007	-0.019	0	0.62m	0.45m	-4.60m	0.007	-0.011	0	
54	1	 	5.5000	2.4000	2.9500	1	6.77µ	-0.42m	-4.90m	-0.007	-0.019	0	0.67m	0.42m	-4.60m	0.007	-0.011	0	
95	1	 	0.0000	1.2000	3.0500	1	-18.6µ	-0.41m	-4.37m	-0.005	0.022	0	0.66m	0.41m	-4.11m	0.008	0.03	0	
96	1	 	1.1000	1.2000	3.0500	1	-20.0µ	-0.41m	-4.86m	-0.006	0.022	0	0.66m	0.41m	-4.60m	0.007	0.027	0	
97	1	 	1.1000	2.4000	3.0500	1	-20.2µ	-0.41m	-4.86m	-0.007	0.022	0	0.66m	0.41m	-4.60m	0.006	0.027	0	
98	1	 	0.0000	2.4000	3.0500	1	-18.8µ	-0.41m	-4.37m	-0.008	0.022	0	0.66m	0.41m	-4.11m	0.005	0.03	0	
99	1	 	2.2000	1.2000	3.0500	1	-21.8µ	-0.42m	-5.22m	-0.007	0.011	0	0.65m	0.42m	-4.96m	0.007	0.014	0	
100	1	 	2.2000	2.4000	3.0500	1	-22.0µ	-0.42m	-5.22m	-0.007	0.011	0	0.65m	0.42m	-4.96m	0.007	0.014	0	
101	1	 	3.3000	1.2000	3.0500	1	-23.9µ	-0.42m	-5.33m	-0.007	-0.004	0	0.65m	0.42m	-5.05m	0.007	0	0	
102	1	 	3.3000	2.4000	3.0500	1	-24.1µ	-0.42m	-5.33m	-0.007	-0.004	0	0.65m	0.42m	-5.05m	0.007	0	0	
103	1	 	4.4000	1.2000	3.0500	1	-25.4µ	-0.43m	-5.17m	-0.007	-0.016	0	0.65m	0.43m	-4.89m	0.007	-0.011	0	
104	1	 	4.4000	2.4000	3.0500	1	-25.6µ	-0.43m	-5.17m	-0.007	-0.016	0	0.65m	0.43m	-4.89m	0.007	-0.011	0	
105	1	 	5.5000	1.2000	3.0500	1	-26.4µ	-0.43m	-4.90m	-0.007	-0.019	0	0.65m	0.43m	-4.60m	0.007	-0.011	0	
106	1	 	5.5000	2.4000	3.0500	1	-26.7µ	-0.43m	-4.90m	-0.007	-0.019	0	0.65m	0.43m	-4.60m	0.007	-0.011	0	
107	1	 	1.1000	1.2000	3.2000	1	37.0µ	-0.43m	-4.86m	-0.006	0.022	0	0.73m	0.43m	-4.60m	0.007	0.027	0	
108	1	 	2.2000	1.2000	3.2000	1	6.79µ	-0.43m	-5.22m	-0.007	0.011	0	0.69m	0.44m	-4.96m	0.007	0.014	0	
109	1	 	3.3000	1.2000	3.2000	1	-33.4µ	-0.44m	-5.33m	-0.007	-0.004	0	0.65m	0.44m	-5.05m	0.007	0	0	
110	1	 	4.4000	1.2000	3.2000	1	-67.1µ	-0.45m	-5.17m	-0.007	-0.016	0	0.62m	0.45m	-4.89m	0.007	-0.011	0	
111	1	 	4.4000	2.4000	3.2000	1	-67.3µ	-0.45m	-5.17m	-0.007	-0.016	0	0.62m	0.45m	-4.89m	0.007	-0.011	0	
112	1	 	3.3000	2.4000	3.2000	1	-33.7µ	-0.44m	-5.33m	-0.007	-0.004	0	0.65m	0.44m	-5.05m	0.007	0	0	
113	1	 	2.2000	2.4000	3.2000	1	6.57µ	-0.44m	-5.22m	-0.007	0.011	0	0.69m	0.43m	-4.96m	0.007	0.014	0	
114	1	 	1.1000	2.4000	3.2000	1	36.7µ	-0.43m	-4.86m	-0.007	0.022	0	0.73m	0.43m	-4.60m	0.006	0.027	0	
115	1	 	0.0000	0.0000	3.0500	1	-15.3µ	-0.41m	-4.49m	-0.005	0.019	0	0.66m	0.40m	-4.07m	0.009	0.027	0.001	
116	1	 	1.1000	0.0000	3.0500	1	-13.1µ	-0.41m	-4.96m	-0.005	0.02	0	0.66m	0.41m	-4.53m	0.008	0.025	0	
117	1	 	2.2000	0.0000	3.0500	1	-18.3µ	-0.42m	-5.31m	-0.006	0.01	0	0.66m	0.42m	-4.87m	0.008	0.014	0	
118	1	 	3.3000	0.0000	3.0500	1	-26.2µ	-0.42m	-5.42m	-0.006	-0.003	0	0.65m	0.42m	-4.97m	0.008	0	0	
119	1	 	4.4000	0.0000	3.0500	1	-32.8µ	-0.43m	-5.27m	-0.006	-0.014	0	0.64m	0.43m	-4.82m	0.009	-0.009	0	
120	1	 	5.5000	0.0000	3.0500	1	-33.6µ	-0.44m	-5.01m	-0.005	-0.016	-0.001	0.64m	0.43m	-4.55m	0.01	-0.009	0	
121	1	 	1.1000	3.6000	3.0500	1	-13.8µ	-0.41m	-4.96m	-0.008	0.02	0	0.66m	0.41m	-4.53m	0.005	0.025	0	
122	1	 	0.0000	3.6000	3.0500	1	-16.0µ	-0.40m	-4.49m	-0.009	0.019	-0.001	0.66m	0.41m	-4.07m	0.005	0.027	0	
123	1	 	2.2000	3.6000	3.0500	1	-19.0µ	-0.42m	-5.31m	-0.008	0.01	0	0.66m	0.42m	-4.87m	0.006	0.014	0	
124	1	 	3.3000	3.6000	3.0500	1	-26.9µ	-0.42m	-5.42m	-0.008	-0.003	0	0.65m	0.42m	-4.97m	0.006	0	0	
125	1	 	4.4000	3.6000	3.0500	1	-33.5µ	-0.43m	-5.27m	-0.009	-0.014	0	0.64m	0.43m	-4.82m	0.006	-0.009	0	
126	1	 	5.5000	3.6000	3.0500	1	-34.3µ	-0.43m	-5.01m	-0.01	-0.016	0	0.64m	0.44m	-4.55m	0.005	-0.009	0.001	
8	2	 	0.1000	3.6000	6.1500	1	-0.53m	-1.00m	-4.60m	-0.012	0.063	-0.001	1.71m	1.00m	-4.16m	0.01	0.078	0.001	
9	2	 	5.4000	3.6000	6.1500	1	-0.52m	-1.06m	-5.10m	-0.012	-0.067	-0.001	1.72m	1.06m	-4.62m	0.011	-0.053	0.001	
10	2	 	0.1000	0.0000	6.1500	1	-0.53m	-1.00m	-4.60m	-0.01	0.063	-0.001	1.71m	1.00m	-4.16m	0.012	0.078	0.001	
11	2	 	5.4000	0.0000	6.1500	1	-0.52m	-1.06m	-5.10m	-0.011	-0.067	-0.001	1.72m	1.06m	-4.62m	0.012	-0.053	0.001	
55	2	1	0.0000	0.0000	6.4000	1	-0.59m	-1.05m	-4.58m	-0.01	-0.013	-0.005	1.83m	1.05m	-4.15m	0.012	0.029	0.002	
56	2	2	5.5000	0.0000	6.4000	1	-0.60m	-1.11m	-5.10m	-0.011	-0.018	-0.002	1.82m	1.11m	-4.63m	0.012	0.023	0.005	
57	2	3	0.0000	3.6000	6.4000	1	-0.59m	-1.05m	-4.58m	-0.012	-0.013	-0.002	1.83m	1.05m	-4.15m	0.01	0.029	0.005	
58	2	4	5.5000	3.6000	6.4000	1	-0.60m	-1.11m	-5.10m	-0.012	-0.018	-0.005	1.82m	1.11m	-4.63m	0.011	0.023	0.002	
59	2	5	0.0000	1.2000	6.4000	1	-0.68m	-1.04m	-4.39m	-0.003	-0.03	-0.004	1.94m	1.03m	-4.12m	0.01	0.02	0.002	
60	2	6	5.5000	1.2000	6.4000	1	-0.70m	-1.10m	-4.91m	-0.004	-0.01	-0.002	1.91m	1.09m	-4.61m	0.01	0.04	0.004	
61	2	7	0.0000	2.4000	6.4000	1	-0.68m	-1.03m	-4.39m	-0.01	-0.03	-0.001	1.94m	1.04m	-4.12m	0.003	0.02	0.004	
62	2	8	5.5000	2.4000	6.4000	1	-0.70m	-1.09m	-4.91m	-0.01	-0.01	-0.004	1.91m	1.10m	-4.61m	0.004	0.04	0.001	
63	2	 	0.1000	3.6000	6.1500	1	-0.53m	-1.00m	-4.60m	-0.012	-0.013	-0.002	1.71m	1.00m	-4.16m	0.01	0.029	0.005	
64	2	 	5.4000	3.6000	6.1500	1	-0.52m	-1.06m	-5.10m	-0.012	-0.018	-0.005	1.72m	1.06m	-4.62m	0.011	0.023	0.002	
65	2	 	0.1000	0.0000	6.1500	1	-0.53m	-1.00m	-4.60m	-0.01	-0.013	-0.005	1.71m	1.00m	-4.16m	0.012	0.029	0.002	
66	2	 	5.4000	0.0000	6.1500	1	-0.52m	-1.06m	-5.10m	-0.011	-0.018	-0.002	1.72m	1.06m	-4.62m	0.012	0.023	0.005	
67	2	 	0.0000	1.1000	6.2500	1	-0.60m	-1.02m	-4.40m	-0.003	-0.03	-0.004	1.88m	1.02m	-4.13m	0.01	0.02	0.002	
68	2	 	0.0000	0.1500	6.2500	1	-0.56m	-1.02m	-4.56m	-0.01	-0.013	-0.005	1.77m	1.02m	-4.18m	0.012	0.029	0.002	
69	2	 	0.0000	3.4500	6.2500	1	-0.56m	-1.02m	-4.56m	-0.012	-0.013	-0.002	1.77m	1.02m	-4.18m	0.01	0.029	0.005	
70	2	 	0.0000	2.5000	6.2500	1	-0.60m	-1.02m	-4.40m	-0.01	-0.03	-0.001	1.88m	1.02m	-4.13m	0.003	0.02	0.004	
71	2	 	0.0000	2.3000	6.2500	1	-0.61m	-1.02m	-4.38m	-0.01	-0.03	-0.001	1.89m	1.02m	-4.12m	0.003	0.02	0.004	
72	2	 	0.0000	1.3000	6.2500	1	-0.60m	-1.02m	-4.38m	-0.003	-0.03	-0.004	1.89m	1.02m	-4.12m	0.01	0.02	0.002	
73	2	 	5.5000	3.4500	6.2500	1	-0.56m	-1.08m	-5.08m	-0.012	-0.018	-0.005	1.77m	1.08m	-4.66m	0.011	0.023	0.002	
74	2	 	5.5000	2.5000	6.2500	1	-0.67m	-1.08m	-4.92m	-0.01	-0.01	-0.004	1.81m	1.08m	-4.62m	0.004	0.04	0.001	
75	2	 	5.5000	1.1000	6.2500	1	-0.67m	-1.08m	-4.92m	-0.004	-0.01	-0.002	1.81m	1.08m	-4.62m	0.01	0.04	0.004	
76	2	 	5.5000	0.1500	6.2500	1	-0.56m	-1.08m	-5.08m	-0.011	-0.018	-0.002	1.77m	1.08m	-4.66m	0.012	0.023	0.005	
77	2	 	5.5000	2.3000	6.2500	1	-0.68m	-1.08m	-4.91m	-0.01	-0.01	-0.004	1.81m	1.08m	-4.60m	0.004	0.04	0.001	
78	2	 	5.5000	1.3000	6.2500	1	-0.68m	-1.08m	-4.91m	-0.004	-0.01	-0.002	1.81m	1.08m	-4.60m	0.01	0.04	0.004	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Famiglia Cmb. 2) Rara.
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Fam.Cmb.		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	2	-26.0µ	-16.9µ	-3.31m	-0.004	-0.006	0	0.21µ	16.2µ	-3.03m	0.004	0	0	
1	0	5	0.0000	1.2000	0.0000	2	-52.0µ	-20.0µ	-3.27m	-0.004	-0.012	0	-32.1µ	19.5µ	-3.10m	0.005	-0.007	0	
2	0	 	0.0000	0.1500	-0.2500	2	-0.52µ	0	-3.30m	-0.004	-0.006	0	-0.29µ	0	-3.04m	0.004	0	0	
3	0	 	0.0000	1.2000	-0.2500	2	0	0	-3.27m	-0.004	-0.012	0	0	0	-3.10m	0.005	-0.007	0	
4	0	7	0.0000	2.4000	0.0000	2	-52.0µ	-19.5µ	-3.27m	-0.005	-0.012	0	-32.1µ	20.0µ	-3.10m	0.004	-0.007	0	
5	0	 	0.0000	2.4000	-0.2500	2	0	0	-3.27m	-0.005	-0.012	0	0	0	-3.10m	0.004	-0.007	0	
6	0	3	0.0000	3.6000	0.0000	2	-26.0µ	-16.2µ	-3.31m	-0.004	-0.006	0	0.26µ	16.9µ	-3.03m	0.004	0	0	
7	0	 	0.0000	3.4500	-0.2500	2	-0.52µ	0	-3.30m	-0.004	-0.006	0	-0.29µ	0	-3.04m	0.004	0	0	
8	0	2	5.5000	0.0000	0.0000	2	33.4µ	-20.4µ	-3.70m	-0.004	0.008	0	71.9µ	19.2µ	-3.40m	0.005	0.016	0	
9	0	6	5.5000	1.2000	0.0000	2	68.0µ	-21.2µ	-3.66m	-0.005	0.016	0	87.8µ	21.2µ	-3.47m	0.005	0.02	0	
10	0	 	5.5000	0.1500	-0.2500	2	-35.2n	0	-3.69m	-0.004	0.008	0	-16.2n	0	-3.41m	0.005	0.016	0	
11	0	 	5.5000	1.2000	-0.2500	2	0	0	-3.66m	-0.005	0.016	0	0	0	-3.47m	0.005	0.02	0	
12	0	8	5.5000	2.4000	0.0000	2	68.0µ	-21.2µ	-3.66m	-0.005	0.016	0	87.8µ	21.2µ	-3.47m	0.005	0.02	0	
13	0	9	5.5000	1.8000	0.0000	2	68.0µ	-21.2µ	-3.66m	-0.005	0.016	0	87.8µ	21.2µ	-3.47m	0.005	0.02	0	
14	0	 	5.5000	1.8000	-0.2500	2	0	0	-3.66m	-0.005	0.016	0	0	0	-3.47m	0.005	0.02	0	
15	0	 	5.5000	2.4000	-0.2500	2	0	0	-3.66m	-0.005	0.016	0	0	0	-3.47m	0.005	0.02	0	
16	0	4	5.5000	3.6000	0.0000	2	33.3µ	-19.2µ	-3.70m	-0.005	0.008	0	72.0µ	20.4µ	-3.40m	0.004	0.017	0	
17	0	 	5.5000	3.4500	-0.2500	2	-35.4n	0	-3.69m	-0.005	0.008	0	-16.1n	0	-3.41m	0.004	0.017	0	
79	0	 	1.1000	1.2000	-0.2500	2	0	0	-3.06m	-0.005	-0.01	0	0	0	-2.93m	0.004	-0.007	0	
80	0	 	1.1000	2.4000	-0.2500	2	0	0	-3.06m	-0.004	-0.01	0	0	0	-2.93m	0.005	-0.007	0	
81	0	 	2.2000	1.2000	-0.2500	2	0	0	-2.97m	-0.006	-0.002	0	0	0	-2.84m	0.004	0	0	
82	0	 	2.2000	2.4000	-0.2500	2	0	0	-2.97m	-0.004	-0.002	0	0	0	-2.84m	0.006	0	0	
83	0	 	3.3000	1.2000	-0.2500	2	0	0	-3.04m	-0.006	0.007	0	0	0	-2.91m	0.004	0.01	0	
84	0	 	3.3000	2.4000	-0.2500	2	0	0	-3.04m	-0.004	0.007	0	0	0	-2.91m	0.006	0.01	0	
85	0	 	4.4000	1.2000	-0.2500	2	0	0	-3.29m	-0.005	0.015	0	0	0	-3.16m	0.004	0.018	0	
86	0	 	4.4000	2.4000	-0.2500	2	0	0	-3.29m	-0.004	0.015	0	0	0	-3.16m	0.005	0.018	0	
87	0	 	1.1000	1.2000	0.0000	2	-43.0µ	-17.8µ	-3.06m	-0.005	-0.01	0	-29.3µ	22.3µ	-2.93m	0.004	-0.007	0	
88	0	 	2.2000	1.2000	0.0000	2	-9.18µ	-15.9µ	-2.97m	-0.006	-0.002	0	1.20µ	24.3µ	-2.84m	0.004	0	0	
89	0	 	3.3000	1.2000	0.0000	2	32.3µ	-16.1µ	-3.04m	-0.006	0.007	0	42.7µ	24.6µ	-2.91m	0.004	0.01	0	
90	0	 	4.4000	1.2000	0.0000	2	64.0µ	-18.4µ	-3.29m	-0.005	0.015	0	77.9µ	23.2µ	-3.16m	0.004	0.018	0	
91	0	 	4.4000	2.4000	0.0000	2	64.1µ	-23.2µ	-3.29m	-0.004	0.015	0	77.9µ	18.4µ	-3.16m	0.005	0.018	0	
92	0	 	3.3000	2.4000	0.0000	2	32.3µ	-24.6µ	-3.04m	-0.004	0.007	0	42.7µ	16.1µ	-2.91m	0.006	0.01	0	
93	0	 	2.2000	2.4000	0.0000	2	-9.17µ	-24.3µ	-2.97m	-0.004	-0.002	0	1.19µ	15.9µ	-2.84m	0.006	0	0	
94	0	 	1.1000	2.4000	0.0000	2	-43.0µ	-22.3µ	-3.06m	-0.004	-0.01	0	-29.4µ	17.8µ	-2.93m	0.005	-0.007	0	
0	1	 	0.0000	2.4000	1.0667	2	-0.19m	-0.11m	-3.27m	0	-0.003	0.001	-42.0µ	0.11m	-3.11m	0	0.006	0.001	
1	1	 	0.0000	1.2000	1.0667	2	-0.19m	-0.11m	-3.28m	0	-0.003	-0.001	-42.0µ	0.11m	-3.11m	0	0.006	-0.001	
2	1	 	0.0000	2.4000	2.1333	2	-0.16m	-0.19m	-3.28m	0	0.007	0.001	0.16m	0.19m	-3.11m	0	0.016	0.001	
3	1	 	0.0000	1.2000	2.1333	2	-0.16m	-0.19m	-3.28m	0	0.007	-0.001	0.16m	0.19m	-3.11m	0	0.016	-0.001	
7	1	9	5.5000	1.8000	3.2000	2	-25.5µ	-0.30m	-3.68m	-0.005	-0.014	0	0.43m	0.30m	-3.49m	0.005	-0.009	0	
18	1	1	0.0000	0.0000	3.2000	2	59.7µ	-0.29m	-3.37m	-0.003	0.015	0	0.52m	0.28m	-3.09m	0.006	0.02	0	
19	1	 	0.0000	0.0000	2.7000	2	-69.9µ	-0.23m	-3.37m	-0.003	0.015	0	0.35m	0.25m	-3.09m	0.006	0.02	0	
20	1	2	5.5000	0.0000	3.2000	2	-25.1µ	-0.31m	-3.76m	-0.004	-0.012	-0.001	0.43m	0.29m	-3.45m	0.007	-0.007	0	
21	1	 	5.5000	0.0000	2.7000	2	80.5µ	-0.25m	-3.76m	-0.004	-0.012	-0.001	0.50m	0.26m	-3.45m	0.007	-0.007	0	
22	1	3	0.0000	3.6000	3.2000	2	59.2µ	-0.28m	-3.37m	-0.006	0.015	0	0.52m	0.29m	-3.09m	0.003	0.02	0	
23	1	 	0.0000	3.6000	2.7000	2	-70.4µ	-0.25m	-3.37m	-0.006	0.015	0	0.35m	0.23m	-3.09m	0.003	0.02	0	
24	1	4	5.5000	3.6000	3.2000	2	-25.5µ	-0.29m	-3.76m	-0.007	-0.012	0	0.44m	0.31m	-3.45m	0.004	-0.007	0.001	
25	1	 	5.5000	3.6000	2.7000	2	80.0µ	-0.26m	-3.76m	-0.007	-0.012	0	0.50m	0.25m	-3.45m	0.004	-0.007	0.001	
27	1	 	1.1000	3.6000	3.2000	2	61.8µ	-0.28m	-3.73m	-0.006	0.015	0	0.52m	0.29m	-3.44m	0.003	0.019	0	
28	1	 	2.2000	3.6000	3.2000	2	38.6µ	-0.29m	-4.00m	-0.005	0.008	0	0.49m	0.29m	-3.71m	0.004	0.01	0	
29	1	 	3.3000	3.6000	3.2000	2	5.52µ	-0.29m	-4.08m	-0.005	-0.002	0	0.46m	0.29m	-3.78m	0.004	0	0	
30	1	 	4.4000	3.6000	3.2000	2	-21.2µ	-0.29m	-3.97m	-0.006	-0.011	0	0.43m	0.30m	-3.66m	0.004	-0.008	0	
31	1	 	0.0000	3.6000	2.9500	2	-5.58µ	-0.26m	-3.37m	-0.006	0.015	0	0.43m	0.26m	-3.09m	0.003	0.02	0	
32	1	 	1.1000	3.6000	2.9500	2	-4.91µ	-0.27m	-3.73m	-0.006	0.015	0	0.44m	0.26m	-3.44m	0.003	0.019	0	
33	1	 	2.2000	3.6000	2.9500	2	3.77µ	-0.27m	-4.00m	-0.005	0.008	0	0.45m	0.27m	-3.71m	0.004	0.01	0	
34	1	 	3.3000	3.6000	2.9500	2	15.7µ	-0.27m	-4.08m	-0.005	-0.002	0	0.46m	0.27m	-3.78m	0.004	0	0	
35	1	 	4.4000	3.6000	2.9500	2	25.2µ	-0.28m	-3.97m	-0.006	-0.011	0	0.47m	0.27m	-3.66m	0.004	-0.008	0	
36	1	 	5.5000	3.6000	2.9500	2	27.2µ	-0.28m	-3.76m	-0.007	-0.012	0	0.47m	0.28m	-3.45m	0.004	-0.007	0.001	
37	1	 	1.1000	0.0000	3.2000	2	62.3µ	-0.29m	-3.73m	-0.003	0.015	0	0.52m	0.28m	-3.44m	0.006	0.019	0	
38	1	 	2.2000	0.0000	3.2000	2	39.1µ	-0.29m	-4.00m	-0.004	0.008	0	0.49m	0.29m	-3.71m	0.005	0.01	0	
39	1	 	3.3000	0.0000	3.2000	2	5.96µ	-0.29m	-4.08m	-0.004	-0.002	0	0.46m	0.29m	-3.78m	0.005	0	0	
40	1	 	4.4000	0.0000	3.2000	2	-20.8µ	-0.30m	-3.97m	-0.004	-0.011	0	0.43m	0.29m	-3.66m	0.006	-0.008	0	
41	1	 	0.0000	0.0000	2.9500	2	-5.11µ	-0.26m	-3.37m	-0.003	0.015	0	0.43m	0.26m	-3.09m	0.006	0.02	0	
42	1	 	1.1000	0.0000	2.9500	2	-4.43µ	-0.26m	-3.73m	-0.003	0.015	0	0.44m	0.27m	-3.44m	0.006	0.019	0	
43	1	 	2.2000	0.0000	2.9500	2	4.24µ	-0.27m	-4.00m	-0.004	0.008	0	0.45m	0.27m	-3.71m	0.005	0.01	0	
44	1	 	3.3000	0.0000	2.9500	2	16.2µ	-0.27m	-4.08m	-0.004	-0.002	0	0.46m	0.27m	-3.78m	0.005	0	0	
45	1	 	4.4000	0.0000	2.9500	2	25.6µ	-0.27m	-3.97m	-0.004	-0.011	0	0.47m	0.28m	-3.66m	0.006	-0.008	0	
46	1	 	5.5000	0.0000	2.9500	2	27.7µ	-0.28m	-3.76m	-0.004	-0.012	-0.001	0.47m	0.28m	-3.45m	0.007	-0.007	0	
47	1	5	0.0000	1.2000	3.2000	2	62.5µ	-0.28m	-3.29m	-0.003	0.017	0	0.52m	0.28m	-3.12m	0.006	0.022	0	
48	1	 	0.0000	1.2000	2.9500	2	-11.7µ	-0.26m	-3.29m	-0.003	0.017	0	0.42m	0.26m	-3.12m	0.006	0.022	0	
49	1	6	5.5000	1.2000	3.2000	2	-25.4µ	-0.30m	-3.68m	-0.005	-0.014	0	0.43m	0.30m	-3.49m	0.005	-0.009	0	
50	1	 	5.5000	1.2000	2.9500	2	36.9µ	-0.28m	-3.68m	-0.005	-0.014	0	0.47m	0.28m	-3.49m	0.005	-0.009	0	
51	1	7	0.0000	2.4000	3.2000	2	62.4µ	-0.28m	-3.29m	-0.006	0.017	0	0.52m	0.28m	-3.12m	0.003	0.022	0	
52	1	 	0.0000	2.4000	2.9500	2	-11.8µ	-0.26m	-3.29m	-0.006	0.017	0	0.42m	0.26m	-3.12m	0.003	0.022	0	
53	1	8	5.5000	2.4000	3.2000	2	-25.6µ	-0.30m	-3.68m	-0.005	-0.014	0	0.43m	0.30m	-3.49m	0.005	-0.009	0	
54	1	 	5.5000	2.4000	2.9500	2	36.7µ	-0.28m	-3.68m	-0.005	-0.014	0	0.47m	0.28m	-3.49m	0.005	-0.009	0	
95	1	 	0.0000	1.2000	3.0500	2	18.0µ	-0.27m	-3.29m	-0.003	0.017	0	0.46m	0.27m	-3.12m	0.006	0.022	0	
96	1	 	1.1000	1.2000	3.0500	2	16.9µ	-0.27m	-3.66m	-0.004	0.017	0	0.46m	0.27m	-3.52m	0.005	0.02	0	
97	1	 	1.1000	2.4000	3.0500	2	16.8µ	-0.27m	-3.66m	-0.005	0.017	0	0.46m	0.27m	-3.52m	0.004	0.02	0	
98	1	 	0.0000	2.4000	3.0500	2	17.8µ	-0.27m	-3.29m	-0.006	0.017	0	0.46m	0.27m	-3.12m	0.003	0.022	0	
99	1	 	2.2000	1.2000	3.0500	2	15.5µ	-0.28m	-3.94m	-0.005	0.008	0	0.46m	0.28m	-3.80m	0.004	0.011	0	
100	1	 	2.2000	2.4000	3.0500	2	15.4µ	-0.28m	-3.94m	-0.004	0.008	0	0.46m	0.28m	-3.80m	0.005	0.011	0	
101	1	 	3.3000	1.2000	3.0500	2	14.0µ	-0.28m	-4.02m	-0.005	-0.003	0	0.46m	0.28m	-3.87m	0.004	-0.001	0	
102	1	 	3.3000	2.4000	3.0500	2	13.8µ	-0.28m	-4.02m	-0.004	-0.003	0	0.46m	0.28m	-3.87m	0.005	-0.001	0	
103	1	 	4.4000	1.2000	3.0500	2	12.8µ	-0.28m	-3.90m	-0.004	-0.012	0	0.46m	0.28m	-3.75m	0.005	-0.009	0	
104	1	 	4.4000	2.4000	3.0500	2	12.6µ	-0.28m	-3.90m	-0.005	-0.012	0	0.46m	0.28m	-3.75m	0.004	-0.009	0	
105	1	 	5.5000	1.2000	3.0500	2	11.9µ	-0.29m	-3.68m	-0.005	-0.014	0	0.46m	0.29m	-3.49m	0.005	-0.009	0	
106	1	 	5.5000	2.4000	3.0500	2	11.8µ	-0.29m	-3.68m	-0.005	-0.014	0	0.46m	0.29m	-3.49m	0.005	-0.009	0	
107	1	 	1.1000	1.2000	3.2000	2	61.1µ	-0.28m	-3.66m	-0.004	0.017	0	0.52m	0.28m	-3.52m	0.005	0.02	0	
108	1	 	2.2000	1.2000	3.2000	2	37.7µ	-0.29m	-3.94m	-0.005	0.008	0	0.49m	0.29m	-3.80m	0.004	0.011	0	
109	1	 	3.3000	1.2000	3.2000	2	6.87µ	-0.29m	-4.02m	-0.005	-0.003	0	0.46m	0.29m	-3.87m	0.004	-0.001	0	
110	1	 	4.4000	1.2000	3.2000	2	-18.8µ	-0.30m	-3.90m	-0.004	-0.012	0	0.44m	0.30m	-3.75m	0.005	-0.009	0	
111	1	 	4.4000	2.4000	3.2000	2	-18.9µ	-0.30m	-3.90m	-0.005	-0.012	0	0.44m	0.30m	-3.75m	0.004	-0.009	0	
112	1	 	3.3000	2.4000	3.2000	2	6.72µ	-0.29m	-4.02m	-0.004	-0.003	0	0.46m	0.29m	-3.87m	0.005	-0.001	0	
113	1	 	2.2000	2.4000	3.2000	2	37.6µ	-0.29m	-3.94m	-0.004	0.008	0	0.49m	0.29m	-3.80m	0.005	0.011	0	
114	1	 	1.1000	2.4000	3.2000	2	60.9µ	-0.28m	-3.66m	-0.005	0.017	0	0.52m	0.28m	-3.52m	0.004	0.02	0	
115	1	 	0.0000	0.0000	3.0500	2	20.8µ	-0.27m	-3.37m	-0.003	0.015	0	0.47m	0.27m	-3.09m	0.006	0.02	0	
116	1	 	1.1000	0.0000	3.0500	2	22.3µ	-0.27m	-3.73m	-0.003	0.015	0	0.47m	0.27m	-3.44m	0.006	0.019	0	
117	1	 	2.2000	0.0000	3.0500	2	18.2µ	-0.28m	-4.00m	-0.004	0.008	0	0.46m	0.28m	-3.71m	0.005	0.01	0	
118	1	 	3.3000	0.0000	3.0500	2	12.1µ	-0.28m	-4.08m	-0.004	-0.002	0	0.46m	0.28m	-3.78m	0.005	0	0	
119	1	 	4.4000	0.0000	3.0500	2	7.08µ	-0.28m	-3.97m	-0.004	-0.011	0	0.45m	0.28m	-3.66m	0.006	-0.008	0	
120	1	 	5.5000	0.0000	3.0500	2	6.59µ	-0.29m	-3.76m	-0.004	-0.012	-0.001	0.45m	0.28m	-3.45m	0.007	-0.007	0	
121	1	 	1.1000	3.6000	3.0500	2	21.8µ	-0.27m	-3.73m	-0.006	0.015	0	0.47m	0.27m	-3.44m	0.003	0.019	0	
122	1	 	0.0000	3.6000	3.0500	2	20.3µ	-0.27m	-3.37m	-0.006	0.015	0	0.47m	0.27m	-3.09m	0.003	0.02	0	
123	1	 	2.2000	3.6000	3.0500	2	17.7µ	-0.28m	-4.00m	-0.005	0.008	0	0.46m	0.28m	-3.71m	0.004	0.01	0	
124	1	 	3.3000	3.6000	3.0500	2	11.6µ	-0.28m	-4.08m	-0.005	-0.002	0	0.46m	0.28m	-3.78m	0.004	0	0	
125	1	 	4.4000	3.6000	3.0500	2	6.61µ	-0.28m	-3.97m	-0.006	-0.011	0	0.45m	0.28m	-3.66m	0.004	-0.008	0	
126	1	 	5.5000	3.6000	3.0500	2	6.12µ	-0.28m	-3.76m	-0.007	-0.012	0	0.45m	0.29m	-3.45m	0.004	-0.007	0.001	
8	2	 	0.1000	3.6000	6.1500	2	-0.30m	-0.66m	-3.45m	-0.008	0.05	0	1.18m	0.66m	-3.16m	0.007	0.055	0	
9	2	 	5.4000	3.6000	6.1500	2	-0.29m	-0.70m	-3.82m	-0.008	-0.047	0	1.19m	0.70m	-3.51m	0.007	-0.042	0	
10	2	 	0.1000	0.0000	6.1500	2	-0.29m	-0.66m	-3.45m	-0.007	0.05	0	1.18m	0.66m	-3.16m	0.008	0.055	0	
11	2	 	5.4000	0.0000	6.1500	2	-0.29m	-0.70m	-3.82m	-0.007	-0.047	0	1.19m	0.70m	-3.51m	0.008	-0.042	0	
55	2	1	0.0000	0.0000	6.4000	2	-0.33m	-0.69m	-3.44m	-0.007	-0.008	-0.004	1.27m	0.69m	-3.15m	0.008	0.019	0.001	
56	2	2	5.5000	0.0000	6.4000	2	-0.34m	-0.73m	-3.83m	-0.007	-0.012	-0.001	1.26m	0.73m	-3.51m	0.008	0.016	0.003	
57	2	3	0.0000	3.6000	6.4000	2	-0.33m	-0.69m	-3.44m	-0.008	-0.008	-0.001	1.27m	0.69m	-3.15m	0.007	0.019	0.004	
58	2	4	5.5000	3.6000	6.4000	2	-0.34m	-0.73m	-3.83m	-0.008	-0.012	-0.003	1.26m	0.73m	-3.51m	0.007	0.016	0.001	
59	2	5	0.0000	1.2000	6.4000	2	-0.39m	-0.69m	-3.30m	-0.002	-0.02	-0.003	1.34m	0.68m	-3.13m	0.007	0.013	0.001	
60	2	6	5.5000	1.2000	6.4000	2	-0.41m	-0.73m	-3.70m	-0.002	-0.005	-0.001	1.32m	0.72m	-3.51m	0.007	0.028	0.003	
61	2	7	0.0000	2.4000	6.4000	2	-0.39m	-0.68m	-3.30m	-0.007	-0.02	-0.001	1.34m	0.69m	-3.13m	0.002	0.013	0.003	
62	2	8	5.5000	2.4000	6.4000	2	-0.41m	-0.72m	-3.70m	-0.007	-0.005	-0.003	1.32m	0.73m	-3.51m	0.002	0.028	0.001	
63	2	 	0.1000	3.6000	6.1500	2	-0.30m	-0.66m	-3.45m	-0.008	-0.008	-0.001	1.18m	0.66m	-3.16m	0.007	0.019	0.004	
64	2	 	5.4000	3.6000	6.1500	2	-0.29m	-0.70m	-3.82m	-0.008	-0.012	-0.003	1.19m	0.70m	-3.51m	0.007	0.016	0.001	
65	2	 	0.1000	0.0000	6.1500	2	-0.29m	-0.66m	-3.45m	-0.007	-0.008	-0.004	1.18m	0.66m	-3.16m	0.008	0.019	0.001	
66	2	 	5.4000	0.0000	6.1500	2	-0.29m	-0.70m	-3.82m	-0.007	-0.012	-0.001	1.19m	0.70m	-3.51m	0.008	0.016	0.003	
67	2	 	0.0000	1.1000	6.2500	2	-0.33m	-0.67m	-3.31m	-0.002	-0.02	-0.003	1.30m	0.68m	-3.14m	0.007	0.013	0.001	
68	2	 	0.0000	0.1500	6.2500	2	-0.31m	-0.67m	-3.42m	-0.007	-0.008	-0.004	1.23m	0.68m	-3.17m	0.008	0.019	0.001	
69	2	 	0.0000	3.4500	6.2500	2	-0.31m	-0.68m	-3.42m	-0.008	-0.008	-0.001	1.23m	0.67m	-3.17m	0.007	0.019	0.004	
70	2	 	0.0000	2.5000	6.2500	2	-0.33m	-0.68m	-3.31m	-0.007	-0.02	-0.001	1.30m	0.67m	-3.14m	0.002	0.013	0.003	
71	2	 	0.0000	2.3000	6.2500	2	-0.34m	-0.68m	-3.30m	-0.007	-0.02	-0.001	1.31m	0.67m	-3.13m	0.002	0.013	0.003	
72	2	 	0.0000	1.3000	6.2500	2	-0.34m	-0.67m	-3.30m	-0.002	-0.02	-0.003	1.31m	0.68m	-3.13m	0.007	0.013	0.001	
73	2	 	5.5000	3.4500	6.2500	2	-0.32m	-0.72m	-3.81m	-0.008	-0.012	-0.003	1.22m	0.71m	-3.53m	0.007	0.016	0.001	
74	2	 	5.5000	2.5000	6.2500	2	-0.39m	-0.71m	-3.70m	-0.007	-0.005	-0.003	1.25m	0.71m	-3.51m	0.002	0.028	0.001	
75	2	 	5.5000	1.1000	6.2500	2	-0.39m	-0.71m	-3.70m	-0.002	-0.005	-0.001	1.25m	0.71m	-3.51m	0.007	0.028	0.003	
76	2	 	5.5000	0.1500	6.2500	2	-0.31m	-0.71m	-3.81m	-0.007	-0.012	-0.001	1.22m	0.72m	-3.53m	0.008	0.016	0.003	
77	2	 	5.5000	2.3000	6.2500	2	-0.40m	-0.71m	-3.69m	-0.007	-0.005	-0.003	1.25m	0.71m	-3.50m	0.002	0.028	0.001	
78	2	 	5.5000	1.3000	6.2500	2	-0.40m	-0.71m	-3.69m	-0.002	-0.005	-0.001	1.25m	0.71m	-3.50m	0.007	0.028	0.003	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Famiglia Cmb. 3) Frequente
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Fam.Cmb.		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	3	-15.8µ	-3.00µ	-3.13m	-0.001	-0.004	0	-10.5µ	3.63µ	-3.06m	0.001	-0.002	0	
1	0	5	0.0000	1.2000	0.0000	3	-42.6µ	-4.05µ	-3.13m	-0.001	-0.01	0	-38.6µ	3.86µ	-3.08m	0.001	-0.009	0	
2	0	 	0.0000	0.1500	-0.2500	3	-0.41µ	0	-3.13m	-0.001	-0.004	0	-0.37µ	0	-3.06m	0.001	-0.002	0	
3	0	 	0.0000	1.2000	-0.2500	3	0	0	-3.13m	-0.001	-0.01	0	0	0	-3.08m	0.001	-0.009	0	
4	0	7	0.0000	2.4000	0.0000	3	-42.6µ	-3.86µ	-3.13m	-0.001	-0.01	0	-38.6µ	4.05µ	-3.08m	0.001	-0.009	0	
5	0	 	0.0000	2.4000	-0.2500	3	0	0	-3.13m	-0.001	-0.01	0	0	0	-3.08m	0.001	-0.009	0	
6	0	3	0.0000	3.6000	0.0000	3	-15.8µ	-3.63µ	-3.13m	-0.001	-0.004	0	-10.5µ	3.00µ	-3.06m	0.001	-0.002	0	
7	0	 	0.0000	3.4500	-0.2500	3	-0.41µ	0	-3.13m	-0.001	-0.004	0	-0.37µ	0	-3.06m	0.001	-0.002	0	
8	0	2	5.5000	0.0000	0.0000	3	48.3µ	-4.09µ	-3.50m	-0.001	0.011	0	56.0µ	3.82µ	-3.43m	0.001	0.013	0	
9	0	6	5.5000	1.2000	0.0000	3	73.5µ	-4.22µ	-3.50m	-0.001	0.017	0	77.5µ	4.26µ	-3.44m	0.001	0.018	0	
10	0	 	5.5000	0.1500	-0.2500	3	-27.8n	0	-3.50m	-0.001	0.011	0	-24.0n	0	-3.43m	0.001	0.013	0	
11	0	 	5.5000	1.2000	-0.2500	3	0	0	-3.50m	-0.001	0.017	0	0	0	-3.44m	0.001	0.018	0	
12	0	8	5.5000	2.4000	0.0000	3	73.5µ	-4.26µ	-3.50m	-0.001	0.017	0	77.5µ	4.22µ	-3.44m	0.001	0.018	0	
13	0	9	5.5000	1.8000	0.0000	3	73.5µ	-4.24µ	-3.50m	-0.001	0.017	0	77.4µ	4.24µ	-3.44m	0.001	0.018	0	
14	0	 	5.5000	1.8000	-0.2500	3	0	0	-3.50m	-0.001	0.017	0	0	0	-3.44m	0.001	0.018	0	
15	0	 	5.5000	2.4000	-0.2500	3	0	0	-3.50m	-0.001	0.017	0	0	0	-3.44m	0.001	0.018	0	
16	0	4	5.5000	3.6000	0.0000	3	48.3µ	-3.82µ	-3.50m	-0.001	0.011	0	56.1µ	4.09µ	-3.43m	0.001	0.013	0	
17	0	 	5.5000	3.4500	-0.2500	3	-27.8n	0	-3.50m	-0.001	0.011	0	-24.0n	0	-3.43m	0.001	0.013	0	
79	0	 	1.1000	1.2000	-0.2500	3	0	0	-2.95m	-0.001	-0.008	0	0	0	-2.90m	0	-0.008	0	
80	0	 	1.1000	2.4000	-0.2500	3	0	0	-2.95m	0	-0.008	0	0	0	-2.90m	0.001	-0.008	0	
81	0	 	2.2000	1.2000	-0.2500	3	0	0	-2.85m	-0.002	-0.001	0	0	0	-2.81m	0	-0.001	0	
82	0	 	2.2000	2.4000	-0.2500	3	0	0	-2.85m	0	-0.001	0	0	0	-2.81m	0.002	-0.001	0	
83	0	 	3.3000	1.2000	-0.2500	3	0	0	-2.93m	-0.002	0.008	0	0	0	-2.88m	0	0.009	0	
84	0	 	3.3000	2.4000	-0.2500	3	0	0	-2.93m	0	0.008	0	0	0	-2.88m	0.002	0.009	0	
85	0	 	4.4000	1.2000	-0.2500	3	0	0	-3.17m	-0.001	0.015	0	0	0	-3.12m	0	0.016	0	
86	0	 	4.4000	2.4000	-0.2500	3	0	0	-3.17m	0	0.015	0	0	0	-3.12m	0.001	0.016	0	
87	0	 	1.1000	1.2000	0.0000	3	-36.2µ	-1.84µ	-2.95m	-0.001	-0.008	0	-33.5µ	6.17µ	-2.90m	0	-0.008	0	
88	0	 	2.2000	1.2000	0.0000	3	-4.79µ	22.4n	-2.85m	-0.002	-0.001	0	-2.72µ	8.06µ	-2.81m	0	-0.001	0	
89	0	 	3.3000	1.2000	0.0000	3	35.2µ	43.1n	-2.93m	-0.002	0.008	0	37.3µ	8.19µ	-2.88m	0	0.009	0	
90	0	 	4.4000	1.2000	0.0000	3	67.2µ	-1.84µ	-3.17m	-0.001	0.015	0	70.0µ	6.47µ	-3.12m	0	0.016	0	
91	0	 	4.4000	2.4000	0.0000	3	67.2µ	-6.47µ	-3.17m	0	0.015	0	70.0µ	1.84µ	-3.12m	0.001	0.016	0	
92	0	 	3.3000	2.4000	0.0000	3	35.2µ	-8.19µ	-2.93m	0	0.008	0	37.3µ	-43.1n	-2.88m	0.002	0.009	0	
93	0	 	2.2000	2.4000	0.0000	3	-4.79µ	-8.06µ	-2.85m	0	-0.001	0	-2.72µ	-22.4n	-2.81m	0.002	-0.001	0	
94	0	 	1.1000	2.4000	0.0000	3	-36.2µ	-6.17µ	-2.95m	0	-0.008	0	-33.5µ	1.84µ	-2.90m	0.001	-0.008	0	
0	1	 	0.0000	2.4000	1.0667	3	-0.13m	-20.3µ	-3.14m	0	0	0.001	-99.3µ	22.3µ	-3.08m	0	0.002	0.001	
1	1	 	0.0000	1.2000	1.0667	3	-0.13m	-22.3µ	-3.14m	0	0	-0.001	-99.3µ	20.3µ	-3.08m	0	0.002	-0.001	
2	1	 	0.0000	2.4000	2.1333	3	-31.4µ	-38.5µ	-3.14m	0	0.01	0.001	33.0µ	39.1µ	-3.09m	0	0.012	0.001	
3	1	 	0.0000	1.2000	2.1333	3	-31.4µ	-39.1µ	-3.14m	0	0.01	-0.001	33.0µ	38.5µ	-3.09m	0	0.012	-0.001	
7	1	9	5.5000	1.8000	3.2000	3	0.15m	-60.0µ	-3.53m	-0.001	-0.012	0	0.24m	60.0µ	-3.47m	0.001	-0.011	0	
18	1	1	0.0000	0.0000	3.2000	3	0.24m	-61.4µ	-3.19m	0	0.017	0	0.33m	51.1µ	-3.12m	0.002	0.018	0	
19	1	 	0.0000	0.0000	2.7000	3	91.0µ	-41.1µ	-3.19m	0	0.017	0	0.17m	55.2µ	-3.12m	0.002	0.018	0	
20	1	2	5.5000	0.0000	3.2000	3	0.15m	-66.6µ	-3.56m	0	-0.01	0	0.24m	53.8µ	-3.48m	0.002	-0.009	0	
21	1	 	5.5000	0.0000	2.7000	3	0.24m	-45.6µ	-3.56m	0	-0.01	0	0.33m	57.1µ	-3.48m	0.002	-0.009	0	
22	1	3	0.0000	3.6000	3.2000	3	0.24m	-51.1µ	-3.19m	-0.002	0.017	0	0.33m	61.4µ	-3.12m	0	0.018	0	
23	1	 	0.0000	3.6000	2.7000	3	90.9µ	-55.2µ	-3.19m	-0.002	0.017	0	0.17m	41.1µ	-3.12m	0	0.018	0	
24	1	4	5.5000	3.6000	3.2000	3	0.15m	-53.8µ	-3.56m	-0.002	-0.01	0	0.24m	66.6µ	-3.48m	0	-0.009	0	
25	1	 	5.5000	3.6000	2.7000	3	0.24m	-57.1µ	-3.56m	-0.002	-0.01	0	0.33m	45.6µ	-3.48m	0	-0.009	0	
27	1	 	1.1000	3.6000	3.2000	3	0.24m	-54.2µ	-3.54m	-0.002	0.016	0	0.33m	59.3µ	-3.47m	0	0.017	0	
28	1	 	2.2000	3.6000	3.2000	3	0.21m	-56.5µ	-3.80m	-0.002	0.009	0	0.30m	58.7µ	-3.73m	0	0.009	0	
29	1	 	3.3000	3.6000	3.2000	3	0.18m	-57.4µ	-3.88m	-0.002	-0.002	0	0.27m	59.4µ	-3.81m	0	-0.001	0	
30	1	 	4.4000	3.6000	3.2000	3	0.15m	-56.7µ	-3.76m	-0.002	-0.01	0	0.25m	61.7µ	-3.69m	0	-0.009	0	
31	1	 	0.0000	3.6000	2.9500	3	0.16m	-53.1µ	-3.19m	-0.002	0.017	0	0.25m	51.3µ	-3.12m	0	0.018	0	
32	1	 	1.1000	3.6000	2.9500	3	0.17m	-54.7µ	-3.54m	-0.002	0.016	0	0.25m	51.2µ	-3.47m	0	0.017	0	
33	1	 	2.2000	3.6000	2.9500	3	0.17m	-55.3µ	-3.80m	-0.002	0.009	0	0.26m	52.0µ	-3.73m	0	0.009	0	
34	1	 	3.3000	3.6000	2.9500	3	0.19m	-56.0µ	-3.88m	-0.002	-0.002	0	0.28m	52.7µ	-3.81m	0	-0.001	0	
35	1	 	4.4000	3.6000	2.9500	3	0.20m	-56.6µ	-3.76m	-0.002	-0.01	0	0.28m	53.6µ	-3.69m	0	-0.009	0	
36	1	 	5.5000	3.6000	2.9500	3	0.20m	-55.4µ	-3.56m	-0.002	-0.01	0	0.29m	56.1µ	-3.48m	0	-0.009	0	
37	1	 	1.1000	0.0000	3.2000	3	0.24m	-59.3µ	-3.54m	0	0.016	0	0.33m	54.2µ	-3.47m	0.002	0.017	0	
38	1	 	2.2000	0.0000	3.2000	3	0.21m	-58.7µ	-3.80m	0	0.009	0	0.30m	56.5µ	-3.73m	0.002	0.009	0	
39	1	 	3.3000	0.0000	3.2000	3	0.18m	-59.4µ	-3.88m	0	-0.002	0	0.27m	57.4µ	-3.81m	0.002	-0.001	0	
40	1	 	4.4000	0.0000	3.2000	3	0.15m	-61.7µ	-3.76m	0	-0.01	0	0.25m	56.7µ	-3.69m	0.002	-0.009	0	
41	1	 	0.0000	0.0000	2.9500	3	0.16m	-51.3µ	-3.19m	0	0.017	0	0.25m	53.1µ	-3.12m	0.002	0.018	0	
42	1	 	1.1000	0.0000	2.9500	3	0.17m	-51.2µ	-3.54m	0	0.016	0	0.25m	54.7µ	-3.47m	0.002	0.017	0	
43	1	 	2.2000	0.0000	2.9500	3	0.17m	-52.0µ	-3.80m	0	0.009	0	0.26m	55.3µ	-3.73m	0.002	0.009	0	
44	1	 	3.3000	0.0000	2.9500	3	0.19m	-52.7µ	-3.88m	0	-0.002	0	0.28m	56.0µ	-3.81m	0.002	-0.001	0	
45	1	 	4.4000	0.0000	2.9500	3	0.20m	-53.6µ	-3.76m	0	-0.01	0	0.28m	56.6µ	-3.69m	0.002	-0.009	0	
46	1	 	5.5000	0.0000	2.9500	3	0.20m	-56.1µ	-3.56m	0	-0.01	0	0.29m	55.4µ	-3.48m	0.002	-0.009	0	
47	1	5	0.0000	1.2000	3.2000	3	0.24m	-59.1µ	-3.15m	0	0.019	0	0.33m	52.8µ	-3.10m	0.002	0.02	0	
48	1	 	0.0000	1.2000	2.9500	3	0.16m	-50.4µ	-3.15m	0	0.019	0	0.24m	54.1µ	-3.10m	0.002	0.02	0	
49	1	6	5.5000	1.2000	3.2000	3	0.15m	-60.4µ	-3.53m	-0.001	-0.012	0	0.24m	59.5µ	-3.47m	0.001	-0.011	0	
50	1	 	5.5000	1.2000	2.9500	3	0.21m	-56.2µ	-3.53m	-0.001	-0.012	0	0.29m	55.3µ	-3.47m	0.001	-0.011	0	
51	1	7	0.0000	2.4000	3.2000	3	0.24m	-52.8µ	-3.15m	-0.002	0.019	0	0.33m	59.1µ	-3.10m	0	0.02	0	
52	1	 	0.0000	2.4000	2.9500	3	0.16m	-54.1µ	-3.15m	-0.002	0.019	0	0.24m	50.4µ	-3.10m	0	0.02	0	
53	1	8	5.5000	2.4000	3.2000	3	0.15m	-59.5µ	-3.53m	-0.001	-0.012	0	0.24m	60.4µ	-3.47m	0.001	-0.011	0	
54	1	 	5.5000	2.4000	2.9500	3	0.21m	-55.3µ	-3.53m	-0.001	-0.012	0	0.29m	56.2µ	-3.47m	0.001	-0.011	0	
95	1	 	0.0000	1.2000	3.0500	3	0.19m	-53.9µ	-3.15m	0	0.019	0	0.28m	53.6µ	-3.10m	0.002	0.02	0	
96	1	 	1.1000	1.2000	3.0500	3	0.19m	-54.5µ	-3.53m	-0.001	0.018	0	0.28m	54.5µ	-3.48m	0.001	0.019	0	
97	1	 	1.1000	2.4000	3.0500	3	0.19m	-54.5µ	-3.53m	-0.001	0.018	0	0.28m	54.5µ	-3.48m	0.001	0.019	0	
98	1	 	0.0000	2.4000	3.0500	3	0.19m	-53.6µ	-3.15m	-0.002	0.019	0	0.28m	53.9µ	-3.10m	0	0.02	0	
99	1	 	2.2000	1.2000	3.0500	3	0.19m	-54.6µ	-3.80m	-0.001	0.009	0	0.28m	55.9µ	-3.75m	0.001	0.01	0	
100	1	 	2.2000	2.4000	3.0500	3	0.19m	-55.9µ	-3.80m	-0.001	0.009	0	0.28m	54.6µ	-3.75m	0.001	0.01	0	
101	1	 	3.3000	1.2000	3.0500	3	0.19m	-55.3µ	-3.88m	-0.001	-0.002	0	0.28m	56.6µ	-3.83m	0.001	-0.002	0	
102	1	 	3.3000	2.4000	3.0500	3	0.19m	-56.6µ	-3.88m	-0.001	-0.002	0	0.28m	55.3µ	-3.83m	0.001	-0.002	0	
103	1	 	4.4000	1.2000	3.0500	3	0.19m	-56.9µ	-3.76m	-0.001	-0.011	0	0.27m	56.6µ	-3.70m	0.001	-0.01	0	
104	1	 	4.4000	2.4000	3.0500	3	0.19m	-56.6µ	-3.76m	-0.001	-0.011	0	0.27m	56.9µ	-3.70m	0.001	-0.01	0	
105	1	 	5.5000	1.2000	3.0500	3	0.18m	-57.9µ	-3.53m	-0.001	-0.012	0	0.27m	57.0µ	-3.47m	0.001	-0.011	0	
106	1	 	5.5000	2.4000	3.0500	3	0.18m	-57.0µ	-3.53m	-0.001	-0.012	0	0.27m	57.9µ	-3.47m	0.001	-0.011	0	
107	1	 	1.1000	1.2000	3.2000	3	0.24m	-57.4µ	-3.53m	-0.001	0.018	0	0.33m	56.2µ	-3.48m	0.001	0.019	0	
108	1	 	2.2000	1.2000	3.2000	3	0.21m	-56.4µ	-3.80m	-0.001	0.009	0	0.30m	58.8µ	-3.75m	0.001	0.01	0	
109	1	 	3.3000	1.2000	3.2000	3	0.18m	-57.1µ	-3.88m	-0.001	-0.002	0	0.27m	59.7µ	-3.83m	0.001	-0.002	0	
110	1	 	4.4000	1.2000	3.2000	3	0.16m	-59.8µ	-3.76m	-0.001	-0.011	0	0.25m	58.6µ	-3.70m	0.001	-0.01	0	
111	1	 	4.4000	2.4000	3.2000	3	0.16m	-58.6µ	-3.76m	-0.001	-0.011	0	0.25m	59.8µ	-3.70m	0.001	-0.01	0	
112	1	 	3.3000	2.4000	3.2000	3	0.18m	-59.7µ	-3.88m	-0.001	-0.002	0	0.27m	57.1µ	-3.83m	0.001	-0.002	0	
113	1	 	2.2000	2.4000	3.2000	3	0.21m	-58.8µ	-3.80m	-0.001	0.009	0	0.30m	56.4µ	-3.75m	0.001	0.01	0	
114	1	 	1.1000	2.4000	3.2000	3	0.24m	-56.2µ	-3.53m	-0.001	0.018	0	0.33m	57.4µ	-3.48m	0.001	0.019	0	
115	1	 	0.0000	0.0000	3.0500	3	0.19m	-55.3µ	-3.19m	0	0.017	0	0.28m	52.3µ	-3.12m	0.002	0.018	0	
116	1	 	1.1000	0.0000	3.0500	3	0.19m	-54.5µ	-3.54m	0	0.016	0	0.28m	54.5µ	-3.47m	0.002	0.017	0	
117	1	 	2.2000	0.0000	3.0500	3	0.19m	-54.7µ	-3.80m	0	0.009	0	0.28m	55.8µ	-3.73m	0.002	0.009	0	
118	1	 	3.3000	0.0000	3.0500	3	0.18m	-55.4µ	-3.88m	0	-0.002	0	0.27m	56.6µ	-3.81m	0.002	-0.001	0	
119	1	 	4.4000	0.0000	3.0500	3	0.18m	-56.8µ	-3.76m	0	-0.01	0	0.27m	56.6µ	-3.69m	0.002	-0.009	0	
120	1	 	5.5000	0.0000	3.0500	3	0.18m	-60.3µ	-3.56m	0	-0.01	0	0.27m	54.8µ	-3.48m	0.002	-0.009	0	
121	1	 	1.1000	3.6000	3.0500	3	0.19m	-54.5µ	-3.54m	-0.002	0.016	0	0.28m	54.5µ	-3.47m	0	0.017	0	
122	1	 	0.0000	3.6000	3.0500	3	0.19m	-52.3µ	-3.19m	-0.002	0.017	0	0.28m	55.3µ	-3.12m	0	0.018	0	
123	1	 	2.2000	3.6000	3.0500	3	0.19m	-55.8µ	-3.80m	-0.002	0.009	0	0.28m	54.7µ	-3.73m	0	0.009	0	
124	1	 	3.3000	3.6000	3.0500	3	0.18m	-56.6µ	-3.88m	-0.002	-0.002	0	0.27m	55.4µ	-3.81m	0	-0.001	0	
125	1	 	4.4000	3.6000	3.0500	3	0.18m	-56.6µ	-3.76m	-0.002	-0.01	0	0.27m	56.8µ	-3.69m	0	-0.009	0	
126	1	 	5.5000	3.6000	3.0500	3	0.18m	-54.8µ	-3.56m	-0.002	-0.01	0	0.27m	60.3µ	-3.48m	0	-0.009	0	
8	2	 	0.1000	3.6000	6.1500	3	0.29m	-0.13m	-3.25m	-0.002	0.045	0	0.58m	0.13m	-3.18m	0.001	0.048	0	
9	2	 	5.4000	3.6000	6.1500	3	0.29m	-0.14m	-3.61m	-0.002	-0.04	0	0.59m	0.14m	-3.53m	0.001	-0.038	0	
10	2	 	0.1000	0.0000	6.1500	3	0.29m	-0.13m	-3.25m	-0.001	0.045	0	0.58m	0.13m	-3.18m	0.002	0.048	0	
11	2	 	5.4000	0.0000	6.1500	3	0.29m	-0.14m	-3.61m	-0.001	-0.04	0	0.59m	0.14m	-3.53m	0.002	-0.038	0	
55	2	1	0.0000	0.0000	6.4000	3	0.30m	-0.14m	-3.24m	-0.001	0.002	-0.002	0.62m	0.14m	-3.17m	0.002	0.008	-0.001	
56	2	2	5.5000	0.0000	6.4000	3	0.29m	-0.15m	-3.61m	-0.001	0	0.001	0.61m	0.15m	-3.53m	0.002	0.005	0.002	
57	2	3	0.0000	3.6000	6.4000	3	0.30m	-0.14m	-3.24m	-0.002	0.002	0.001	0.62m	0.14m	-3.17m	0.001	0.008	0.002	
58	2	4	5.5000	3.6000	6.4000	3	0.29m	-0.15m	-3.61m	-0.002	0	-0.002	0.61m	0.15m	-3.53m	0.001	0.005	-0.001	
59	2	5	0.0000	1.2000	6.4000	3	0.29m	-0.14m	-3.16m	0.001	-0.007	-0.001	0.64m	0.13m	-3.11m	0.003	0	-0.001	
60	2	6	5.5000	1.2000	6.4000	3	0.27m	-0.15m	-3.54m	0.001	0.008	0.001	0.62m	0.14m	-3.48m	0.003	0.015	0.001	
61	2	7	0.0000	2.4000	6.4000	3	0.29m	-0.13m	-3.16m	-0.003	-0.007	0.001	0.64m	0.14m	-3.11m	-0.001	0	0.001	
62	2	8	5.5000	2.4000	6.4000	3	0.27m	-0.14m	-3.54m	-0.003	0.008	-0.001	0.62m	0.15m	-3.48m	-0.001	0.015	-0.001	
63	2	 	0.1000	3.6000	6.1500	3	0.29m	-0.13m	-3.25m	-0.002	0.002	0.001	0.58m	0.13m	-3.18m	0.001	0.008	0.002	
64	2	 	5.4000	3.6000	6.1500	3	0.29m	-0.14m	-3.61m	-0.002	0	-0.002	0.59m	0.14m	-3.53m	0.001	0.005	-0.001	
65	2	 	0.1000	0.0000	6.1500	3	0.29m	-0.13m	-3.25m	-0.001	0.002	-0.002	0.58m	0.13m	-3.18m	0.002	0.008	-0.001	
66	2	 	5.4000	0.0000	6.1500	3	0.29m	-0.14m	-3.61m	-0.001	0	0.001	0.59m	0.14m	-3.53m	0.002	0.005	0.002	
67	2	 	0.0000	1.1000	6.2500	3	0.31m	-0.13m	-3.17m	0.001	-0.007	-0.001	0.64m	0.14m	-3.11m	0.003	0	-0.001	
68	2	 	0.0000	0.1500	6.2500	3	0.29m	-0.13m	-3.24m	-0.001	0.002	-0.002	0.60m	0.14m	-3.17m	0.002	0.008	-0.001	
69	2	 	0.0000	3.4500	6.2500	3	0.29m	-0.14m	-3.24m	-0.002	0.002	0.001	0.60m	0.13m	-3.17m	0.001	0.008	0.002	
70	2	 	0.0000	2.5000	6.2500	3	0.31m	-0.14m	-3.17m	-0.003	-0.007	0.001	0.64m	0.13m	-3.11m	-0.001	0	0.001	
71	2	 	0.0000	2.3000	6.2500	3	0.31m	-0.14m	-3.16m	-0.003	-0.007	0.001	0.64m	0.13m	-3.11m	-0.001	0	0.001	
72	2	 	0.0000	1.3000	6.2500	3	0.31m	-0.13m	-3.16m	0.001	-0.007	-0.001	0.64m	0.14m	-3.11m	0.003	0	-0.001	
73	2	 	5.5000	3.4500	6.2500	3	0.29m	-0.14m	-3.61m	-0.002	0	-0.002	0.60m	0.14m	-3.54m	0.001	0.005	-0.001	
74	2	 	5.5000	2.5000	6.2500	3	0.25m	-0.14m	-3.54m	-0.003	0.008	-0.001	0.58m	0.14m	-3.48m	-0.001	0.015	-0.001	
75	2	 	5.5000	1.1000	6.2500	3	0.25m	-0.14m	-3.54m	0.001	0.008	0.001	0.58m	0.14m	-3.48m	0.003	0.015	0.001	
76	2	 	5.5000	0.1500	6.2500	3	0.29m	-0.14m	-3.61m	-0.001	0	0.001	0.60m	0.14m	-3.54m	0.002	0.005	0.002	
77	2	 	5.5000	2.3000	6.2500	3	0.25m	-0.14m	-3.53m	-0.003	0.008	-0.001	0.58m	0.14m	-3.47m	-0.001	0.015	-0.001	
78	2	 	5.5000	1.3000	6.2500	3	0.25m	-0.14m	-3.53m	0.001	0.008	0.001	0.58m	0.14m	-3.47m	0.003	0.015	0.001	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Famiglia Cmb. 4) Quasi Perm.
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Fam.Cmb.		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	4	-13.1µ	0.32µ	-3.09m	0	-0.003	0	-13.1µ	0.32µ	-3.09m	0	-0.003	0	
1	0	5	0.0000	1.2000	0.0000	4	-40.6µ	-93.0n	-3.09m	0	-0.009	0	-40.6µ	-93.0n	-3.09m	0	-0.009	0	
2	0	 	0.0000	0.1500	-0.2500	4	-0.39µ	0	-3.09m	0	-0.003	0	-0.39µ	0	-3.09m	0	-0.003	0	
3	0	 	0.0000	1.2000	-0.2500	4	0	0	-3.09m	0	-0.009	0	0	0	-3.09m	0	-0.009	0	
4	0	7	0.0000	2.4000	0.0000	4	-40.6µ	93.0n	-3.09m	0	-0.009	0	-40.6µ	93.0n	-3.09m	0	-0.009	0	
5	0	 	0.0000	2.4000	-0.2500	4	0	0	-3.09m	0	-0.009	0	0	0	-3.09m	0	-0.009	0	
6	0	3	0.0000	3.6000	0.0000	4	-13.1µ	-0.32µ	-3.09m	0	-0.003	0	-13.1µ	-0.32µ	-3.09m	0	-0.003	0	
7	0	 	0.0000	3.4500	-0.2500	4	-0.39µ	0	-3.09m	0	-0.003	0	-0.39µ	0	-3.09m	0	-0.003	0	
8	0	2	5.5000	0.0000	0.0000	4	52.2µ	-0.14µ	-3.46m	0	0.012	0	52.2µ	-0.14µ	-3.46m	0	0.012	0	
9	0	6	5.5000	1.2000	0.0000	4	75.5µ	16.7n	-3.46m	0	0.017	0	75.5µ	16.7n	-3.46m	0	0.017	0	
10	0	 	5.5000	0.1500	-0.2500	4	-25.9n	0	-3.46m	0	0.012	0	-25.9n	0	-3.46m	0	0.012	0	
11	0	 	5.5000	1.2000	-0.2500	4	0	0	-3.46m	0	0.017	0	0	0	-3.46m	0	0.017	0	
12	0	8	5.5000	2.4000	0.0000	4	75.5µ	-16.7n	-3.46m	0	0.017	0	75.5µ	-16.7n	-3.46m	0	0.017	0	
13	0	9	5.5000	1.8000	0.0000	4	75.4µ	0	-3.46m	0	0.017	0	75.4µ	0	-3.46m	0	0.017	0	
14	0	 	5.5000	1.8000	-0.2500	4	0	0	-3.46m	0	0.017	0	0	0	-3.46m	0	0.017	0	
15	0	 	5.5000	2.4000	-0.2500	4	0	0	-3.46m	0	0.017	0	0	0	-3.46m	0	0.017	0	
16	0	4	5.5000	3.6000	0.0000	4	52.2µ	0.14µ	-3.46m	0	0.012	0	52.2µ	0.14µ	-3.46m	0	0.012	0	
17	0	 	5.5000	3.4500	-0.2500	4	-25.9n	0	-3.46m	0	0.012	0	-25.9n	0	-3.46m	0	0.012	0	
79	0	 	1.1000	1.2000	-0.2500	4	0	0	-2.91m	0	-0.008	0	0	0	-2.91m	0	-0.008	0	
80	0	 	1.1000	2.4000	-0.2500	4	0	0	-2.91m	0	-0.008	0	0	0	-2.91m	0	-0.008	0	
81	0	 	2.2000	1.2000	-0.2500	4	0	0	-2.82m	-0.001	-0.001	0	0	0	-2.82m	-0.001	-0.001	0	
82	0	 	2.2000	2.4000	-0.2500	4	0	0	-2.82m	0.001	-0.001	0	0	0	-2.82m	0.001	-0.001	0	
83	0	 	3.3000	1.2000	-0.2500	4	0	0	-2.89m	-0.001	0.008	0	0	0	-2.89m	-0.001	0.008	0	
84	0	 	3.3000	2.4000	-0.2500	4	0	0	-2.89m	0.001	0.008	0	0	0	-2.89m	0.001	0.008	0	
85	0	 	4.4000	1.2000	-0.2500	4	0	0	-3.13m	-0.001	0.016	0	0	0	-3.13m	-0.001	0.016	0	
86	0	 	4.4000	2.4000	-0.2500	4	0	0	-3.13m	0.001	0.016	0	0	0	-3.13m	0.001	0.016	0	
87	0	 	1.1000	1.2000	0.0000	4	-34.8µ	2.16µ	-2.91m	0	-0.008	0	-34.8µ	2.16µ	-2.91m	0	-0.008	0	
88	0	 	2.2000	1.2000	0.0000	4	-3.75µ	4.04µ	-2.82m	-0.001	-0.001	0	-3.75µ	4.04µ	-2.82m	-0.001	-0.001	0	
89	0	 	3.3000	1.2000	0.0000	4	36.2µ	4.12µ	-2.89m	-0.001	0.008	0	36.2µ	4.12µ	-2.89m	-0.001	0.008	0	
90	0	 	4.4000	1.2000	0.0000	4	68.6µ	2.31µ	-3.13m	-0.001	0.016	0	68.6µ	2.31µ	-3.13m	-0.001	0.016	0	
91	0	 	4.4000	2.4000	0.0000	4	68.6µ	-2.31µ	-3.13m	0.001	0.016	0	68.6µ	-2.31µ	-3.13m	0.001	0.016	0	
92	0	 	3.3000	2.4000	0.0000	4	36.2µ	-4.12µ	-2.89m	0.001	0.008	0	36.2µ	-4.12µ	-2.89m	0.001	0.008	0	
93	0	 	2.2000	2.4000	0.0000	4	-3.75µ	-4.04µ	-2.82m	0.001	-0.001	0	-3.75µ	-4.04µ	-2.82m	0.001	-0.001	0	
94	0	 	1.1000	2.4000	0.0000	4	-34.8µ	-2.16µ	-2.91m	0	-0.008	0	-34.8µ	-2.16µ	-2.91m	0	-0.008	0	
0	1	 	0.0000	2.4000	1.0667	4	-0.11m	1.03µ	-3.10m	0	0.001	0.001	-0.11m	1.03µ	-3.10m	0	0.001	0.001	
1	1	 	0.0000	1.2000	1.0667	4	-0.11m	-1.03µ	-3.10m	0	0.001	-0.001	-0.11m	-1.03µ	-3.10m	0	0.001	-0.001	
2	1	 	0.0000	2.4000	2.1333	4	0.81µ	0.31µ	-3.11m	0	0.011	0.001	0.81µ	0.31µ	-3.11m	0	0.011	0.001	
3	1	 	0.0000	1.2000	2.1333	4	0.81µ	-0.31µ	-3.11m	0	0.011	-0.001	0.81µ	-0.31µ	-3.11m	0	0.011	-0.001	
7	1	9	5.5000	1.8000	3.2000	4	0.20m	0	-3.48m	0	-0.012	0	0.20m	0	-3.48m	0	-0.012	0	
18	1	1	0.0000	0.0000	3.2000	4	0.28m	-5.16µ	-3.15m	0.001	0.017	0	0.28m	-5.16µ	-3.15m	0.001	0.017	0	
19	1	 	0.0000	0.0000	2.7000	4	0.13m	7.06µ	-3.15m	0.001	0.017	0	0.13m	7.06µ	-3.15m	0.001	0.017	0	
20	1	2	5.5000	0.0000	3.2000	4	0.20m	-6.41µ	-3.51m	0.001	-0.01	0	0.20m	-6.41µ	-3.51m	0.001	-0.01	0	
21	1	 	5.5000	0.0000	2.7000	4	0.28m	5.73µ	-3.51m	0.001	-0.01	0	0.28m	5.73µ	-3.51m	0.001	-0.01	0	
22	1	3	0.0000	3.6000	3.2000	4	0.28m	5.16µ	-3.15m	-0.001	0.017	0	0.28m	5.16µ	-3.15m	-0.001	0.017	0	
23	1	 	0.0000	3.6000	2.7000	4	0.13m	-7.06µ	-3.15m	-0.001	0.017	0	0.13m	-7.06µ	-3.15m	-0.001	0.017	0	
24	1	4	5.5000	3.6000	3.2000	4	0.20m	6.41µ	-3.51m	-0.001	-0.01	0	0.20m	6.41µ	-3.51m	-0.001	-0.01	0	
25	1	 	5.5000	3.6000	2.7000	4	0.28m	-5.73µ	-3.51m	-0.001	-0.01	0	0.28m	-5.73µ	-3.51m	-0.001	-0.01	0	
27	1	 	1.1000	3.6000	3.2000	4	0.28m	2.57µ	-3.50m	-0.001	0.017	0	0.28m	2.57µ	-3.50m	-0.001	0.017	0	
28	1	 	2.2000	3.6000	3.2000	4	0.26m	1.11µ	-3.76m	-0.001	0.009	0	0.26m	1.11µ	-3.76m	-0.001	0.009	0	
29	1	 	3.3000	3.6000	3.2000	4	0.22m	0.97µ	-3.84m	-0.001	-0.001	0	0.22m	0.97µ	-3.84m	-0.001	-0.001	0	
30	1	 	4.4000	3.6000	3.2000	4	0.20m	2.51µ	-3.72m	-0.001	-0.009	0	0.20m	2.51µ	-3.72m	-0.001	-0.009	0	
31	1	 	0.0000	3.6000	2.9500	4	0.21m	-0.95µ	-3.15m	-0.001	0.017	0	0.21m	-0.95µ	-3.15m	-0.001	0.017	0	
32	1	 	1.1000	3.6000	2.9500	4	0.21m	-1.74µ	-3.50m	-0.001	0.017	0	0.21m	-1.74µ	-3.50m	-0.001	0.017	0	
33	1	 	2.2000	3.6000	2.9500	4	0.22m	-1.68µ	-3.76m	-0.001	0.009	0	0.22m	-1.68µ	-3.76m	-0.001	0.009	0	
34	1	 	3.3000	3.6000	2.9500	4	0.23m	-1.62µ	-3.84m	-0.001	-0.001	0	0.23m	-1.62µ	-3.84m	-0.001	-0.001	0	
35	1	 	4.4000	3.6000	2.9500	4	0.24m	-1.53µ	-3.72m	-0.001	-0.009	0	0.24m	-1.53µ	-3.72m	-0.001	-0.009	0	
36	1	 	5.5000	3.6000	2.9500	4	0.24m	0.34µ	-3.51m	-0.001	-0.01	0	0.24m	0.34µ	-3.51m	-0.001	-0.01	0	
37	1	 	1.1000	0.0000	3.2000	4	0.28m	-2.57µ	-3.50m	0.001	0.017	0	0.28m	-2.57µ	-3.50m	0.001	0.017	0	
38	1	 	2.2000	0.0000	3.2000	4	0.26m	-1.11µ	-3.76m	0.001	0.009	0	0.26m	-1.11µ	-3.76m	0.001	0.009	0	
39	1	 	3.3000	0.0000	3.2000	4	0.22m	-0.97µ	-3.84m	0.001	-0.001	0	0.22m	-0.97µ	-3.84m	0.001	-0.001	0	
40	1	 	4.4000	0.0000	3.2000	4	0.20m	-2.51µ	-3.72m	0.001	-0.009	0	0.20m	-2.51µ	-3.72m	0.001	-0.009	0	
41	1	 	0.0000	0.0000	2.9500	4	0.21m	0.95µ	-3.15m	0.001	0.017	0	0.21m	0.95µ	-3.15m	0.001	0.017	0	
42	1	 	1.1000	0.0000	2.9500	4	0.21m	1.74µ	-3.50m	0.001	0.017	0	0.21m	1.74µ	-3.50m	0.001	0.017	0	
43	1	 	2.2000	0.0000	2.9500	4	0.22m	1.68µ	-3.76m	0.001	0.009	0	0.22m	1.68µ	-3.76m	0.001	0.009	0	
44	1	 	3.3000	0.0000	2.9500	4	0.23m	1.62µ	-3.84m	0.001	-0.001	0	0.23m	1.62µ	-3.84m	0.001	-0.001	0	
45	1	 	4.4000	0.0000	2.9500	4	0.24m	1.53µ	-3.72m	0.001	-0.009	0	0.24m	1.53µ	-3.72m	0.001	-0.009	0	
46	1	 	5.5000	0.0000	2.9500	4	0.24m	-0.34µ	-3.51m	0.001	-0.01	0	0.24m	-0.34µ	-3.51m	0.001	-0.01	0	
47	1	5	0.0000	1.2000	3.2000	4	0.29m	-3.12µ	-3.11m	0.001	0.019	0	0.29m	-3.12µ	-3.11m	0.001	0.019	0	
48	1	 	0.0000	1.2000	2.9500	4	0.20m	1.83µ	-3.11m	0.001	0.019	0	0.20m	1.83µ	-3.11m	0.001	0.019	0	
49	1	6	5.5000	1.2000	3.2000	4	0.20m	-0.46µ	-3.48m	0	-0.012	0	0.20m	-0.46µ	-3.48m	0	-0.012	0	
50	1	 	5.5000	1.2000	2.9500	4	0.25m	-0.44µ	-3.48m	0	-0.012	0	0.25m	-0.44µ	-3.48m	0	-0.012	0	
51	1	7	0.0000	2.4000	3.2000	4	0.29m	3.12µ	-3.11m	-0.001	0.019	0	0.29m	3.12µ	-3.11m	-0.001	0.019	0	
52	1	 	0.0000	2.4000	2.9500	4	0.20m	-1.83µ	-3.11m	-0.001	0.019	0	0.20m	-1.83µ	-3.11m	-0.001	0.019	0	
53	1	8	5.5000	2.4000	3.2000	4	0.20m	0.46µ	-3.48m	0	-0.012	0	0.20m	0.46µ	-3.48m	0	-0.012	0	
54	1	 	5.5000	2.4000	2.9500	4	0.25m	0.44µ	-3.48m	0	-0.012	0	0.25m	0.44µ	-3.48m	0	-0.012	0	
95	1	 	0.0000	1.2000	3.0500	4	0.23m	-0.15µ	-3.11m	0.001	0.019	0	0.23m	-0.15µ	-3.11m	0.001	0.019	0	
96	1	 	1.1000	1.2000	3.0500	4	0.23m	-24.4n	-3.49m	0	0.018	0	0.23m	-24.4n	-3.49m	0	0.018	0	
97	1	 	1.1000	2.4000	3.0500	4	0.23m	24.4n	-3.49m	0	0.018	0	0.23m	24.4n	-3.49m	0	0.018	0	
98	1	 	0.0000	2.4000	3.0500	4	0.23m	0.15µ	-3.11m	-0.001	0.019	0	0.23m	0.15µ	-3.11m	-0.001	0.019	0	
99	1	 	2.2000	1.2000	3.0500	4	0.23m	0.62µ	-3.76m	0	0.009	0	0.23m	0.62µ	-3.76m	0	0.009	0	
100	1	 	2.2000	2.4000	3.0500	4	0.23m	-0.62µ	-3.76m	0	0.009	0	0.23m	-0.62µ	-3.76m	0	0.009	0	
101	1	 	3.3000	1.2000	3.0500	4	0.23m	0.64µ	-3.84m	0	-0.002	0	0.23m	0.64µ	-3.84m	0	-0.002	0	
102	1	 	3.3000	2.4000	3.0500	4	0.23m	-0.64µ	-3.84m	0	-0.002	0	0.23m	-0.64µ	-3.84m	0	-0.002	0	
103	1	 	4.4000	1.2000	3.0500	4	0.23m	-0.12µ	-3.71m	0	-0.011	0	0.23m	-0.12µ	-3.71m	0	-0.011	0	
104	1	 	4.4000	2.4000	3.0500	4	0.23m	0.12µ	-3.71m	0	-0.011	0	0.23m	0.12µ	-3.71m	0	-0.011	0	
105	1	 	5.5000	1.2000	3.0500	4	0.23m	-0.45µ	-3.48m	0	-0.012	0	0.23m	-0.45µ	-3.48m	0	-0.012	0	
106	1	 	5.5000	2.4000	3.0500	4	0.23m	0.45µ	-3.48m	0	-0.012	0	0.23m	0.45µ	-3.48m	0	-0.012	0	
107	1	 	1.1000	1.2000	3.2000	4	0.28m	-0.59µ	-3.49m	0	0.018	0	0.28m	-0.59µ	-3.49m	0	0.018	0	
108	1	 	2.2000	1.2000	3.2000	4	0.26m	1.19µ	-3.76m	0	0.009	0	0.26m	1.19µ	-3.76m	0	0.009	0	
109	1	 	3.3000	1.2000	3.2000	4	0.23m	1.27µ	-3.84m	0	-0.002	0	0.23m	1.27µ	-3.84m	0	-0.002	0	
110	1	 	4.4000	1.2000	3.2000	4	0.20m	-0.63µ	-3.71m	0	-0.011	0	0.20m	-0.63µ	-3.71m	0	-0.011	0	
111	1	 	4.4000	2.4000	3.2000	4	0.20m	0.63µ	-3.71m	0	-0.011	0	0.20m	0.63µ	-3.71m	0	-0.011	0	
112	1	 	3.3000	2.4000	3.2000	4	0.23m	-1.27µ	-3.84m	0	-0.002	0	0.23m	-1.27µ	-3.84m	0	-0.002	0	
113	1	 	2.2000	2.4000	3.2000	4	0.26m	-1.19µ	-3.76m	0	0.009	0	0.26m	-1.19µ	-3.76m	0	0.009	0	
114	1	 	1.1000	2.4000	3.2000	4	0.28m	0.59µ	-3.49m	0	0.018	0	0.28m	0.59µ	-3.49m	0	0.018	0	
115	1	 	0.0000	0.0000	3.0500	4	0.24m	-1.50µ	-3.15m	0.001	0.017	0	0.24m	-1.50µ	-3.15m	0.001	0.017	0	
116	1	 	1.1000	0.0000	3.0500	4	0.24m	14.7n	-3.50m	0.001	0.017	0	0.24m	14.7n	-3.50m	0.001	0.017	0	
117	1	 	2.2000	0.0000	3.0500	4	0.23m	0.57µ	-3.76m	0.001	0.009	0	0.23m	0.57µ	-3.76m	0.001	0.009	0	
118	1	 	3.3000	0.0000	3.0500	4	0.23m	0.58µ	-3.84m	0.001	-0.001	0	0.23m	0.58µ	-3.84m	0.001	-0.001	0	
119	1	 	4.4000	0.0000	3.0500	4	0.22m	-86.7n	-3.72m	0.001	-0.009	0	0.22m	-86.7n	-3.72m	0.001	-0.009	0	
120	1	 	5.5000	0.0000	3.0500	4	0.22m	-2.77µ	-3.51m	0.001	-0.01	0	0.22m	-2.77µ	-3.51m	0.001	-0.01	0	
121	1	 	1.1000	3.6000	3.0500	4	0.24m	-14.7n	-3.50m	-0.001	0.017	0	0.24m	-14.7n	-3.50m	-0.001	0.017	0	
122	1	 	0.0000	3.6000	3.0500	4	0.24m	1.50µ	-3.15m	-0.001	0.017	0	0.24m	1.50µ	-3.15m	-0.001	0.017	0	
123	1	 	2.2000	3.6000	3.0500	4	0.23m	-0.57µ	-3.76m	-0.001	0.009	0	0.23m	-0.57µ	-3.76m	-0.001	0.009	0	
124	1	 	3.3000	3.6000	3.0500	4	0.23m	-0.58µ	-3.84m	-0.001	-0.001	0	0.23m	-0.58µ	-3.84m	-0.001	-0.001	0	
125	1	 	4.4000	3.6000	3.0500	4	0.22m	86.7n	-3.72m	-0.001	-0.009	0	0.22m	86.7n	-3.72m	-0.001	-0.009	0	
126	1	 	5.5000	3.6000	3.0500	4	0.22m	2.77µ	-3.51m	-0.001	-0.01	0	0.22m	2.77µ	-3.51m	-0.001	-0.01	0	
8	2	 	0.1000	3.6000	6.1500	4	0.43m	-0.66µ	-3.21m	-0.001	0.046	0	0.43m	-0.66µ	-3.21m	-0.001	0.046	0	
9	2	 	5.4000	3.6000	6.1500	4	0.44m	-0.34µ	-3.56m	-0.001	-0.038	0	0.44m	-0.34µ	-3.56m	-0.001	-0.038	0	
10	2	 	0.1000	0.0000	6.1500	4	0.43m	0.66µ	-3.21m	0.001	0.046	0	0.43m	0.66µ	-3.21m	0.001	0.046	0	
11	2	 	5.4000	0.0000	6.1500	4	0.44m	0.34µ	-3.56m	0.001	-0.038	0	0.44m	0.34µ	-3.56m	0.001	-0.038	0	
55	2	1	0.0000	0.0000	6.4000	4	0.46m	-0.20µ	-3.20m	0.001	0.005	-0.001	0.46m	-0.20µ	-3.20m	0.001	0.005	-0.001	
56	2	2	5.5000	0.0000	6.4000	4	0.45m	-0.19µ	-3.56m	0.001	0.003	0.001	0.45m	-0.19µ	-3.56m	0.001	0.003	0.001	
57	2	3	0.0000	3.6000	6.4000	4	0.46m	0.20µ	-3.20m	-0.001	0.005	0.001	0.46m	0.20µ	-3.20m	-0.001	0.005	0.001	
58	2	4	5.5000	3.6000	6.4000	4	0.45m	0.19µ	-3.56m	-0.001	0.003	-0.001	0.45m	0.19µ	-3.56m	-0.001	0.003	-0.001	
59	2	5	0.0000	1.2000	6.4000	4	0.46m	-5.50µ	-3.12m	0.002	-0.004	-0.001	0.46m	-5.50µ	-3.12m	0.002	-0.004	-0.001	
60	2	6	5.5000	1.2000	6.4000	4	0.44m	-5.31µ	-3.49m	0.002	0.011	0.001	0.44m	-5.31µ	-3.49m	0.002	0.011	0.001	
61	2	7	0.0000	2.4000	6.4000	4	0.46m	5.50µ	-3.12m	-0.002	-0.004	0.001	0.46m	5.50µ	-3.12m	-0.002	-0.004	0.001	
62	2	8	5.5000	2.4000	6.4000	4	0.44m	5.31µ	-3.49m	-0.002	0.011	-0.001	0.44m	5.31µ	-3.49m	-0.002	0.011	-0.001	
63	2	 	0.1000	3.6000	6.1500	4	0.43m	-0.66µ	-3.21m	-0.001	0.005	0.001	0.43m	-0.66µ	-3.21m	-0.001	0.005	0.001	
64	2	 	5.4000	3.6000	6.1500	4	0.44m	-0.34µ	-3.56m	-0.001	0.003	-0.001	0.44m	-0.34µ	-3.56m	-0.001	0.003	-0.001	
65	2	 	0.1000	0.0000	6.1500	4	0.43m	0.66µ	-3.21m	0.001	0.005	-0.001	0.43m	0.66µ	-3.21m	0.001	0.005	-0.001	
66	2	 	5.4000	0.0000	6.1500	4	0.44m	0.34µ	-3.56m	0.001	0.003	0.001	0.44m	0.34µ	-3.56m	0.001	0.003	0.001	
67	2	 	0.0000	1.1000	6.2500	4	0.47m	0.51µ	-3.13m	0.002	-0.004	-0.001	0.47m	0.51µ	-3.13m	0.002	-0.004	-0.001	
68	2	 	0.0000	0.1500	6.2500	4	0.45m	1.54µ	-3.20m	0.001	0.005	-0.001	0.45m	1.54µ	-3.20m	0.001	0.005	-0.001	
69	2	 	0.0000	3.4500	6.2500	4	0.45m	-1.54µ	-3.20m	-0.001	0.005	0.001	0.45m	-1.54µ	-3.20m	-0.001	0.005	0.001	
70	2	 	0.0000	2.5000	6.2500	4	0.47m	-0.51µ	-3.13m	-0.002	-0.004	0.001	0.47m	-0.51µ	-3.13m	-0.002	-0.004	0.001	
71	2	 	0.0000	2.3000	6.2500	4	0.48m	-0.51µ	-3.12m	-0.002	-0.004	0.001	0.48m	-0.51µ	-3.12m	-0.002	-0.004	0.001	
72	2	 	0.0000	1.3000	6.2500	4	0.48m	0.51µ	-3.12m	0.002	-0.004	-0.001	0.48m	0.51µ	-3.12m	0.002	-0.004	-0.001	
73	2	 	5.5000	3.4500	6.2500	4	0.44m	-1.33µ	-3.56m	-0.001	0.003	-0.001	0.44m	-1.33µ	-3.56m	-0.001	0.003	-0.001	
74	2	 	5.5000	2.5000	6.2500	4	0.42m	-0.44µ	-3.50m	-0.002	0.011	-0.001	0.42m	-0.44µ	-3.50m	-0.002	0.011	-0.001	
75	2	 	5.5000	1.1000	6.2500	4	0.42m	0.44µ	-3.50m	0.002	0.011	0.001	0.42m	0.44µ	-3.50m	0.002	0.011	0.001	
76	2	 	5.5000	0.1500	6.2500	4	0.44m	1.33µ	-3.56m	0.001	0.003	0.001	0.44m	1.33µ	-3.56m	0.001	0.003	0.001	
77	2	 	5.5000	2.3000	6.2500	4	0.41m	-0.44µ	-3.49m	-0.002	0.011	-0.001	0.41m	-0.44µ	-3.49m	-0.002	0.011	-0.001	
78	2	 	5.5000	1.3000	6.2500	4	0.41m	0.44µ	-3.49m	0.002	0.011	0.001	0.41m	0.44µ	-3.49m	0.002	0.011	0.001	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Famiglia Cmb. 5) Permanente
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Fam.Cmb.		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	5	-13.3µ	0.81µ	-3.03m	0	-0.003	0	-13.3µ	0.81µ	-3.03m	0	-0.003	0	
1	0	5	0.0000	1.2000	0.0000	5	-39.6µ	28.0n	-3.03m	0	-0.009	0	-39.6µ	28.0n	-3.03m	0	-0.009	0	
2	0	 	0.0000	0.1500	-0.2500	5	-0.37µ	0	-3.03m	0	-0.003	0	-0.37µ	0	-3.03m	0	-0.003	0	
3	0	 	0.0000	1.2000	-0.2500	5	0	0	-3.03m	0	-0.009	0	0	0	-3.03m	0	-0.009	0	
4	0	7	0.0000	2.4000	0.0000	5	-39.6µ	-28.0n	-3.03m	0	-0.009	0	-39.6µ	-28.0n	-3.03m	0	-0.009	0	
5	0	 	0.0000	2.4000	-0.2500	5	0	0	-3.03m	0	-0.009	0	0	0	-3.03m	0	-0.009	0	
6	0	3	0.0000	3.6000	0.0000	5	-13.3µ	-0.81µ	-3.03m	0	-0.003	0	-13.3µ	-0.81µ	-3.03m	0	-0.003	0	
7	0	 	0.0000	3.4500	-0.2500	5	-0.37µ	0	-3.03m	0	-0.003	0	-0.37µ	0	-3.03m	0	-0.003	0	
8	0	2	5.5000	0.0000	0.0000	5	51.8µ	0.22µ	-3.39m	0	0.012	0	51.8µ	0.22µ	-3.39m	0	0.012	0	
9	0	6	5.5000	1.2000	0.0000	5	73.6µ	16.7n	-3.39m	0	0.017	0	73.6µ	16.7n	-3.39m	0	0.017	0	
10	0	 	5.5000	0.1500	-0.2500	5	-26.0n	0	-3.39m	0	0.012	0	-26.0n	0	-3.39m	0	0.012	0	
11	0	 	5.5000	1.2000	-0.2500	5	0	0	-3.39m	0	0.017	0	0	0	-3.39m	0	0.017	0	
12	0	8	5.5000	2.4000	0.0000	5	73.6µ	-16.7n	-3.39m	0	0.017	0	73.6µ	-16.7n	-3.39m	0	0.017	0	
13	0	9	5.5000	1.8000	0.0000	5	73.6µ	0	-3.39m	0	0.017	0	73.6µ	0	-3.39m	0	0.017	0	
14	0	 	5.5000	1.8000	-0.2500	5	0	0	-3.39m	0	0.017	0	0	0	-3.39m	0	0.017	0	
15	0	 	5.5000	2.4000	-0.2500	5	0	0	-3.39m	0	0.017	0	0	0	-3.39m	0	0.017	0	
16	0	4	5.5000	3.6000	0.0000	5	51.8µ	-0.22µ	-3.39m	0	0.012	0	51.8µ	-0.22µ	-3.39m	0	0.012	0	
17	0	 	5.5000	3.4500	-0.2500	5	-26.0n	0	-3.39m	0	0.012	0	-26.0n	0	-3.39m	0	0.012	0	
79	0	 	1.1000	1.2000	-0.2500	5	0	0	-2.86m	0	-0.008	0	0	0	-2.86m	0	-0.008	0	
80	0	 	1.1000	2.4000	-0.2500	5	0	0	-2.86m	0	-0.008	0	0	0	-2.86m	0	-0.008	0	
81	0	 	2.2000	1.2000	-0.2500	5	0	0	-2.77m	-0.001	-0.001	0	0	0	-2.77m	-0.001	-0.001	0	
82	0	 	2.2000	2.4000	-0.2500	5	0	0	-2.77m	0.001	-0.001	0	0	0	-2.77m	0.001	-0.001	0	
83	0	 	3.3000	1.2000	-0.2500	5	0	0	-2.84m	-0.001	0.008	0	0	0	-2.84m	-0.001	0.008	0	
84	0	 	3.3000	2.4000	-0.2500	5	0	0	-2.84m	0.001	0.008	0	0	0	-2.84m	0.001	0.008	0	
85	0	 	4.4000	1.2000	-0.2500	5	0	0	-3.07m	-0.001	0.015	0	0	0	-3.07m	-0.001	0.015	0	
86	0	 	4.4000	2.4000	-0.2500	5	0	0	-3.07m	0.001	0.015	0	0	0	-3.07m	0.001	0.015	0	
87	0	 	1.1000	1.2000	0.0000	5	-33.8µ	2.11µ	-2.86m	0	-0.008	0	-33.8µ	2.11µ	-2.86m	0	-0.008	0	
88	0	 	2.2000	1.2000	0.0000	5	-3.58µ	3.93µ	-2.77m	-0.001	-0.001	0	-3.58µ	3.93µ	-2.77m	-0.001	-0.001	0	
89	0	 	3.3000	1.2000	0.0000	5	35.3µ	4.00µ	-2.84m	-0.001	0.008	0	35.3µ	4.00µ	-2.84m	-0.001	0.008	0	
90	0	 	4.4000	1.2000	0.0000	5	66.8µ	2.26µ	-3.07m	-0.001	0.015	0	66.8µ	2.26µ	-3.07m	-0.001	0.015	0	
91	0	 	4.4000	2.4000	0.0000	5	66.8µ	-2.26µ	-3.07m	0.001	0.015	0	66.8µ	-2.26µ	-3.07m	0.001	0.015	0	
92	0	 	3.3000	2.4000	0.0000	5	35.3µ	-4.00µ	-2.84m	0.001	0.008	0	35.3µ	-4.00µ	-2.84m	0.001	0.008	0	
93	0	 	2.2000	2.4000	0.0000	5	-3.58µ	-3.93µ	-2.77m	0.001	-0.001	0	-3.58µ	-3.93µ	-2.77m	0.001	-0.001	0	
94	0	 	1.1000	2.4000	0.0000	5	-33.8µ	-2.11µ	-2.86m	0	-0.008	0	-33.8µ	-2.11µ	-2.86m	0	-0.008	0	
0	1	 	0.0000	2.4000	1.0667	5	-0.11m	1.02µ	-3.04m	0	0.001	0.001	-0.11m	1.02µ	-3.04m	0	0.001	0.001	
1	1	 	0.0000	1.2000	1.0667	5	-0.11m	-1.02µ	-3.04m	0	0.001	-0.001	-0.11m	-1.02µ	-3.04m	0	0.001	-0.001	
2	1	 	0.0000	2.4000	2.1333	5	36.1n	0.32µ	-3.05m	0	0.011	0.001	36.1n	0.32µ	-3.05m	0	0.011	0.001	
3	1	 	0.0000	1.2000	2.1333	5	36.1n	-0.32µ	-3.05m	0	0.011	-0.001	36.1n	-0.32µ	-3.05m	0	0.011	-0.001	
7	1	9	5.5000	1.8000	3.2000	5	0.19m	0	-3.42m	0	-0.012	0	0.19m	0	-3.42m	0	-0.012	0	
18	1	1	0.0000	0.0000	3.2000	5	0.28m	-4.88µ	-3.09m	0.001	0.017	0	0.28m	-4.88µ	-3.09m	0.001	0.017	0	
19	1	 	0.0000	0.0000	2.7000	5	0.13m	6.06µ	-3.09m	0.001	0.017	0	0.13m	6.06µ	-3.09m	0.001	0.017	0	
20	1	2	5.5000	0.0000	3.2000	5	0.19m	-5.98µ	-3.44m	0.001	-0.01	0	0.19m	-5.98µ	-3.44m	0.001	-0.01	0	
21	1	 	5.5000	0.0000	2.7000	5	0.28m	5.10µ	-3.44m	0.001	-0.01	0	0.28m	5.10µ	-3.44m	0.001	-0.01	0	
22	1	3	0.0000	3.6000	3.2000	5	0.28m	4.88µ	-3.09m	-0.001	0.017	0	0.28m	4.88µ	-3.09m	-0.001	0.017	0	
23	1	 	0.0000	3.6000	2.7000	5	0.13m	-6.06µ	-3.09m	-0.001	0.017	0	0.13m	-6.06µ	-3.09m	-0.001	0.017	0	
24	1	4	5.5000	3.6000	3.2000	5	0.19m	5.98µ	-3.44m	-0.001	-0.01	0	0.19m	5.98µ	-3.44m	-0.001	-0.01	0	
25	1	 	5.5000	3.6000	2.7000	5	0.28m	-5.10µ	-3.44m	-0.001	-0.01	0	0.28m	-5.10µ	-3.44m	-0.001	-0.01	0	
27	1	 	1.1000	3.6000	3.2000	5	0.28m	2.32µ	-3.44m	-0.001	0.017	0	0.28m	2.32µ	-3.44m	-0.001	0.017	0	
28	1	 	2.2000	3.6000	3.2000	5	0.25m	0.96µ	-3.70m	-0.001	0.009	0	0.25m	0.96µ	-3.70m	-0.001	0.009	0	
29	1	 	3.3000	3.6000	3.2000	5	0.22m	0.86µ	-3.77m	-0.001	-0.001	0	0.22m	0.86µ	-3.77m	-0.001	-0.001	0	
30	1	 	4.4000	3.6000	3.2000	5	0.20m	2.29µ	-3.65m	-0.001	-0.009	0	0.20m	2.29µ	-3.65m	-0.001	-0.009	0	
31	1	 	0.0000	3.6000	2.9500	5	0.20m	-0.59µ	-3.09m	-0.001	0.017	0	0.20m	-0.59µ	-3.09m	-0.001	0.017	0	
32	1	 	1.1000	3.6000	2.9500	5	0.21m	-1.52µ	-3.44m	-0.001	0.017	0	0.21m	-1.52µ	-3.44m	-0.001	0.017	0	
33	1	 	2.2000	3.6000	2.9500	5	0.21m	-1.59µ	-3.70m	-0.001	0.009	0	0.21m	-1.59µ	-3.70m	-0.001	0.009	0	
34	1	 	3.3000	3.6000	2.9500	5	0.23m	-1.54µ	-3.77m	-0.001	-0.001	0	0.23m	-1.54µ	-3.77m	-0.001	-0.001	0	
35	1	 	4.4000	3.6000	2.9500	5	0.24m	-1.38µ	-3.65m	-0.001	-0.009	0	0.24m	-1.38µ	-3.65m	-0.001	-0.009	0	
36	1	 	5.5000	3.6000	2.9500	5	0.24m	0.44µ	-3.44m	-0.001	-0.01	0	0.24m	0.44µ	-3.44m	-0.001	-0.01	0	
37	1	 	1.1000	0.0000	3.2000	5	0.28m	-2.32µ	-3.44m	0.001	0.017	0	0.28m	-2.32µ	-3.44m	0.001	0.017	0	
38	1	 	2.2000	0.0000	3.2000	5	0.25m	-0.96µ	-3.70m	0.001	0.009	0	0.25m	-0.96µ	-3.70m	0.001	0.009	0	
39	1	 	3.3000	0.0000	3.2000	5	0.22m	-0.86µ	-3.77m	0.001	-0.001	0	0.22m	-0.86µ	-3.77m	0.001	-0.001	0	
40	1	 	4.4000	0.0000	3.2000	5	0.20m	-2.29µ	-3.65m	0.001	-0.009	0	0.20m	-2.29µ	-3.65m	0.001	-0.009	0	
41	1	 	0.0000	0.0000	2.9500	5	0.20m	0.59µ	-3.09m	0.001	0.017	0	0.20m	0.59µ	-3.09m	0.001	0.017	0	
42	1	 	1.1000	0.0000	2.9500	5	0.21m	1.52µ	-3.44m	0.001	0.017	0	0.21m	1.52µ	-3.44m	0.001	0.017	0	
43	1	 	2.2000	0.0000	2.9500	5	0.21m	1.59µ	-3.70m	0.001	0.009	0	0.21m	1.59µ	-3.70m	0.001	0.009	0	
44	1	 	3.3000	0.0000	2.9500	5	0.23m	1.54µ	-3.77m	0.001	-0.001	0	0.23m	1.54µ	-3.77m	0.001	-0.001	0	
45	1	 	4.4000	0.0000	2.9500	5	0.24m	1.38µ	-3.65m	0.001	-0.009	0	0.24m	1.38µ	-3.65m	0.001	-0.009	0	
46	1	 	5.5000	0.0000	2.9500	5	0.24m	-0.44µ	-3.44m	0.001	-0.01	0	0.24m	-0.44µ	-3.44m	0.001	-0.01	0	
47	1	5	0.0000	1.2000	3.2000	5	0.28m	-2.92µ	-3.05m	0.001	0.019	0	0.28m	-2.92µ	-3.05m	0.001	0.019	0	
48	1	 	0.0000	1.2000	2.9500	5	0.20m	1.46µ	-3.05m	0.001	0.019	0	0.20m	1.46µ	-3.05m	0.001	0.019	0	
49	1	6	5.5000	1.2000	3.2000	5	0.19m	-0.46µ	-3.42m	0	-0.012	0	0.19m	-0.46µ	-3.42m	0	-0.012	0	
50	1	 	5.5000	1.2000	2.9500	5	0.24m	-0.44µ	-3.42m	0	-0.012	0	0.24m	-0.44µ	-3.42m	0	-0.012	0	
51	1	7	0.0000	2.4000	3.2000	5	0.28m	2.92µ	-3.05m	-0.001	0.019	0	0.28m	2.92µ	-3.05m	-0.001	0.019	0	
52	1	 	0.0000	2.4000	2.9500	5	0.20m	-1.46µ	-3.05m	-0.001	0.019	0	0.20m	-1.46µ	-3.05m	-0.001	0.019	0	
53	1	8	5.5000	2.4000	3.2000	5	0.19m	0.46µ	-3.42m	0	-0.012	0	0.19m	0.46µ	-3.42m	0	-0.012	0	
54	1	 	5.5000	2.4000	2.9500	5	0.24m	0.44µ	-3.42m	0	-0.012	0	0.24m	0.44µ	-3.42m	0	-0.012	0	
95	1	 	0.0000	1.2000	3.0500	5	0.23m	-0.29µ	-3.05m	0.001	0.019	0	0.23m	-0.29µ	-3.05m	0.001	0.019	0	
96	1	 	1.1000	1.2000	3.0500	5	0.23m	-23.0n	-3.43m	0	0.018	0	0.23m	-23.0n	-3.43m	0	0.018	0	
97	1	 	1.1000	2.4000	3.0500	5	0.23m	23.0n	-3.43m	0	0.018	0	0.23m	23.0n	-3.43m	0	0.018	0	
98	1	 	0.0000	2.4000	3.0500	5	0.23m	0.29µ	-3.05m	-0.001	0.019	0	0.23m	0.29µ	-3.05m	-0.001	0.019	0	
99	1	 	2.2000	1.2000	3.0500	5	0.23m	0.62µ	-3.70m	0	0.009	0	0.23m	0.62µ	-3.70m	0	0.009	0	
100	1	 	2.2000	2.4000	3.0500	5	0.23m	-0.62µ	-3.70m	0	0.009	0	0.23m	-0.62µ	-3.70m	0	0.009	0	
101	1	 	3.3000	1.2000	3.0500	5	0.23m	0.64µ	-3.77m	0	-0.002	0	0.23m	0.64µ	-3.77m	0	-0.002	0	
102	1	 	3.3000	2.4000	3.0500	5	0.23m	-0.64µ	-3.77m	0	-0.002	0	0.23m	-0.64µ	-3.77m	0	-0.002	0	
103	1	 	4.4000	1.2000	3.0500	5	0.23m	-0.11µ	-3.65m	0	-0.011	0	0.23m	-0.11µ	-3.65m	0	-0.011	0	
104	1	 	4.4000	2.4000	3.0500	5	0.23m	0.11µ	-3.65m	0	-0.011	0	0.23m	0.11µ	-3.65m	0	-0.011	0	
105	1	 	5.5000	1.2000	3.0500	5	0.22m	-0.45µ	-3.42m	0	-0.012	0	0.22m	-0.45µ	-3.42m	0	-0.012	0	
106	1	 	5.5000	2.4000	3.0500	5	0.22m	0.45µ	-3.42m	0	-0.012	0	0.22m	0.45µ	-3.42m	0	-0.012	0	
107	1	 	1.1000	1.2000	3.2000	5	0.28m	-0.45µ	-3.43m	0	0.018	0	0.28m	-0.45µ	-3.43m	0	0.018	0	
108	1	 	2.2000	1.2000	3.2000	5	0.25m	1.26µ	-3.70m	0	0.009	0	0.25m	1.26µ	-3.70m	0	0.009	0	
109	1	 	3.3000	1.2000	3.2000	5	0.22m	1.33µ	-3.77m	0	-0.002	0	0.22m	1.33µ	-3.77m	0	-0.002	0	
110	1	 	4.4000	1.2000	3.2000	5	0.20m	-0.52µ	-3.65m	0	-0.011	0	0.20m	-0.52µ	-3.65m	0	-0.011	0	
111	1	 	4.4000	2.4000	3.2000	5	0.20m	0.52µ	-3.65m	0	-0.011	0	0.20m	0.52µ	-3.65m	0	-0.011	0	
112	1	 	3.3000	2.4000	3.2000	5	0.22m	-1.33µ	-3.77m	0	-0.002	0	0.22m	-1.33µ	-3.77m	0	-0.002	0	
113	1	 	2.2000	2.4000	3.2000	5	0.25m	-1.26µ	-3.70m	0	0.009	0	0.25m	-1.26µ	-3.70m	0	0.009	0	
114	1	 	1.1000	2.4000	3.2000	5	0.28m	0.45µ	-3.43m	0	0.018	0	0.28m	0.45µ	-3.43m	0	0.018	0	
115	1	 	0.0000	0.0000	3.0500	5	0.23m	-1.60µ	-3.09m	0.001	0.017	0	0.23m	-1.60µ	-3.09m	0.001	0.017	0	
116	1	 	1.1000	0.0000	3.0500	5	0.23m	-17.7n	-3.44m	0.001	0.017	0	0.23m	-17.7n	-3.44m	0.001	0.017	0	
117	1	 	2.2000	0.0000	3.0500	5	0.23m	0.57µ	-3.70m	0.001	0.009	0	0.23m	0.57µ	-3.70m	0.001	0.009	0	
118	1	 	3.3000	0.0000	3.0500	5	0.22m	0.58µ	-3.77m	0.001	-0.001	0	0.22m	0.58µ	-3.77m	0.001	-0.001	0	
119	1	 	4.4000	0.0000	3.0500	5	0.22m	-87.4n	-3.65m	0.001	-0.009	0	0.22m	-87.4n	-3.65m	0.001	-0.009	0	
120	1	 	5.5000	0.0000	3.0500	5	0.22m	-2.66µ	-3.44m	0.001	-0.01	0	0.22m	-2.66µ	-3.44m	0.001	-0.01	0	
121	1	 	1.1000	3.6000	3.0500	5	0.23m	17.7n	-3.44m	-0.001	0.017	0	0.23m	17.7n	-3.44m	-0.001	0.017	0	
122	1	 	0.0000	3.6000	3.0500	5	0.23m	1.60µ	-3.09m	-0.001	0.017	0	0.23m	1.60µ	-3.09m	-0.001	0.017	0	
123	1	 	2.2000	3.6000	3.0500	5	0.23m	-0.57µ	-3.70m	-0.001	0.009	0	0.23m	-0.57µ	-3.70m	-0.001	0.009	0	
124	1	 	3.3000	3.6000	3.0500	5	0.22m	-0.58µ	-3.77m	-0.001	-0.001	0	0.22m	-0.58µ	-3.77m	-0.001	-0.001	0	
125	1	 	4.4000	3.6000	3.0500	5	0.22m	87.4n	-3.65m	-0.001	-0.009	0	0.22m	87.4n	-3.65m	-0.001	-0.009	0	
126	1	 	5.5000	3.6000	3.0500	5	0.22m	2.66µ	-3.44m	-0.001	-0.01	0	0.22m	2.66µ	-3.44m	-0.001	-0.01	0	
8	2	 	0.1000	3.6000	6.1500	5	0.43m	-0.40µ	-3.14m	-0.001	0.042	0	0.43m	-0.40µ	-3.14m	-0.001	0.042	0	
9	2	 	5.4000	3.6000	6.1500	5	0.43m	-0.11µ	-3.49m	-0.001	-0.034	0	0.43m	-0.11µ	-3.49m	-0.001	-0.034	0	
10	2	 	0.1000	0.0000	6.1500	5	0.43m	0.40µ	-3.14m	0.001	0.042	0	0.43m	0.40µ	-3.14m	0.001	0.042	0	
11	2	 	5.4000	0.0000	6.1500	5	0.43m	0.11µ	-3.49m	0.001	-0.034	0	0.43m	0.11µ	-3.49m	0.001	-0.034	0	
55	2	1	0.0000	0.0000	6.4000	5	0.45m	-0.17µ	-3.13m	0.001	0.005	-0.001	0.45m	-0.17µ	-3.13m	0.001	0.005	-0.001	
56	2	2	5.5000	0.0000	6.4000	5	0.44m	-0.16µ	-3.49m	0.001	0.003	0.001	0.44m	-0.16µ	-3.49m	0.001	0.003	0.001	
57	2	3	0.0000	3.6000	6.4000	5	0.45m	0.17µ	-3.13m	-0.001	0.005	0.001	0.45m	0.17µ	-3.13m	-0.001	0.005	0.001	
58	2	4	5.5000	3.6000	6.4000	5	0.44m	0.16µ	-3.49m	-0.001	0.003	-0.001	0.44m	0.16µ	-3.49m	-0.001	0.003	-0.001	
59	2	5	0.0000	1.2000	6.4000	5	0.45m	-4.96µ	-3.07m	0.002	-0.004	-0.001	0.45m	-4.96µ	-3.07m	0.002	-0.004	-0.001	
60	2	6	5.5000	1.2000	6.4000	5	0.43m	-4.83µ	-3.43m	0.002	0.011	0.001	0.43m	-4.83µ	-3.43m	0.002	0.011	0.001	
61	2	7	0.0000	2.4000	6.4000	5	0.45m	4.96µ	-3.07m	-0.002	-0.004	0.001	0.45m	4.96µ	-3.07m	-0.002	-0.004	0.001	
62	2	8	5.5000	2.4000	6.4000	5	0.43m	4.83µ	-3.43m	-0.002	0.011	-0.001	0.43m	4.83µ	-3.43m	-0.002	0.011	-0.001	
63	2	 	0.1000	3.6000	6.1500	5	0.43m	-0.40µ	-3.14m	-0.001	0.005	0.001	0.43m	-0.40µ	-3.14m	-0.001	0.005	0.001	
64	2	 	5.4000	3.6000	6.1500	5	0.43m	-0.11µ	-3.49m	-0.001	0.003	-0.001	0.43m	-0.11µ	-3.49m	-0.001	0.003	-0.001	
65	2	 	0.1000	0.0000	6.1500	5	0.43m	0.40µ	-3.14m	0.001	0.005	-0.001	0.43m	0.40µ	-3.14m	0.001	0.005	-0.001	
66	2	 	5.4000	0.0000	6.1500	5	0.43m	0.11µ	-3.49m	0.001	0.003	0.001	0.43m	0.11µ	-3.49m	0.001	0.003	0.001	
67	2	 	0.0000	1.1000	6.2500	5	0.46m	0.46µ	-3.07m	0.002	-0.004	-0.001	0.46m	0.46µ	-3.07m	0.002	-0.004	-0.001	
68	2	 	0.0000	0.1500	6.2500	5	0.44m	1.38µ	-3.13m	0.001	0.005	-0.001	0.44m	1.38µ	-3.13m	0.001	0.005	-0.001	
69	2	 	0.0000	3.4500	6.2500	5	0.44m	-1.38µ	-3.13m	-0.001	0.005	0.001	0.44m	-1.38µ	-3.13m	-0.001	0.005	0.001	
70	2	 	0.0000	2.5000	6.2500	5	0.46m	-0.46µ	-3.07m	-0.002	-0.004	0.001	0.46m	-0.46µ	-3.07m	-0.002	-0.004	0.001	
71	2	 	0.0000	2.3000	6.2500	5	0.47m	-0.46µ	-3.06m	-0.002	-0.004	0.001	0.47m	-0.46µ	-3.06m	-0.002	-0.004	0.001	
72	2	 	0.0000	1.3000	6.2500	5	0.47m	0.46µ	-3.06m	0.002	-0.004	-0.001	0.47m	0.46µ	-3.06m	0.002	-0.004	-0.001	
73	2	 	5.5000	3.4500	6.2500	5	0.43m	-1.20µ	-3.49m	-0.001	0.003	-0.001	0.43m	-1.20µ	-3.49m	-0.001	0.003	-0.001	
74	2	 	5.5000	2.5000	6.2500	5	0.41m	-0.40µ	-3.43m	-0.002	0.011	-0.001	0.41m	-0.40µ	-3.43m	-0.002	0.011	-0.001	
75	2	 	5.5000	1.1000	6.2500	5	0.41m	0.40µ	-3.43m	0.002	0.011	0.001	0.41m	0.40µ	-3.43m	0.002	0.011	0.001	
76	2	 	5.5000	0.1500	6.2500	5	0.43m	1.20µ	-3.49m	0.001	0.003	0.001	0.43m	1.20µ	-3.49m	0.001	0.003	0.001	
77	2	 	5.5000	2.3000	6.2500	5	0.40m	-0.40µ	-3.42m	-0.002	0.011	-0.001	0.40m	-0.40µ	-3.42m	-0.002	0.011	-0.001	
78	2	 	5.5000	1.3000	6.2500	5	0.40m	0.40µ	-3.42m	0.002	0.011	0.001	0.40m	0.40µ	-3.42m	0.002	0.011	0.001	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Famiglia Cmb. 6) Sismica SLO
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Fam.Cmb.		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	6	-0.11m	-0.16m	-4.53m	-0.037	-0.026	0	86.2µ	0.16m	-1.65m	0.036	0.02	0	
1	0	5	0.0000	1.2000	0.0000	6	-0.12m	-0.19m	-3.82m	-0.043	-0.027	-0.001	36.7µ	0.19m	-2.37m	0.043	0.008	0	
2	0	 	0.0000	0.1500	-0.2500	6	-1.19µ	0	-4.43m	-0.037	-0.026	0	0.42µ	0	-1.74m	0.036	0.02	0	
3	0	 	0.0000	1.2000	-0.2500	6	0	0	-3.82m	-0.043	-0.027	-0.001	0	0	-2.37m	0.043	0.008	0	
4	0	7	0.0000	2.4000	0.0000	6	-0.12m	-0.19m	-3.82m	-0.043	-0.027	0	36.7µ	0.19m	-2.37m	0.043	0.008	0.001	
5	0	 	0.0000	2.4000	-0.2500	6	0	0	-3.82m	-0.043	-0.027	0	0	0	-2.37m	0.043	0.008	0.001	
6	0	3	0.0000	3.6000	0.0000	6	-0.11m	-0.16m	-4.53m	-0.036	-0.026	0	86.2µ	0.16m	-1.65m	0.037	0.02	0	
7	0	 	0.0000	3.4500	-0.2500	6	-1.19µ	0	-4.43m	-0.036	-0.026	0	0.42µ	0	-1.74m	0.037	0.02	0	
8	0	2	5.5000	0.0000	0.0000	6	-94.0µ	-0.20m	-5.11m	-0.045	-0.022	0	0.20m	0.20m	-1.81m	0.045	0.045	0	
9	0	6	5.5000	1.2000	0.0000	6	-2.34µ	-0.21m	-4.27m	-0.048	-0.001	0	0.15m	0.21m	-2.65m	0.048	0.035	0	
10	0	 	5.5000	0.1500	-0.2500	6	-93.6n	0	-4.99m	-0.045	-0.022	0	41.8n	0	-1.93m	0.045	0.045	0	
11	0	 	5.5000	1.2000	-0.2500	6	0	0	-4.27m	-0.048	-0.001	0	0	0	-2.65m	0.048	0.035	0	
12	0	8	5.5000	2.4000	0.0000	6	-2.34µ	-0.21m	-4.27m	-0.048	-0.001	0	0.15m	0.21m	-2.65m	0.048	0.035	0	
13	0	9	5.5000	1.8000	0.0000	6	-2.39µ	-0.21m	-4.11m	-0.048	-0.001	0	0.15m	0.21m	-2.81m	0.048	0.035	0	
14	0	 	5.5000	1.8000	-0.2500	6	0	0	-4.11m	-0.048	-0.001	0	0	0	-2.81m	0.048	0.035	0	
15	0	 	5.5000	2.4000	-0.2500	6	0	0	-4.27m	-0.048	-0.001	0	0	0	-2.65m	0.048	0.035	0	
16	0	4	5.5000	3.6000	0.0000	6	-94.0µ	-0.20m	-5.11m	-0.045	-0.022	0	0.20m	0.20m	-1.81m	0.045	0.045	0	
17	0	 	5.5000	3.4500	-0.2500	6	-93.6n	0	-4.99m	-0.045	-0.022	0	41.8n	0	-1.93m	0.045	0.045	0	
79	0	 	1.1000	1.2000	-0.2500	6	0	0	-3.45m	-0.044	-0.021	0	0	0	-2.37m	0.043	0.005	0	
80	0	 	1.1000	2.4000	-0.2500	6	0	0	-3.45m	-0.043	-0.021	0	0	0	-2.37m	0.044	0.005	0	
81	0	 	2.2000	1.2000	-0.2500	6	0	0	-3.29m	-0.044	-0.012	0	0	0	-2.35m	0.042	0.01	0	
82	0	 	2.2000	2.4000	-0.2500	6	0	0	-3.29m	-0.042	-0.012	0	0	0	-2.35m	0.044	0.01	0	
83	0	 	3.3000	1.2000	-0.2500	6	0	0	-3.40m	-0.045	-0.003	0	0	0	-2.39m	0.043	0.019	0	
84	0	 	3.3000	2.4000	-0.2500	6	0	0	-3.40m	-0.043	-0.003	0	0	0	-2.39m	0.045	0.019	0	
85	0	 	4.4000	1.2000	-0.2500	6	0	0	-3.72m	-0.047	0.002	0	0	0	-2.54m	0.046	0.029	0	
86	0	 	4.4000	2.4000	-0.2500	6	0	0	-3.72m	-0.046	0.002	0	0	0	-2.54m	0.047	0.029	0	
87	0	 	1.1000	1.2000	0.0000	6	-92.7µ	-0.19m	-3.45m	-0.044	-0.021	0	23.0µ	0.19m	-2.37m	0.043	0.005	0	
88	0	 	2.2000	1.2000	0.0000	6	-51.1µ	-0.18m	-3.29m	-0.044	-0.012	0	43.6µ	0.19m	-2.35m	0.042	0.01	0	
89	0	 	3.3000	1.2000	0.0000	6	-11.9µ	-0.19m	-3.40m	-0.045	-0.003	0	84.4µ	0.20m	-2.39m	0.043	0.019	0	
90	0	 	4.4000	1.2000	0.0000	6	8.65µ	-0.20m	-3.72m	-0.047	0.002	0	0.13m	0.20m	-2.54m	0.046	0.029	0	
91	0	 	4.4000	2.4000	0.0000	6	8.65µ	-0.20m	-3.72m	-0.046	0.002	0	0.13m	0.20m	-2.54m	0.047	0.029	0	
92	0	 	3.3000	2.4000	0.0000	6	-11.9µ	-0.20m	-3.40m	-0.043	-0.003	0	84.4µ	0.19m	-2.39m	0.045	0.019	0	
93	0	 	2.2000	2.4000	0.0000	6	-51.1µ	-0.19m	-3.29m	-0.042	-0.012	0	43.6µ	0.18m	-2.35m	0.044	0.01	0	
94	0	 	1.1000	2.4000	0.0000	6	-92.7µ	-0.19m	-3.45m	-0.043	-0.021	0	23.0µ	0.19m	-2.37m	0.044	0.005	0	
0	1	 	0.0000	2.4000	1.0667	6	-0.68m	-1.01m	-3.83m	0	-0.032	-0.001	0.45m	1.01m	-2.37m	0	0.034	0.003	
1	1	 	0.0000	1.2000	1.0667	6	-0.68m	-1.01m	-3.83m	0	-0.032	-0.003	0.45m	1.01m	-2.37m	0	0.034	0.001	
2	1	 	0.0000	2.4000	2.1333	6	-1.21m	-1.83m	-3.84m	0	-0.023	-0.002	1.21m	1.83m	-2.38m	0	0.045	0.004	
3	1	 	0.0000	1.2000	2.1333	6	-1.21m	-1.83m	-3.84m	0	-0.023	-0.004	1.21m	1.83m	-2.38m	0	0.045	0.002	
7	1	9	5.5000	1.8000	3.2000	6	-1.53m	-2.95m	-4.13m	-0.047	-0.032	-0.005	1.92m	2.95m	-2.83m	0.047	0.009	0.005	
18	1	1	0.0000	0.0000	3.2000	6	-1.53m	-2.67m	-4.62m	-0.043	-0.006	-0.005	2.10m	2.66m	-1.67m	0.046	0.041	0.005	
19	1	 	0.0000	0.0000	2.7000	6	-1.49m	-2.27m	-4.62m	-0.043	-0.006	-0.005	1.76m	2.28m	-1.67m	0.046	0.041	0.005	
20	1	2	5.5000	0.0000	3.2000	6	-1.61m	-2.97m	-5.19m	-0.049	-0.031	-0.005	2.01m	2.96m	-1.83m	0.052	0.012	0.004	
21	1	 	5.5000	0.0000	2.7000	6	-1.35m	-2.52m	-5.19m	-0.049	-0.031	-0.005	1.92m	2.53m	-1.83m	0.052	0.012	0.004	
22	1	3	0.0000	3.6000	3.2000	6	-1.53m	-2.66m	-4.62m	-0.046	-0.006	-0.005	2.10m	2.67m	-1.67m	0.043	0.041	0.005	
23	1	 	0.0000	3.6000	2.7000	6	-1.49m	-2.28m	-4.62m	-0.046	-0.006	-0.005	1.76m	2.27m	-1.67m	0.043	0.041	0.005	
24	1	4	5.5000	3.6000	3.2000	6	-1.61m	-2.96m	-5.19m	-0.052	-0.031	-0.004	2.01m	2.97m	-1.83m	0.049	0.012	0.005	
25	1	 	5.5000	3.6000	2.7000	6	-1.35m	-2.53m	-5.19m	-0.052	-0.031	-0.004	1.92m	2.52m	-1.83m	0.049	0.012	0.005	
27	1	 	1.1000	3.6000	3.2000	6	-1.50m	-2.66m	-4.90m	-0.043	0.002	-0.004	2.06m	2.67m	-2.10m	0.041	0.032	0.004	
28	1	 	2.2000	3.6000	3.2000	6	-1.51m	-2.68m	-5.11m	-0.044	-0.002	-0.004	2.02m	2.68m	-2.41m	0.042	0.02	0.004	
29	1	 	3.3000	3.6000	3.2000	6	-1.54m	-2.77m	-5.27m	-0.045	-0.012	-0.004	1.99m	2.77m	-2.40m	0.044	0.009	0.004	
30	1	 	4.4000	3.6000	3.2000	6	-1.58m	-2.86m	-5.27m	-0.047	-0.023	-0.004	1.98m	2.86m	-2.17m	0.045	0.005	0.004	
31	1	 	0.0000	3.6000	2.9500	6	-1.51m	-2.47m	-4.62m	-0.046	-0.006	-0.005	1.93m	2.47m	-1.67m	0.043	0.041	0.005	
32	1	 	1.1000	3.6000	2.9500	6	-1.52m	-2.49m	-4.90m	-0.043	0.002	-0.004	1.94m	2.48m	-2.10m	0.041	0.032	0.004	
33	1	 	2.2000	3.6000	2.9500	6	-1.51m	-2.50m	-5.11m	-0.044	-0.002	-0.004	1.95m	2.49m	-2.41m	0.042	0.02	0.004	
34	1	 	3.3000	3.6000	2.9500	6	-1.50m	-2.58m	-5.27m	-0.045	-0.012	-0.004	1.96m	2.57m	-2.40m	0.044	0.009	0.004	
35	1	 	4.4000	3.6000	2.9500	6	-1.49m	-2.66m	-5.27m	-0.047	-0.023	-0.004	1.97m	2.66m	-2.17m	0.045	0.005	0.004	
36	1	 	5.5000	3.6000	2.9500	6	-1.48m	-2.74m	-5.19m	-0.052	-0.031	-0.004	1.96m	2.74m	-1.83m	0.049	0.012	0.005	
37	1	 	1.1000	0.0000	3.2000	6	-1.50m	-2.67m	-4.90m	-0.041	0.002	-0.004	2.06m	2.66m	-2.10m	0.043	0.032	0.004	
38	1	 	2.2000	0.0000	3.2000	6	-1.51m	-2.68m	-5.11m	-0.042	-0.002	-0.004	2.02m	2.68m	-2.41m	0.044	0.02	0.004	
39	1	 	3.3000	0.0000	3.2000	6	-1.54m	-2.77m	-5.27m	-0.044	-0.012	-0.004	1.99m	2.77m	-2.40m	0.045	0.009	0.004	
40	1	 	4.4000	0.0000	3.2000	6	-1.58m	-2.86m	-5.27m	-0.045	-0.023	-0.004	1.98m	2.86m	-2.17m	0.047	0.005	0.004	
41	1	 	0.0000	0.0000	2.9500	6	-1.51m	-2.47m	-4.62m	-0.043	-0.006	-0.005	1.93m	2.47m	-1.67m	0.046	0.041	0.005	
42	1	 	1.1000	0.0000	2.9500	6	-1.52m	-2.48m	-4.90m	-0.041	0.002	-0.004	1.94m	2.49m	-2.10m	0.043	0.032	0.004	
43	1	 	2.2000	0.0000	2.9500	6	-1.51m	-2.49m	-5.11m	-0.042	-0.002	-0.004	1.95m	2.50m	-2.41m	0.044	0.02	0.004	
44	1	 	3.3000	0.0000	2.9500	6	-1.50m	-2.57m	-5.27m	-0.044	-0.012	-0.004	1.96m	2.58m	-2.40m	0.045	0.009	0.004	
45	1	 	4.4000	0.0000	2.9500	6	-1.49m	-2.66m	-5.27m	-0.045	-0.023	-0.004	1.97m	2.66m	-2.17m	0.047	0.005	0.004	
46	1	 	5.5000	0.0000	2.9500	6	-1.48m	-2.74m	-5.19m	-0.049	-0.031	-0.005	1.96m	2.74m	-1.83m	0.052	0.012	0.004	
47	1	5	0.0000	1.2000	3.2000	6	-1.47m	-2.65m	-3.84m	-0.04	-0.003	-0.005	2.04m	2.64m	-2.39m	0.042	0.041	0.005	
48	1	 	0.0000	1.2000	2.9500	6	-1.46m	-2.47m	-3.84m	-0.04	-0.003	-0.005	1.86m	2.47m	-2.39m	0.042	0.041	0.005	
49	1	6	5.5000	1.2000	3.2000	6	-1.55m	-2.95m	-4.29m	-0.047	-0.032	-0.005	1.95m	2.95m	-2.67m	0.047	0.009	0.005	
50	1	 	5.5000	1.2000	2.9500	6	-1.41m	-2.74m	-4.29m	-0.047	-0.032	-0.005	1.91m	2.74m	-2.67m	0.047	0.009	0.005	
51	1	7	0.0000	2.4000	3.2000	6	-1.47m	-2.64m	-3.84m	-0.042	-0.003	-0.005	2.04m	2.65m	-2.39m	0.04	0.041	0.005	
52	1	 	0.0000	2.4000	2.9500	6	-1.46m	-2.47m	-3.84m	-0.042	-0.003	-0.005	1.86m	2.47m	-2.39m	0.04	0.041	0.005	
53	1	8	5.5000	2.4000	3.2000	6	-1.55m	-2.95m	-4.29m	-0.047	-0.032	-0.005	1.95m	2.95m	-2.67m	0.047	0.009	0.005	
54	1	 	5.5000	2.4000	2.9500	6	-1.41m	-2.74m	-4.29m	-0.047	-0.032	-0.005	1.91m	2.74m	-2.67m	0.047	0.009	0.005	
95	1	 	0.0000	1.2000	3.0500	6	-1.46m	-2.54m	-3.84m	-0.04	-0.003	-0.005	1.93m	2.54m	-2.39m	0.042	0.041	0.005	
96	1	 	1.1000	1.2000	3.0500	6	-1.46m	-2.56m	-4.01m	-0.042	0.004	0	1.93m	2.56m	-2.97m	0.043	0.032	0	
97	1	 	1.1000	2.4000	3.0500	6	-1.46m	-2.56m	-4.01m	-0.043	0.004	0	1.93m	2.56m	-2.97m	0.042	0.032	0	
98	1	 	0.0000	2.4000	3.0500	6	-1.46m	-2.54m	-3.84m	-0.042	-0.003	-0.005	1.93m	2.54m	-2.39m	0.04	0.041	0.005	
99	1	 	2.2000	1.2000	3.0500	6	-1.47m	-2.57m	-4.22m	-0.043	-0.001	0	1.93m	2.57m	-3.30m	0.043	0.019	0	
100	1	 	2.2000	2.4000	3.0500	6	-1.47m	-2.57m	-4.22m	-0.043	-0.001	0	1.93m	2.57m	-3.30m	0.043	0.019	0	
101	1	 	3.3000	1.2000	3.0500	6	-1.47m	-2.65m	-4.34m	-0.045	-0.011	0	1.93m	2.65m	-3.33m	0.044	0.008	0	
102	1	 	3.3000	2.4000	3.0500	6	-1.47m	-2.65m	-4.34m	-0.044	-0.011	0	1.93m	2.65m	-3.33m	0.045	0.008	0	
103	1	 	4.4000	1.2000	3.0500	6	-1.47m	-2.74m	-4.30m	-0.046	-0.024	0	1.93m	2.74m	-3.13m	0.046	0.003	0	
104	1	 	4.4000	2.4000	3.0500	6	-1.47m	-2.74m	-4.30m	-0.046	-0.024	0	1.93m	2.74m	-3.13m	0.046	0.003	0	
105	1	 	5.5000	1.2000	3.0500	6	-1.47m	-2.83m	-4.29m	-0.047	-0.032	-0.005	1.92m	2.83m	-2.67m	0.047	0.009	0.005	
106	1	 	5.5000	2.4000	3.0500	6	-1.47m	-2.83m	-4.29m	-0.047	-0.032	-0.005	1.92m	2.83m	-2.67m	0.047	0.009	0.005	
107	1	 	1.1000	1.2000	3.2000	6	-1.45m	-2.67m	-4.01m	-0.042	0.004	0	2.01m	2.67m	-2.97m	0.043	0.032	0	
108	1	 	2.2000	1.2000	3.2000	6	-1.46m	-2.68m	-4.22m	-0.043	-0.001	0	1.98m	2.68m	-3.30m	0.043	0.019	0	
109	1	 	3.3000	1.2000	3.2000	6	-1.49m	-2.77m	-4.34m	-0.045	-0.011	0	1.95m	2.77m	-3.33m	0.044	0.008	0	
110	1	 	4.4000	1.2000	3.2000	6	-1.53m	-2.86m	-4.30m	-0.046	-0.024	0	1.93m	2.86m	-3.13m	0.046	0.003	0	
111	1	 	4.4000	2.4000	3.2000	6	-1.53m	-2.86m	-4.30m	-0.046	-0.024	0	1.93m	2.86m	-3.13m	0.046	0.003	0	
112	1	 	3.3000	2.4000	3.2000	6	-1.49m	-2.77m	-4.34m	-0.044	-0.011	0	1.95m	2.77m	-3.33m	0.045	0.008	0	
113	1	 	2.2000	2.4000	3.2000	6	-1.46m	-2.68m	-4.22m	-0.043	-0.001	0	1.98m	2.68m	-3.30m	0.043	0.019	0	
114	1	 	1.1000	2.4000	3.2000	6	-1.45m	-2.67m	-4.01m	-0.043	0.004	0	2.01m	2.67m	-2.97m	0.042	0.032	0	
115	1	 	0.0000	0.0000	3.0500	6	-1.52m	-2.55m	-4.62m	-0.043	-0.006	-0.005	1.99m	2.54m	-1.67m	0.046	0.041	0.005	
116	1	 	1.1000	0.0000	3.0500	6	-1.51m	-2.56m	-4.90m	-0.041	0.002	-0.004	1.99m	2.56m	-2.10m	0.043	0.032	0.004	
117	1	 	2.2000	0.0000	3.0500	6	-1.51m	-2.57m	-5.11m	-0.042	-0.002	-0.004	1.98m	2.57m	-2.41m	0.044	0.02	0.004	
118	1	 	3.3000	0.0000	3.0500	6	-1.52m	-2.65m	-5.27m	-0.044	-0.012	-0.004	1.97m	2.65m	-2.40m	0.045	0.009	0.004	
119	1	 	4.4000	0.0000	3.0500	6	-1.52m	-2.74m	-5.27m	-0.045	-0.023	-0.004	1.97m	2.74m	-2.17m	0.047	0.005	0.004	
120	1	 	5.5000	0.0000	3.0500	6	-1.53m	-2.83m	-5.19m	-0.049	-0.031	-0.005	1.98m	2.83m	-1.83m	0.052	0.012	0.004	
121	1	 	1.1000	3.6000	3.0500	6	-1.51m	-2.56m	-4.90m	-0.043	0.002	-0.004	1.99m	2.56m	-2.10m	0.041	0.032	0.004	
122	1	 	0.0000	3.6000	3.0500	6	-1.52m	-2.54m	-4.62m	-0.046	-0.006	-0.005	1.99m	2.55m	-1.67m	0.043	0.041	0.005	
123	1	 	2.2000	3.6000	3.0500	6	-1.51m	-2.57m	-5.11m	-0.044	-0.002	-0.004	1.98m	2.57m	-2.41m	0.042	0.02	0.004	
124	1	 	3.3000	3.6000	3.0500	6	-1.52m	-2.65m	-5.27m	-0.045	-0.012	-0.004	1.97m	2.65m	-2.40m	0.044	0.009	0.004	
125	1	 	4.4000	3.6000	3.0500	6	-1.52m	-2.74m	-5.27m	-0.047	-0.023	-0.004	1.97m	2.74m	-2.17m	0.045	0.005	0.004	
126	1	 	5.5000	3.6000	3.0500	6	-1.53m	-2.83m	-5.19m	-0.052	-0.031	-0.004	1.98m	2.83m	-1.83m	0.049	0.012	0.005	
8	2	 	0.1000	3.6000	6.1500	6	-7.48m	-6.51m	-4.63m	-0.071	0.036	-0.015	8.34m	6.51m	-1.79m	0.07	0.055	0.015	
9	2	 	5.4000	3.6000	6.1500	6	-7.47m	-7.24m	-5.20m	-0.079	-0.048	-0.015	8.35m	7.24m	-1.92m	0.078	-0.028	0.015	
10	2	 	0.1000	0.0000	6.1500	6	-7.48m	-6.51m	-4.63m	-0.07	0.036	-0.015	8.34m	6.51m	-1.79m	0.071	0.055	0.015	
11	2	 	5.4000	0.0000	6.1500	6	-7.47m	-7.24m	-5.20m	-0.078	-0.048	-0.015	8.35m	7.24m	-1.92m	0.079	-0.028	0.015	
55	2	1	0.0000	0.0000	6.4000	6	-8.18m	-6.80m	-4.69m	-0.07	-0.163	-0.019	9.09m	6.80m	-1.71m	0.071	0.173	0.016	
56	2	2	5.5000	0.0000	6.4000	6	-8.19m	-7.59m	-5.26m	-0.078	-0.166	-0.011	9.09m	7.59m	-1.87m	0.079	0.171	0.013	
57	2	3	0.0000	3.6000	6.4000	6	-8.18m	-6.80m	-4.69m	-0.071	-0.163	-0.016	9.09m	6.80m	-1.71m	0.07	0.173	0.019	
58	2	4	5.5000	3.6000	6.4000	6	-8.19m	-7.59m	-5.26m	-0.079	-0.166	-0.013	9.09m	7.59m	-1.87m	0.078	0.171	0.011	
59	2	5	0.0000	1.2000	6.4000	6	-7.83m	-6.73m	-3.83m	-0.038	-0.168	-0.017	8.75m	6.71m	-2.41m	0.043	0.16	0.015	
60	2	6	5.5000	1.2000	6.4000	6	-7.86m	-7.50m	-4.29m	-0.044	-0.154	-0.019	8.75m	7.49m	-2.70m	0.048	0.176	0.021	
61	2	7	0.0000	2.4000	6.4000	6	-7.83m	-6.71m	-3.83m	-0.043	-0.168	-0.015	8.75m	6.73m	-2.41m	0.038	0.16	0.017	
62	2	8	5.5000	2.4000	6.4000	6	-7.86m	-7.49m	-4.29m	-0.048	-0.154	-0.021	8.75m	7.50m	-2.70m	0.044	0.176	0.019	
63	2	 	0.1000	3.6000	6.1500	6	-7.48m	-6.51m	-4.63m	-0.071	-0.163	-0.016	8.34m	6.51m	-1.79m	0.07	0.173	0.019	
64	2	 	5.4000	3.6000	6.1500	6	-7.47m	-7.24m	-5.20m	-0.079	-0.166	-0.013	8.35m	7.24m	-1.92m	0.078	0.171	0.011	
65	2	 	0.1000	0.0000	6.1500	6	-7.48m	-6.51m	-4.63m	-0.07	-0.163	-0.019	8.34m	6.51m	-1.79m	0.071	0.173	0.016	
66	2	 	5.4000	0.0000	6.1500	6	-7.47m	-7.24m	-5.20m	-0.078	-0.166	-0.011	8.35m	7.24m	-1.92m	0.079	0.171	0.013	
67	2	 	0.0000	1.1000	6.2500	6	-7.42m	-6.61m	-3.86m	-0.038	-0.168	-0.017	8.36m	6.61m	-2.40m	0.043	0.16	0.015	
68	2	 	0.0000	0.1500	6.2500	6	-7.72m	-6.61m	-4.50m	-0.07	-0.163	-0.019	8.61m	6.62m	-1.89m	0.071	0.173	0.016	
69	2	 	0.0000	3.4500	6.2500	6	-7.72m	-6.62m	-4.50m	-0.071	-0.163	-0.016	8.61m	6.61m	-1.89m	0.07	0.173	0.019	
70	2	 	0.0000	2.5000	6.2500	6	-7.42m	-6.61m	-3.86m	-0.043	-0.168	-0.015	8.36m	6.61m	-2.40m	0.038	0.16	0.017	
71	2	 	0.0000	2.3000	6.2500	6	-7.36m	-6.61m	-3.81m	-0.043	-0.168	-0.015	8.31m	6.61m	-2.43m	0.038	0.16	0.017	
72	2	 	0.0000	1.3000	6.2500	6	-7.36m	-6.61m	-3.81m	-0.038	-0.168	-0.017	8.31m	6.61m	-2.43m	0.043	0.16	0.015	
73	2	 	5.5000	3.4500	6.2500	6	-7.73m	-7.38m	-5.05m	-0.079	-0.166	-0.013	8.61m	7.38m	-2.07m	0.078	0.171	0.011	
74	2	 	5.5000	2.5000	6.2500	6	-7.49m	-7.38m	-4.32m	-0.048	-0.154	-0.021	8.32m	7.38m	-2.68m	0.044	0.176	0.019	
75	2	 	5.5000	1.1000	6.2500	6	-7.49m	-7.38m	-4.32m	-0.044	-0.154	-0.019	8.32m	7.38m	-2.68m	0.048	0.176	0.021	
76	2	 	5.5000	0.1500	6.2500	6	-7.73m	-7.38m	-5.05m	-0.078	-0.166	-0.011	8.61m	7.38m	-2.07m	0.079	0.171	0.013	
77	2	 	5.5000	2.3000	6.2500	6	-7.44m	-7.38m	-4.26m	-0.048	-0.154	-0.021	8.26m	7.38m	-2.72m	0.044	0.176	0.019	
78	2	 	5.5000	1.3000	6.2500	6	-7.44m	-7.38m	-4.26m	-0.044	-0.154	-0.019	8.26m	7.38m	-2.72m	0.048	0.176	0.021	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Famiglia Cmb. 7) Sismica SLD
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Fam.Cmb.		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	7	-94.4µ	-0.13m	-4.27m	-0.03	-0.022	0	68.1µ	0.13m	-1.91m	0.03	0.016	0	
1	0	5	0.0000	1.2000	0.0000	7	-0.10m	-0.15m	-3.69m	-0.035	-0.024	-0.001	22.7µ	0.15m	-2.50m	0.035	0.005	0	
2	0	 	0.0000	0.1500	-0.2500	7	-1.05µ	0	-4.19m	-0.03	-0.022	0	0.27µ	0	-1.99m	0.03	0.016	0	
3	0	 	0.0000	1.2000	-0.2500	7	0	0	-3.69m	-0.035	-0.024	-0.001	0	0	-2.50m	0.035	0.005	0	
4	0	7	0.0000	2.4000	0.0000	7	-0.10m	-0.15m	-3.69m	-0.035	-0.024	0	22.7µ	0.15m	-2.50m	0.035	0.005	0.001	
5	0	 	0.0000	2.4000	-0.2500	7	0	0	-3.69m	-0.035	-0.024	0	0	0	-2.50m	0.035	0.005	0.001	
6	0	3	0.0000	3.6000	0.0000	7	-94.4µ	-0.13m	-4.27m	-0.03	-0.022	0	68.1µ	0.13m	-1.91m	0.03	0.016	0	
7	0	 	0.0000	3.4500	-0.2500	7	-1.05µ	0	-4.19m	-0.03	-0.022	0	0.27µ	0	-1.99m	0.03	0.016	0	
8	0	2	5.5000	0.0000	0.0000	7	-67.5µ	-0.16m	-4.81m	-0.037	-0.015	0	0.17m	0.16m	-2.11m	0.037	0.039	0	
9	0	6	5.5000	1.2000	0.0000	7	11.8µ	-0.17m	-4.12m	-0.039	0.003	0	0.14m	0.17m	-2.80m	0.039	0.032	0	
10	0	 	5.5000	0.1500	-0.2500	7	-81.3n	0	-4.71m	-0.037	-0.015	0	29.5n	0	-2.20m	0.037	0.039	0	
11	0	 	5.5000	1.2000	-0.2500	7	0	0	-4.12m	-0.039	0.003	0	0	0	-2.80m	0.039	0.032	0	
12	0	8	5.5000	2.4000	0.0000	7	11.8µ	-0.17m	-4.12m	-0.039	0.003	0	0.14m	0.17m	-2.80m	0.039	0.032	0	
13	0	9	5.5000	1.8000	0.0000	7	11.7µ	-0.17m	-3.99m	-0.039	0.003	0	0.14m	0.17m	-2.93m	0.039	0.032	0	
14	0	 	5.5000	1.8000	-0.2500	7	0	0	-3.99m	-0.039	0.003	0	0	0	-2.93m	0.039	0.032	0	
15	0	 	5.5000	2.4000	-0.2500	7	0	0	-4.12m	-0.039	0.003	0	0	0	-2.80m	0.039	0.032	0	
16	0	4	5.5000	3.6000	0.0000	7	-67.5µ	-0.16m	-4.81m	-0.037	-0.015	0	0.17m	0.16m	-2.11m	0.037	0.039	0	
17	0	 	5.5000	3.4500	-0.2500	7	-81.3n	0	-4.71m	-0.037	-0.015	0	29.5n	0	-2.20m	0.037	0.039	0	
79	0	 	1.1000	1.2000	-0.2500	7	0	0	-3.35m	-0.036	-0.019	0	0	0	-2.47m	0.035	0.003	0	
80	0	 	1.1000	2.4000	-0.2500	7	0	0	-3.35m	-0.035	-0.019	0	0	0	-2.47m	0.036	0.003	0	
81	0	 	2.2000	1.2000	-0.2500	7	0	0	-3.21m	-0.036	-0.01	0	0	0	-2.44m	0.034	0.008	0	
82	0	 	2.2000	2.4000	-0.2500	7	0	0	-3.21m	-0.034	-0.01	0	0	0	-2.44m	0.036	0.008	0	
83	0	 	3.3000	1.2000	-0.2500	7	0	0	-3.30m	-0.037	-0.001	0	0	0	-2.48m	0.035	0.017	0	
84	0	 	3.3000	2.4000	-0.2500	7	0	0	-3.30m	-0.035	-0.001	0	0	0	-2.48m	0.037	0.017	0	
85	0	 	4.4000	1.2000	-0.2500	7	0	0	-3.61m	-0.038	0.004	0	0	0	-2.65m	0.037	0.027	0	
86	0	 	4.4000	2.4000	-0.2500	7	0	0	-3.61m	-0.037	0.004	0	0	0	-2.65m	0.038	0.027	0	
87	0	 	1.1000	1.2000	0.0000	7	-82.2µ	-0.15m	-3.35m	-0.036	-0.019	0	12.6µ	0.16m	-2.47m	0.035	0.003	0	
88	0	 	2.2000	1.2000	0.0000	7	-42.6µ	-0.15m	-3.21m	-0.036	-0.01	0	35.1µ	0.16m	-2.44m	0.034	0.008	0	
89	0	 	3.3000	1.2000	0.0000	7	-3.25µ	-0.15m	-3.30m	-0.037	-0.001	0	75.8µ	0.16m	-2.48m	0.035	0.017	0	
90	0	 	4.4000	1.2000	0.0000	7	19.5µ	-0.16m	-3.61m	-0.038	0.004	0	0.12m	0.17m	-2.65m	0.037	0.027	0	
91	0	 	4.4000	2.4000	0.0000	7	19.5µ	-0.17m	-3.61m	-0.037	0.004	0	0.12m	0.16m	-2.65m	0.038	0.027	0	
92	0	 	3.3000	2.4000	0.0000	7	-3.25µ	-0.16m	-3.30m	-0.035	-0.001	0	75.8µ	0.15m	-2.48m	0.037	0.017	0	
93	0	 	2.2000	2.4000	0.0000	7	-42.6µ	-0.16m	-3.21m	-0.034	-0.01	0	35.1µ	0.15m	-2.44m	0.036	0.008	0	
94	0	 	1.1000	2.4000	0.0000	7	-82.2µ	-0.16m	-3.35m	-0.035	-0.019	0	12.6µ	0.15m	-2.47m	0.036	0.003	0	
0	1	 	0.0000	2.4000	1.0667	7	-0.58m	-0.83m	-3.70m	0	-0.026	0	0.35m	0.83m	-2.50m	0	0.028	0.003	
1	1	 	0.0000	1.2000	1.0667	7	-0.58m	-0.83m	-3.70m	0	-0.026	-0.003	0.35m	0.83m	-2.50m	0	0.028	0	
2	1	 	0.0000	2.4000	2.1333	7	-0.99m	-1.50m	-3.70m	0	-0.017	-0.002	0.99m	1.50m	-2.51m	0	0.039	0.004	
3	1	 	0.0000	1.2000	2.1333	7	-0.99m	-1.50m	-3.70m	0	-0.017	-0.004	0.99m	1.50m	-2.51m	0	0.039	0.002	
7	1	9	5.5000	1.8000	3.2000	7	-1.21m	-2.42m	-4.02m	-0.039	-0.028	-0.004	1.61m	2.42m	-2.95m	0.039	0.005	0.004	
18	1	1	0.0000	0.0000	3.2000	7	-1.20m	-2.19m	-4.36m	-0.035	-0.002	-0.004	1.77m	2.18m	-1.94m	0.038	0.037	0.004	
19	1	 	0.0000	0.0000	2.7000	7	-1.20m	-1.86m	-4.36m	-0.035	-0.002	-0.004	1.46m	1.87m	-1.94m	0.038	0.037	0.004	
20	1	2	5.5000	0.0000	3.2000	7	-1.28m	-2.43m	-4.89m	-0.04	-0.027	-0.004	1.68m	2.42m	-2.14m	0.043	0.008	0.004	
21	1	 	5.5000	0.0000	2.7000	7	-1.05m	-2.06m	-4.89m	-0.04	-0.027	-0.004	1.62m	2.07m	-2.14m	0.043	0.008	0.004	
22	1	3	0.0000	3.6000	3.2000	7	-1.20m	-2.18m	-4.36m	-0.038	-0.002	-0.004	1.77m	2.19m	-1.94m	0.035	0.037	0.004	
23	1	 	0.0000	3.6000	2.7000	7	-1.20m	-1.87m	-4.36m	-0.038	-0.002	-0.004	1.46m	1.86m	-1.94m	0.035	0.037	0.004	
24	1	4	5.5000	3.6000	3.2000	7	-1.28m	-2.42m	-4.89m	-0.043	-0.027	-0.004	1.68m	2.43m	-2.14m	0.04	0.008	0.004	
25	1	 	5.5000	3.6000	2.7000	7	-1.05m	-2.07m	-4.89m	-0.043	-0.027	-0.004	1.62m	2.06m	-2.14m	0.04	0.008	0.004	
27	1	 	1.1000	3.6000	3.2000	7	-1.17m	-2.18m	-4.64m	-0.035	0.004	-0.004	1.74m	2.19m	-2.36m	0.033	0.029	0.004	
28	1	 	2.2000	3.6000	3.2000	7	-1.19m	-2.20m	-4.87m	-0.036	0	-0.004	1.70m	2.20m	-2.65m	0.035	0.018	0.004	
29	1	 	3.3000	3.6000	3.2000	7	-1.22m	-2.27m	-5.01m	-0.037	-0.01	-0.004	1.67m	2.27m	-2.66m	0.036	0.007	0.004	
30	1	 	4.4000	3.6000	3.2000	7	-1.25m	-2.34m	-4.99m	-0.039	-0.021	-0.004	1.65m	2.35m	-2.45m	0.037	0.002	0.004	
31	1	 	0.0000	3.6000	2.9500	7	-1.20m	-2.02m	-4.36m	-0.038	-0.002	-0.004	1.61m	2.02m	-1.94m	0.035	0.037	0.004	
32	1	 	1.1000	3.6000	2.9500	7	-1.20m	-2.04m	-4.64m	-0.035	0.004	-0.004	1.62m	2.03m	-2.36m	0.033	0.029	0.004	
33	1	 	2.2000	3.6000	2.9500	7	-1.20m	-2.05m	-4.87m	-0.036	0	-0.004	1.64m	2.04m	-2.65m	0.035	0.018	0.004	
34	1	 	3.3000	3.6000	2.9500	7	-1.19m	-2.11m	-5.01m	-0.037	-0.01	-0.004	1.65m	2.11m	-2.66m	0.036	0.007	0.004	
35	1	 	4.4000	3.6000	2.9500	7	-1.17m	-2.18m	-4.99m	-0.039	-0.021	-0.004	1.65m	2.18m	-2.45m	0.037	0.002	0.004	
36	1	 	5.5000	3.6000	2.9500	7	-1.17m	-2.25m	-4.89m	-0.043	-0.027	-0.004	1.65m	2.25m	-2.14m	0.04	0.008	0.004	
37	1	 	1.1000	0.0000	3.2000	7	-1.17m	-2.19m	-4.64m	-0.033	0.004	-0.004	1.74m	2.18m	-2.36m	0.035	0.029	0.004	
38	1	 	2.2000	0.0000	3.2000	7	-1.19m	-2.20m	-4.87m	-0.035	0	-0.004	1.70m	2.20m	-2.65m	0.036	0.018	0.004	
39	1	 	3.3000	0.0000	3.2000	7	-1.22m	-2.27m	-5.01m	-0.036	-0.01	-0.004	1.67m	2.27m	-2.66m	0.037	0.007	0.004	
40	1	 	4.4000	0.0000	3.2000	7	-1.25m	-2.35m	-4.99m	-0.037	-0.021	-0.004	1.65m	2.34m	-2.45m	0.039	0.002	0.004	
41	1	 	0.0000	0.0000	2.9500	7	-1.20m	-2.02m	-4.36m	-0.035	-0.002	-0.004	1.61m	2.02m	-1.94m	0.038	0.037	0.004	
42	1	 	1.1000	0.0000	2.9500	7	-1.20m	-2.03m	-4.64m	-0.033	0.004	-0.004	1.62m	2.04m	-2.36m	0.035	0.029	0.004	
43	1	 	2.2000	0.0000	2.9500	7	-1.20m	-2.04m	-4.87m	-0.035	0	-0.004	1.64m	2.05m	-2.65m	0.036	0.018	0.004	
44	1	 	3.3000	0.0000	2.9500	7	-1.19m	-2.11m	-5.01m	-0.036	-0.01	-0.004	1.65m	2.11m	-2.66m	0.037	0.007	0.004	
45	1	 	4.4000	0.0000	2.9500	7	-1.17m	-2.18m	-4.99m	-0.037	-0.021	-0.004	1.65m	2.18m	-2.45m	0.039	0.002	0.004	
46	1	 	5.5000	0.0000	2.9500	7	-1.17m	-2.25m	-4.89m	-0.04	-0.027	-0.004	1.65m	2.25m	-2.14m	0.043	0.008	0.004	
47	1	5	0.0000	1.2000	3.2000	7	-1.15m	-2.17m	-3.71m	-0.032	0.001	-0.004	1.72m	2.17m	-2.52m	0.035	0.037	0.004	
48	1	 	0.0000	1.2000	2.9500	7	-1.16m	-2.02m	-3.71m	-0.032	0.001	-0.004	1.56m	2.03m	-2.52m	0.035	0.037	0.004	
49	1	6	5.5000	1.2000	3.2000	7	-1.23m	-2.42m	-4.14m	-0.039	-0.028	-0.004	1.63m	2.42m	-2.82m	0.039	0.005	0.004	
50	1	 	5.5000	1.2000	2.9500	7	-1.11m	-2.25m	-4.14m	-0.039	-0.028	-0.004	1.61m	2.25m	-2.82m	0.039	0.005	0.004	
51	1	7	0.0000	2.4000	3.2000	7	-1.15m	-2.17m	-3.71m	-0.035	0.001	-0.004	1.72m	2.17m	-2.52m	0.032	0.037	0.004	
52	1	 	0.0000	2.4000	2.9500	7	-1.16m	-2.03m	-3.71m	-0.035	0.001	-0.004	1.56m	2.02m	-2.52m	0.032	0.037	0.004	
53	1	8	5.5000	2.4000	3.2000	7	-1.23m	-2.42m	-4.14m	-0.039	-0.028	-0.004	1.63m	2.42m	-2.82m	0.039	0.005	0.004	
54	1	 	5.5000	2.4000	2.9500	7	-1.11m	-2.25m	-4.14m	-0.039	-0.028	-0.004	1.61m	2.25m	-2.82m	0.039	0.005	0.004	
95	1	 	0.0000	1.2000	3.0500	7	-1.15m	-2.08m	-3.71m	-0.032	0.001	-0.004	1.62m	2.08m	-2.52m	0.035	0.037	0.004	
96	1	 	1.1000	1.2000	3.0500	7	-1.16m	-2.10m	-3.92m	-0.035	0.007	0	1.62m	2.10m	-3.06m	0.035	0.03	0	
97	1	 	1.1000	2.4000	3.0500	7	-1.16m	-2.10m	-3.92m	-0.035	0.007	0	1.62m	2.10m	-3.06m	0.035	0.03	0	
98	1	 	0.0000	2.4000	3.0500	7	-1.15m	-2.08m	-3.71m	-0.035	0.001	-0.004	1.62m	2.08m	-2.52m	0.032	0.037	0.004	
99	1	 	2.2000	1.2000	3.0500	7	-1.16m	-2.11m	-4.14m	-0.035	0.001	0	1.62m	2.11m	-3.39m	0.035	0.018	0	
100	1	 	2.2000	2.4000	3.0500	7	-1.16m	-2.11m	-4.14m	-0.035	0.001	0	1.62m	2.11m	-3.39m	0.035	0.018	0	
101	1	 	3.3000	1.2000	3.0500	7	-1.16m	-2.17m	-4.25m	-0.037	-0.01	0	1.62m	2.17m	-3.42m	0.036	0.006	0	
102	1	 	3.3000	2.4000	3.0500	7	-1.16m	-2.17m	-4.25m	-0.036	-0.01	0	1.62m	2.17m	-3.42m	0.037	0.006	0	
103	1	 	4.4000	1.2000	3.0500	7	-1.16m	-2.25m	-4.19m	-0.038	-0.021	0	1.62m	2.25m	-3.23m	0.038	0	0	
104	1	 	4.4000	2.4000	3.0500	7	-1.16m	-2.25m	-4.19m	-0.038	-0.021	0	1.62m	2.25m	-3.23m	0.038	0	0	
105	1	 	5.5000	1.2000	3.0500	7	-1.16m	-2.32m	-4.14m	-0.039	-0.028	-0.004	1.62m	2.32m	-2.82m	0.039	0.005	0.004	
106	1	 	5.5000	2.4000	3.0500	7	-1.16m	-2.32m	-4.14m	-0.039	-0.028	-0.004	1.62m	2.32m	-2.82m	0.039	0.005	0.004	
107	1	 	1.1000	1.2000	3.2000	7	-1.14m	-2.19m	-3.92m	-0.035	0.007	0	1.70m	2.19m	-3.06m	0.035	0.03	0	
108	1	 	2.2000	1.2000	3.2000	7	-1.15m	-2.20m	-4.14m	-0.035	0.001	0	1.67m	2.20m	-3.39m	0.035	0.018	0	
109	1	 	3.3000	1.2000	3.2000	7	-1.18m	-2.27m	-4.25m	-0.037	-0.01	0	1.63m	2.27m	-3.42m	0.036	0.006	0	
110	1	 	4.4000	1.2000	3.2000	7	-1.21m	-2.34m	-4.19m	-0.038	-0.021	0	1.62m	2.34m	-3.23m	0.038	0	0	
111	1	 	4.4000	2.4000	3.2000	7	-1.21m	-2.34m	-4.19m	-0.038	-0.021	0	1.62m	2.34m	-3.23m	0.038	0	0	
112	1	 	3.3000	2.4000	3.2000	7	-1.18m	-2.27m	-4.25m	-0.036	-0.01	0	1.63m	2.27m	-3.42m	0.037	0.006	0	
113	1	 	2.2000	2.4000	3.2000	7	-1.15m	-2.20m	-4.14m	-0.035	0.001	0	1.67m	2.20m	-3.39m	0.035	0.018	0	
114	1	 	1.1000	2.4000	3.2000	7	-1.14m	-2.19m	-3.92m	-0.035	0.007	0	1.70m	2.19m	-3.06m	0.035	0.03	0	
115	1	 	0.0000	0.0000	3.0500	7	-1.20m	-2.09m	-4.36m	-0.035	-0.002	-0.004	1.68m	2.08m	-1.94m	0.038	0.037	0.004	
116	1	 	1.1000	0.0000	3.0500	7	-1.19m	-2.09m	-4.64m	-0.033	0.004	-0.004	1.67m	2.09m	-2.36m	0.035	0.029	0.004	
117	1	 	2.2000	0.0000	3.0500	7	-1.19m	-2.11m	-4.87m	-0.035	0	-0.004	1.66m	2.11m	-2.65m	0.036	0.018	0.004	
118	1	 	3.3000	0.0000	3.0500	7	-1.20m	-2.17m	-5.01m	-0.036	-0.01	-0.004	1.66m	2.17m	-2.66m	0.037	0.007	0.004	
119	1	 	4.4000	0.0000	3.0500	7	-1.21m	-2.25m	-4.99m	-0.037	-0.021	-0.004	1.65m	2.24m	-2.45m	0.039	0.002	0.004	
120	1	 	5.5000	0.0000	3.0500	7	-1.21m	-2.32m	-4.89m	-0.04	-0.027	-0.004	1.66m	2.32m	-2.14m	0.043	0.008	0.004	
121	1	 	1.1000	3.6000	3.0500	7	-1.19m	-2.09m	-4.64m	-0.035	0.004	-0.004	1.67m	2.09m	-2.36m	0.033	0.029	0.004	
122	1	 	0.0000	3.6000	3.0500	7	-1.20m	-2.08m	-4.36m	-0.038	-0.002	-0.004	1.68m	2.09m	-1.94m	0.035	0.037	0.004	
123	1	 	2.2000	3.6000	3.0500	7	-1.19m	-2.11m	-4.87m	-0.036	0	-0.004	1.66m	2.11m	-2.65m	0.035	0.018	0.004	
124	1	 	3.3000	3.6000	3.0500	7	-1.20m	-2.17m	-5.01m	-0.037	-0.01	-0.004	1.66m	2.17m	-2.66m	0.036	0.007	0.004	
125	1	 	4.4000	3.6000	3.0500	7	-1.21m	-2.24m	-4.99m	-0.039	-0.021	-0.004	1.65m	2.25m	-2.45m	0.037	0.002	0.004	
126	1	 	5.5000	3.6000	3.0500	7	-1.21m	-2.32m	-4.89m	-0.043	-0.027	-0.004	1.66m	2.32m	-2.14m	0.04	0.008	0.004	
8	2	 	0.1000	3.6000	6.1500	7	-6.05m	-5.33m	-4.37m	-0.058	0.038	-0.012	6.91m	5.33m	-2.04m	0.057	0.054	0.012	
9	2	 	5.4000	3.6000	6.1500	7	-6.04m	-5.93m	-4.91m	-0.065	-0.046	-0.012	6.92m	5.93m	-2.22m	0.064	-0.03	0.012	
10	2	 	0.1000	0.0000	6.1500	7	-6.05m	-5.33m	-4.37m	-0.057	0.038	-0.012	6.91m	5.33m	-2.04m	0.058	0.054	0.012	
11	2	 	5.4000	0.0000	6.1500	7	-6.04m	-5.93m	-4.91m	-0.064	-0.046	-0.012	6.92m	5.93m	-2.22m	0.065	-0.03	0.012	
55	2	1	0.0000	0.0000	6.4000	7	-6.62m	-5.57m	-4.42m	-0.057	-0.133	-0.016	7.53m	5.57m	-1.98m	0.058	0.143	0.013	
56	2	2	5.5000	0.0000	6.4000	7	-6.63m	-6.22m	-4.95m	-0.064	-0.136	-0.008	7.53m	6.22m	-2.18m	0.065	0.141	0.011	
57	2	3	0.0000	3.6000	6.4000	7	-6.62m	-5.57m	-4.42m	-0.058	-0.133	-0.013	7.53m	5.57m	-1.98m	0.057	0.143	0.016	
58	2	4	5.5000	3.6000	6.4000	7	-6.63m	-6.22m	-4.95m	-0.065	-0.136	-0.011	7.53m	6.22m	-2.18m	0.064	0.141	0.008	
59	2	5	0.0000	1.2000	6.4000	7	-6.33m	-5.51m	-3.71m	-0.031	-0.138	-0.014	7.25m	5.50m	-2.54m	0.036	0.131	0.012	
60	2	6	5.5000	1.2000	6.4000	7	-6.36m	-6.15m	-4.14m	-0.035	-0.124	-0.015	7.25m	6.14m	-2.84m	0.04	0.146	0.017	
61	2	7	0.0000	2.4000	6.4000	7	-6.33m	-5.50m	-3.71m	-0.036	-0.138	-0.012	7.25m	5.51m	-2.54m	0.031	0.131	0.014	
62	2	8	5.5000	2.4000	6.4000	7	-6.36m	-6.14m	-4.14m	-0.04	-0.124	-0.017	7.25m	6.15m	-2.84m	0.035	0.146	0.015	
63	2	 	0.1000	3.6000	6.1500	7	-6.05m	-5.33m	-4.37m	-0.058	-0.133	-0.013	6.91m	5.33m	-2.04m	0.057	0.143	0.016	
64	2	 	5.4000	3.6000	6.1500	7	-6.04m	-5.93m	-4.91m	-0.065	-0.136	-0.011	6.92m	5.93m	-2.22m	0.064	0.141	0.008	
65	2	 	0.1000	0.0000	6.1500	7	-6.05m	-5.33m	-4.37m	-0.057	-0.133	-0.016	6.91m	5.33m	-2.04m	0.058	0.143	0.013	
66	2	 	5.4000	0.0000	6.1500	7	-6.04m	-5.93m	-4.91m	-0.064	-0.136	-0.008	6.92m	5.93m	-2.22m	0.065	0.141	0.011	
67	2	 	0.0000	1.1000	6.2500	7	-5.99m	-5.42m	-3.73m	-0.031	-0.138	-0.014	6.93m	5.42m	-2.53m	0.036	0.131	0.012	
68	2	 	0.0000	0.1500	6.2500	7	-6.24m	-5.42m	-4.27m	-0.057	-0.133	-0.016	7.13m	5.42m	-2.13m	0.058	0.143	0.013	
69	2	 	0.0000	3.4500	6.2500	7	-6.24m	-5.42m	-4.27m	-0.058	-0.133	-0.013	7.13m	5.42m	-2.13m	0.057	0.143	0.016	
70	2	 	0.0000	2.5000	6.2500	7	-5.99m	-5.42m	-3.73m	-0.036	-0.138	-0.012	6.93m	5.42m	-2.53m	0.031	0.131	0.014	
71	2	 	0.0000	2.3000	6.2500	7	-5.95m	-5.42m	-3.68m	-0.036	-0.138	-0.012	6.90m	5.42m	-2.56m	0.031	0.131	0.014	
72	2	 	0.0000	1.3000	6.2500	7	-5.95m	-5.42m	-3.68m	-0.031	-0.138	-0.014	6.90m	5.42m	-2.56m	0.036	0.131	0.012	
73	2	 	5.5000	3.4500	6.2500	7	-6.25m	-6.05m	-4.78m	-0.065	-0.136	-0.011	7.14m	6.05m	-2.34m	0.064	0.141	0.008	
74	2	 	5.5000	2.5000	6.2500	7	-6.06m	-6.05m	-4.17m	-0.04	-0.124	-0.017	6.89m	6.05m	-2.83m	0.035	0.146	0.015	
75	2	 	5.5000	1.1000	6.2500	7	-6.06m	-6.05m	-4.17m	-0.035	-0.124	-0.015	6.89m	6.05m	-2.83m	0.04	0.146	0.017	
76	2	 	5.5000	0.1500	6.2500	7	-6.25m	-6.05m	-4.78m	-0.064	-0.136	-0.008	7.14m	6.05m	-2.34m	0.065	0.141	0.011	
77	2	 	5.5000	2.3000	6.2500	7	-6.02m	-6.05m	-4.12m	-0.04	-0.124	-0.017	6.84m	6.05m	-2.86m	0.035	0.146	0.015	
78	2	 	5.5000	1.3000	6.2500	7	-6.02m	-6.05m	-4.12m	-0.035	-0.124	-0.015	6.84m	6.05m	-2.86m	0.04	0.146	0.017	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Famiglia Cmb. 8) Sismica SLV
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Fam.Cmb.		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	8	-0.11m	-0.15m	-4.48m	-0.035	-0.025	0	83.4µ	0.15m	-1.69m	0.035	0.019	0	
1	0	5	0.0000	1.2000	0.0000	8	-0.12m	-0.18m	-3.80m	-0.042	-0.027	-0.001	34.4µ	0.18m	-2.39m	0.042	0.008	0	
2	0	 	0.0000	0.1500	-0.2500	8	-1.17µ	0	-4.39m	-0.035	-0.025	0	0.40µ	0	-1.78m	0.035	0.019	0	
3	0	 	0.0000	1.2000	-0.2500	8	0	0	-3.80m	-0.042	-0.027	-0.001	0	0	-2.39m	0.042	0.008	0	
4	0	7	0.0000	2.4000	0.0000	8	-0.12m	-0.18m	-3.80m	-0.042	-0.027	0	34.4µ	0.18m	-2.39m	0.042	0.008	0.001	
5	0	 	0.0000	2.4000	-0.2500	8	0	0	-3.80m	-0.042	-0.027	0	0	0	-2.39m	0.042	0.008	0.001	
6	0	3	0.0000	3.6000	0.0000	8	-0.11m	-0.15m	-4.48m	-0.035	-0.025	0	83.4µ	0.15m	-1.69m	0.035	0.019	0	
7	0	 	0.0000	3.4500	-0.2500	8	-1.17µ	0	-4.39m	-0.035	-0.025	0	0.40µ	0	-1.78m	0.035	0.019	0	
8	0	2	5.5000	0.0000	0.0000	8	-89.9µ	-0.19m	-5.05m	-0.044	-0.021	0	0.19m	0.19m	-1.86m	0.044	0.045	0	
9	0	6	5.5000	1.2000	0.0000	8	-66.8n	-0.20m	-4.24m	-0.046	0	0	0.15m	0.20m	-2.68m	0.046	0.035	0	
10	0	 	5.5000	0.1500	-0.2500	8	-91.8n	0	-4.94m	-0.044	-0.021	0	40.1n	0	-1.97m	0.044	0.045	0	
11	0	 	5.5000	1.2000	-0.2500	8	0	0	-4.24m	-0.046	0	0	0	0	-2.68m	0.046	0.035	0	
12	0	8	5.5000	2.4000	0.0000	8	-66.8n	-0.20m	-4.24m	-0.046	0	0	0.15m	0.20m	-2.68m	0.046	0.035	0	
13	0	9	5.5000	1.8000	0.0000	8	-0.12µ	-0.20m	-4.09m	-0.046	0	0	0.15m	0.20m	-2.83m	0.046	0.035	0	
14	0	 	5.5000	1.8000	-0.2500	8	0	0	-4.09m	-0.046	0	0	0	0	-2.83m	0.046	0.035	0	
15	0	 	5.5000	2.4000	-0.2500	8	0	0	-4.24m	-0.046	0	0	0	0	-2.68m	0.046	0.035	0	
16	0	4	5.5000	3.6000	0.0000	8	-89.9µ	-0.19m	-5.05m	-0.044	-0.021	0	0.19m	0.19m	-1.86m	0.044	0.045	0	
17	0	 	5.5000	3.4500	-0.2500	8	-91.8n	0	-4.94m	-0.044	-0.021	0	40.1n	0	-1.97m	0.044	0.045	0	
79	0	 	1.1000	1.2000	-0.2500	8	0	0	-3.44m	-0.042	-0.021	0	0	0	-2.39m	0.041	0.005	0	
80	0	 	1.1000	2.4000	-0.2500	8	0	0	-3.44m	-0.041	-0.021	0	0	0	-2.39m	0.042	0.005	0	
81	0	 	2.2000	1.2000	-0.2500	8	0	0	-3.28m	-0.043	-0.011	0	0	0	-2.37m	0.041	0.01	0	
82	0	 	2.2000	2.4000	-0.2500	8	0	0	-3.28m	-0.041	-0.011	0	0	0	-2.37m	0.043	0.01	0	
83	0	 	3.3000	1.2000	-0.2500	8	0	0	-3.38m	-0.044	-0.002	0	0	0	-2.41m	0.042	0.019	0	
84	0	 	3.3000	2.4000	-0.2500	8	0	0	-3.38m	-0.042	-0.002	0	0	0	-2.41m	0.044	0.019	0	
85	0	 	4.4000	1.2000	-0.2500	8	0	0	-3.70m	-0.045	0.002	0	0	0	-2.56m	0.044	0.029	0	
86	0	 	4.4000	2.4000	-0.2500	8	0	0	-3.70m	-0.044	0.002	0	0	0	-2.56m	0.045	0.029	0	
87	0	 	1.1000	1.2000	0.0000	8	-91.1µ	-0.18m	-3.44m	-0.042	-0.021	0	21.4µ	0.18m	-2.39m	0.041	0.005	0	
88	0	 	2.2000	1.2000	0.0000	8	-49.9µ	-0.18m	-3.28m	-0.043	-0.011	0	42.4µ	0.19m	-2.37m	0.041	0.01	0	
89	0	 	3.3000	1.2000	0.0000	8	-10.7µ	-0.18m	-3.38m	-0.044	-0.002	0	83.2µ	0.19m	-2.41m	0.042	0.019	0	
90	0	 	4.4000	1.2000	0.0000	8	10.3µ	-0.19m	-3.70m	-0.045	0.002	0	0.13m	0.20m	-2.56m	0.044	0.029	0	
91	0	 	4.4000	2.4000	0.0000	8	10.3µ	-0.20m	-3.70m	-0.044	0.002	0	0.13m	0.19m	-2.56m	0.045	0.029	0	
92	0	 	3.3000	2.4000	0.0000	8	-10.7µ	-0.19m	-3.38m	-0.042	-0.002	0	83.2µ	0.18m	-2.41m	0.044	0.019	0	
93	0	 	2.2000	2.4000	0.0000	8	-49.9µ	-0.19m	-3.28m	-0.041	-0.011	0	42.4µ	0.18m	-2.37m	0.043	0.01	0	
94	0	 	1.1000	2.4000	0.0000	8	-91.1µ	-0.18m	-3.44m	-0.041	-0.021	0	21.4µ	0.18m	-2.39m	0.042	0.005	0	
0	1	 	0.0000	2.4000	1.0667	8	-0.67m	-0.98m	-3.81m	0	-0.031	-0.001	0.44m	0.98m	-2.39m	0	0.033	0.003	
1	1	 	0.0000	1.2000	1.0667	8	-0.67m	-0.98m	-3.81m	0	-0.031	-0.003	0.44m	0.98m	-2.39m	0	0.033	0.001	
2	1	 	0.0000	2.4000	2.1333	8	-1.17m	-1.78m	-3.81m	0	-0.022	-0.002	1.18m	1.78m	-2.40m	0	0.044	0.004	
3	1	 	0.0000	1.2000	2.1333	8	-1.17m	-1.78m	-3.81m	0	-0.022	-0.004	1.18m	1.78m	-2.40m	0	0.044	0.002	
7	1	9	5.5000	1.8000	3.2000	8	-1.48m	-2.85m	-4.12m	-0.046	-0.032	-0.004	1.87m	2.85m	-2.85m	0.046	0.008	0.004	
18	1	1	0.0000	0.0000	3.2000	8	-1.47m	-2.58m	-4.58m	-0.042	-0.005	-0.005	2.04m	2.57m	-1.72m	0.044	0.04	0.005	
19	1	 	0.0000	0.0000	2.7000	8	-1.44m	-2.20m	-4.58m	-0.042	-0.005	-0.005	1.71m	2.21m	-1.72m	0.044	0.04	0.005	
20	1	2	5.5000	0.0000	3.2000	8	-1.56m	-2.87m	-5.14m	-0.047	-0.031	-0.005	1.95m	2.86m	-1.89m	0.05	0.011	0.004	
21	1	 	5.5000	0.0000	2.7000	8	-1.30m	-2.44m	-5.14m	-0.047	-0.031	-0.005	1.87m	2.45m	-1.89m	0.05	0.011	0.004	
22	1	3	0.0000	3.6000	3.2000	8	-1.47m	-2.57m	-4.58m	-0.044	-0.005	-0.005	2.04m	2.58m	-1.72m	0.042	0.04	0.005	
23	1	 	0.0000	3.6000	2.7000	8	-1.44m	-2.21m	-4.58m	-0.044	-0.005	-0.005	1.71m	2.20m	-1.72m	0.042	0.04	0.005	
24	1	4	5.5000	3.6000	3.2000	8	-1.56m	-2.86m	-5.14m	-0.05	-0.031	-0.004	1.95m	2.87m	-1.89m	0.047	0.011	0.005	
25	1	 	5.5000	3.6000	2.7000	8	-1.30m	-2.45m	-5.14m	-0.05	-0.031	-0.004	1.87m	2.44m	-1.89m	0.047	0.011	0.005	
27	1	 	1.1000	3.6000	3.2000	8	-1.44m	-2.58m	-4.85m	-0.042	0.002	-0.004	2.01m	2.58m	-2.15m	0.04	0.031	0.004	
28	1	 	2.2000	3.6000	3.2000	8	-1.45m	-2.60m	-5.07m	-0.042	-0.002	-0.004	1.97m	2.60m	-2.45m	0.041	0.02	0.004	
29	1	 	3.3000	3.6000	3.2000	8	-1.49m	-2.68m	-5.23m	-0.044	-0.012	-0.004	1.94m	2.68m	-2.44m	0.043	0.009	0.004	
30	1	 	4.4000	3.6000	3.2000	8	-1.52m	-2.77m	-5.22m	-0.046	-0.023	-0.004	1.92m	2.77m	-2.22m	0.044	0.004	0.004	
31	1	 	0.0000	3.6000	2.9500	8	-1.46m	-2.39m	-4.58m	-0.044	-0.005	-0.005	1.88m	2.39m	-1.72m	0.042	0.04	0.005	
32	1	 	1.1000	3.6000	2.9500	8	-1.46m	-2.41m	-4.85m	-0.042	0.002	-0.004	1.88m	2.40m	-2.15m	0.04	0.031	0.004	
33	1	 	2.2000	3.6000	2.9500	8	-1.46m	-2.42m	-5.07m	-0.042	-0.002	-0.004	1.90m	2.41m	-2.45m	0.041	0.02	0.004	
34	1	 	3.3000	3.6000	2.9500	8	-1.45m	-2.49m	-5.23m	-0.044	-0.012	-0.004	1.91m	2.49m	-2.44m	0.043	0.009	0.004	
35	1	 	4.4000	3.6000	2.9500	8	-1.44m	-2.58m	-5.22m	-0.046	-0.023	-0.004	1.92m	2.57m	-2.22m	0.044	0.004	0.004	
36	1	 	5.5000	3.6000	2.9500	8	-1.43m	-2.65m	-5.14m	-0.05	-0.031	-0.004	1.91m	2.65m	-1.89m	0.047	0.011	0.005	
37	1	 	1.1000	0.0000	3.2000	8	-1.44m	-2.58m	-4.85m	-0.04	0.002	-0.004	2.01m	2.58m	-2.15m	0.042	0.031	0.004	
38	1	 	2.2000	0.0000	3.2000	8	-1.45m	-2.60m	-5.07m	-0.041	-0.002	-0.004	1.97m	2.60m	-2.45m	0.042	0.02	0.004	
39	1	 	3.3000	0.0000	3.2000	8	-1.49m	-2.68m	-5.23m	-0.043	-0.012	-0.004	1.94m	2.68m	-2.44m	0.044	0.009	0.004	
40	1	 	4.4000	0.0000	3.2000	8	-1.52m	-2.77m	-5.22m	-0.044	-0.023	-0.004	1.92m	2.77m	-2.22m	0.046	0.004	0.004	
41	1	 	0.0000	0.0000	2.9500	8	-1.46m	-2.39m	-4.58m	-0.042	-0.005	-0.005	1.88m	2.39m	-1.72m	0.044	0.04	0.005	
42	1	 	1.1000	0.0000	2.9500	8	-1.46m	-2.40m	-4.85m	-0.04	0.002	-0.004	1.88m	2.41m	-2.15m	0.042	0.031	0.004	
43	1	 	2.2000	0.0000	2.9500	8	-1.46m	-2.41m	-5.07m	-0.041	-0.002	-0.004	1.90m	2.42m	-2.45m	0.042	0.02	0.004	
44	1	 	3.3000	0.0000	2.9500	8	-1.45m	-2.49m	-5.23m	-0.043	-0.012	-0.004	1.91m	2.49m	-2.44m	0.044	0.009	0.004	
45	1	 	4.4000	0.0000	2.9500	8	-1.44m	-2.57m	-5.22m	-0.044	-0.023	-0.004	1.92m	2.58m	-2.22m	0.046	0.004	0.004	
46	1	 	5.5000	0.0000	2.9500	8	-1.43m	-2.65m	-5.14m	-0.047	-0.031	-0.005	1.91m	2.65m	-1.89m	0.05	0.011	0.004	
47	1	5	0.0000	1.2000	3.2000	8	-1.41m	-2.57m	-3.82m	-0.038	-0.002	-0.005	1.99m	2.56m	-2.41m	0.041	0.041	0.005	
48	1	 	0.0000	1.2000	2.9500	8	-1.41m	-2.39m	-3.82m	-0.038	-0.002	-0.005	1.81m	2.39m	-2.41m	0.041	0.041	0.005	
49	1	6	5.5000	1.2000	3.2000	8	-1.50m	-2.86m	-4.27m	-0.046	-0.032	-0.004	1.90m	2.85m	-2.70m	0.046	0.008	0.004	
50	1	 	5.5000	1.2000	2.9500	8	-1.36m	-2.66m	-4.27m	-0.046	-0.032	-0.004	1.86m	2.65m	-2.70m	0.046	0.008	0.004	
51	1	7	0.0000	2.4000	3.2000	8	-1.41m	-2.56m	-3.82m	-0.041	-0.002	-0.005	1.99m	2.57m	-2.41m	0.038	0.041	0.005	
52	1	 	0.0000	2.4000	2.9500	8	-1.41m	-2.39m	-3.82m	-0.041	-0.002	-0.005	1.81m	2.39m	-2.41m	0.038	0.041	0.005	
53	1	8	5.5000	2.4000	3.2000	8	-1.50m	-2.85m	-4.27m	-0.046	-0.032	-0.004	1.90m	2.86m	-2.70m	0.046	0.008	0.004	
54	1	 	5.5000	2.4000	2.9500	8	-1.36m	-2.65m	-4.27m	-0.046	-0.032	-0.004	1.86m	2.66m	-2.70m	0.046	0.008	0.004	
95	1	 	0.0000	1.2000	3.0500	8	-1.41m	-2.46m	-3.82m	-0.038	-0.002	-0.005	1.88m	2.46m	-2.41m	0.041	0.041	0.005	
96	1	 	1.1000	1.2000	3.0500	8	-1.41m	-2.47m	-3.99m	-0.041	0.005	0	1.88m	2.47m	-2.99m	0.041	0.032	0	
97	1	 	1.1000	2.4000	3.0500	8	-1.41m	-2.47m	-3.99m	-0.041	0.005	0	1.88m	2.47m	-2.99m	0.041	0.032	0	
98	1	 	0.0000	2.4000	3.0500	8	-1.41m	-2.46m	-3.82m	-0.041	-0.002	-0.005	1.88m	2.46m	-2.41m	0.038	0.041	0.005	
99	1	 	2.2000	1.2000	3.0500	8	-1.42m	-2.49m	-4.21m	-0.042	0	0	1.88m	2.49m	-3.32m	0.041	0.019	0	
100	1	 	2.2000	2.4000	3.0500	8	-1.42m	-2.49m	-4.21m	-0.041	0	0	1.88m	2.49m	-3.32m	0.042	0.019	0	
101	1	 	3.3000	1.2000	3.0500	8	-1.42m	-2.57m	-4.33m	-0.043	-0.011	0	1.88m	2.57m	-3.34m	0.043	0.008	0	
102	1	 	3.3000	2.4000	3.0500	8	-1.42m	-2.57m	-4.33m	-0.043	-0.011	0	1.88m	2.57m	-3.34m	0.043	0.008	0	
103	1	 	4.4000	1.2000	3.0500	8	-1.42m	-2.65m	-4.28m	-0.044	-0.023	0	1.88m	2.65m	-3.14m	0.045	0.002	0	
104	1	 	4.4000	2.4000	3.0500	8	-1.42m	-2.65m	-4.28m	-0.045	-0.023	0	1.88m	2.65m	-3.14m	0.044	0.002	0	
105	1	 	5.5000	1.2000	3.0500	8	-1.42m	-2.74m	-4.27m	-0.046	-0.032	-0.004	1.87m	2.73m	-2.70m	0.046	0.008	0.004	
106	1	 	5.5000	2.4000	3.0500	8	-1.42m	-2.73m	-4.27m	-0.046	-0.032	-0.004	1.87m	2.74m	-2.70m	0.046	0.008	0.004	
107	1	 	1.1000	1.2000	3.2000	8	-1.40m	-2.58m	-3.99m	-0.041	0.005	0	1.96m	2.58m	-2.99m	0.041	0.032	0	
108	1	 	2.2000	1.2000	3.2000	8	-1.41m	-2.60m	-4.21m	-0.042	0	0	1.93m	2.60m	-3.32m	0.041	0.019	0	
109	1	 	3.3000	1.2000	3.2000	8	-1.44m	-2.68m	-4.33m	-0.043	-0.011	0	1.90m	2.68m	-3.34m	0.043	0.008	0	
110	1	 	4.4000	1.2000	3.2000	8	-1.48m	-2.77m	-4.28m	-0.044	-0.023	0	1.88m	2.77m	-3.14m	0.045	0.002	0	
111	1	 	4.4000	2.4000	3.2000	8	-1.48m	-2.77m	-4.28m	-0.045	-0.023	0	1.88m	2.77m	-3.14m	0.044	0.002	0	
112	1	 	3.3000	2.4000	3.2000	8	-1.44m	-2.68m	-4.33m	-0.043	-0.011	0	1.90m	2.68m	-3.34m	0.043	0.008	0	
113	1	 	2.2000	2.4000	3.2000	8	-1.41m	-2.60m	-4.21m	-0.041	0	0	1.93m	2.60m	-3.32m	0.042	0.019	0	
114	1	 	1.1000	2.4000	3.2000	8	-1.40m	-2.58m	-3.99m	-0.041	0.005	0	1.96m	2.58m	-2.99m	0.041	0.032	0	
115	1	 	0.0000	0.0000	3.0500	8	-1.47m	-2.47m	-4.58m	-0.042	-0.005	-0.005	1.94m	2.46m	-1.72m	0.044	0.04	0.005	
116	1	 	1.1000	0.0000	3.0500	8	-1.46m	-2.47m	-4.85m	-0.04	0.002	-0.004	1.93m	2.47m	-2.15m	0.042	0.031	0.004	
117	1	 	2.2000	0.0000	3.0500	8	-1.46m	-2.49m	-5.07m	-0.041	-0.002	-0.004	1.93m	2.49m	-2.45m	0.042	0.02	0.004	
118	1	 	3.3000	0.0000	3.0500	8	-1.46m	-2.57m	-5.23m	-0.043	-0.012	-0.004	1.92m	2.57m	-2.44m	0.044	0.009	0.004	
119	1	 	4.4000	0.0000	3.0500	8	-1.47m	-2.65m	-5.22m	-0.044	-0.023	-0.004	1.92m	2.65m	-2.22m	0.046	0.004	0.004	
120	1	 	5.5000	0.0000	3.0500	8	-1.48m	-2.74m	-5.14m	-0.047	-0.031	-0.005	1.93m	2.74m	-1.89m	0.05	0.011	0.004	
121	1	 	1.1000	3.6000	3.0500	8	-1.46m	-2.47m	-4.85m	-0.042	0.002	-0.004	1.93m	2.47m	-2.15m	0.04	0.031	0.004	
122	1	 	0.0000	3.6000	3.0500	8	-1.47m	-2.46m	-4.58m	-0.044	-0.005	-0.005	1.94m	2.47m	-1.72m	0.042	0.04	0.005	
123	1	 	2.2000	3.6000	3.0500	8	-1.46m	-2.49m	-5.07m	-0.042	-0.002	-0.004	1.93m	2.49m	-2.45m	0.041	0.02	0.004	
124	1	 	3.3000	3.6000	3.0500	8	-1.46m	-2.57m	-5.23m	-0.044	-0.012	-0.004	1.92m	2.57m	-2.44m	0.043	0.009	0.004	
125	1	 	4.4000	3.6000	3.0500	8	-1.47m	-2.65m	-5.22m	-0.046	-0.023	-0.004	1.92m	2.65m	-2.22m	0.044	0.004	0.004	
126	1	 	5.5000	3.6000	3.0500	8	-1.48m	-2.74m	-5.14m	-0.05	-0.031	-0.004	1.93m	2.74m	-1.89m	0.047	0.011	0.005	
8	2	 	0.1000	3.6000	6.1500	8	-7.22m	-6.29m	-4.59m	-0.069	0.036	-0.014	8.08m	6.29m	-1.83m	0.067	0.055	0.014	
9	2	 	5.4000	3.6000	6.1500	8	-7.21m	-7.00m	-5.15m	-0.077	-0.048	-0.014	8.09m	7.00m	-1.97m	0.076	-0.028	0.014	
10	2	 	0.1000	0.0000	6.1500	8	-7.22m	-6.29m	-4.59m	-0.067	0.036	-0.014	8.08m	6.29m	-1.83m	0.069	0.055	0.014	
11	2	 	5.4000	0.0000	6.1500	8	-7.21m	-7.00m	-5.15m	-0.076	-0.048	-0.014	8.09m	7.00m	-1.97m	0.077	-0.028	0.014	
55	2	1	0.0000	0.0000	6.4000	8	-7.90m	-6.58m	-4.64m	-0.067	-0.158	-0.018	8.81m	6.58m	-1.76m	0.069	0.168	0.016	
56	2	2	5.5000	0.0000	6.4000	8	-7.91m	-7.34m	-5.20m	-0.076	-0.161	-0.01	8.81m	7.34m	-1.92m	0.077	0.166	0.013	
57	2	3	0.0000	3.6000	6.4000	8	-7.90m	-6.58m	-4.64m	-0.069	-0.158	-0.016	8.81m	6.58m	-1.76m	0.067	0.168	0.018	
58	2	4	5.5000	3.6000	6.4000	8	-7.91m	-7.34m	-5.20m	-0.077	-0.161	-0.013	8.81m	7.34m	-1.92m	0.076	0.166	0.01	
59	2	5	0.0000	1.2000	6.4000	8	-7.55m	-6.51m	-3.81m	-0.037	-0.163	-0.017	8.48m	6.49m	-2.43m	0.042	0.155	0.014	
60	2	6	5.5000	1.2000	6.4000	8	-7.59m	-7.26m	-4.26m	-0.042	-0.148	-0.018	8.48m	7.25m	-2.72m	0.047	0.171	0.02	
61	2	7	0.0000	2.4000	6.4000	8	-7.55m	-6.49m	-3.81m	-0.042	-0.163	-0.014	8.48m	6.51m	-2.43m	0.037	0.155	0.017	
62	2	8	5.5000	2.4000	6.4000	8	-7.59m	-7.25m	-4.26m	-0.047	-0.148	-0.02	8.48m	7.26m	-2.72m	0.042	0.171	0.018	
63	2	 	0.1000	3.6000	6.1500	8	-7.22m	-6.29m	-4.59m	-0.069	-0.158	-0.016	8.08m	6.29m	-1.83m	0.067	0.168	0.018	
64	2	 	5.4000	3.6000	6.1500	8	-7.21m	-7.00m	-5.15m	-0.077	-0.161	-0.013	8.09m	7.00m	-1.97m	0.076	0.166	0.01	
65	2	 	0.1000	0.0000	6.1500	8	-7.22m	-6.29m	-4.59m	-0.067	-0.158	-0.018	8.08m	6.29m	-1.83m	0.069	0.168	0.016	
66	2	 	5.4000	0.0000	6.1500	8	-7.21m	-7.00m	-5.15m	-0.076	-0.161	-0.01	8.09m	7.00m	-1.97m	0.077	0.166	0.013	
67	2	 	0.0000	1.1000	6.2500	8	-7.16m	-6.40m	-3.84m	-0.037	-0.163	-0.017	8.10m	6.40m	-2.42m	0.042	0.155	0.014	
68	2	 	0.0000	0.1500	6.2500	8	-7.45m	-6.40m	-4.46m	-0.067	-0.158	-0.018	8.34m	6.40m	-1.93m	0.069	0.168	0.016	
69	2	 	0.0000	3.4500	6.2500	8	-7.45m	-6.40m	-4.46m	-0.069	-0.158	-0.016	8.34m	6.40m	-1.93m	0.067	0.168	0.018	
70	2	 	0.0000	2.5000	6.2500	8	-7.16m	-6.40m	-3.84m	-0.042	-0.163	-0.014	8.10m	6.40m	-2.42m	0.037	0.155	0.017	
71	2	 	0.0000	2.3000	6.2500	8	-7.11m	-6.40m	-3.79m	-0.042	-0.163	-0.014	8.06m	6.40m	-2.45m	0.037	0.155	0.017	
72	2	 	0.0000	1.3000	6.2500	8	-7.11m	-6.40m	-3.79m	-0.037	-0.163	-0.017	8.06m	6.40m	-2.45m	0.042	0.155	0.014	
73	2	 	5.5000	3.4500	6.2500	8	-7.46m	-7.14m	-5.00m	-0.077	-0.161	-0.013	8.35m	7.14m	-2.12m	0.076	0.166	0.01	
74	2	 	5.5000	2.5000	6.2500	8	-7.23m	-7.14m	-4.29m	-0.047	-0.148	-0.02	8.06m	7.14m	-2.70m	0.042	0.171	0.018	
75	2	 	5.5000	1.1000	6.2500	8	-7.23m	-7.14m	-4.29m	-0.042	-0.148	-0.018	8.06m	7.14m	-2.70m	0.047	0.171	0.02	
76	2	 	5.5000	0.1500	6.2500	8	-7.46m	-7.14m	-5.00m	-0.076	-0.161	-0.01	8.35m	7.14m	-2.12m	0.077	0.166	0.013	
77	2	 	5.5000	2.3000	6.2500	8	-7.18m	-7.14m	-4.24m	-0.047	-0.148	-0.02	8.00m	7.14m	-2.74m	0.042	0.171	0.018	
78	2	 	5.5000	1.3000	6.2500	8	-7.18m	-7.14m	-4.24m	-0.042	-0.148	-0.018	8.00m	7.14m	-2.74m	0.047	0.171	0.02	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Sisma X SLO
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Sisma		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	X SLO	-92.4µ	-4.78µ	-0.56m	-0.001	-0.021	0	92.4µ	4.78µ	0.56m	0.001	0.021	0	
1	0	5	0.0000	1.2000	0.0000	X SLO	-76.7µ	-1.82µ	-0.58m	0	-0.018	-0.001	76.7µ	1.82µ	0.58m	0	0.018	0.001	
2	0	 	0.0000	0.1500	-0.2500	X SLO	-0.76µ	0	-0.56m	-0.001	-0.021	0	0.76µ	0	0.56m	0.001	0.021	0	
3	0	 	0.0000	1.2000	-0.2500	X SLO	0	0	-0.58m	0	-0.018	-0.001	0	0	0.58m	0	0.018	0.001	
4	0	7	0.0000	2.4000	0.0000	X SLO	-76.7µ	-1.82µ	-0.58m	0	-0.018	-0.001	76.7µ	1.82µ	0.58m	0	0.018	0.001	
5	0	 	0.0000	2.4000	-0.2500	X SLO	0	0	-0.58m	0	-0.018	-0.001	0	0	0.58m	0	0.018	0.001	
6	0	3	0.0000	3.6000	0.0000	X SLO	-92.4µ	-4.78µ	-0.56m	-0.001	-0.021	0	92.4µ	4.78µ	0.56m	0.001	0.021	0	
7	0	 	0.0000	3.4500	-0.2500	X SLO	-0.76µ	0	-0.56m	-0.001	-0.021	0	0.76µ	0	0.56m	0.001	0.021	0	
8	0	2	5.5000	0.0000	0.0000	X SLO	-0.14m	-3.91µ	-0.63m	-0.001	-0.031	0	0.14m	3.91µ	0.63m	0.001	0.031	0	
9	0	6	5.5000	1.2000	0.0000	X SLO	-77.8µ	-8.80n	-0.65m	0	-0.018	0	77.8µ	8.80n	0.65m	0	0.018	0	
10	0	 	5.5000	0.1500	-0.2500	X SLO	-54.3n	0	-0.64m	-0.001	-0.031	0	54.3n	0	0.64m	0.001	0.031	0	
11	0	 	5.5000	1.2000	-0.2500	X SLO	0	0	-0.65m	0	-0.018	0	0	0	0.65m	0	0.018	0	
12	0	8	5.5000	2.4000	0.0000	X SLO	-77.8µ	-8.80n	-0.65m	0	-0.018	0	77.8µ	8.80n	0.65m	0	0.018	0	
13	0	9	5.5000	1.8000	0.0000	X SLO	-77.8µ	0	-0.65m	0	-0.018	0	77.8µ	0	0.65m	0	0.018	0	
14	0	 	5.5000	1.8000	-0.2500	X SLO	0	0	-0.65m	0	-0.018	0	0	0	0.65m	0	0.018	0	
15	0	 	5.5000	2.4000	-0.2500	X SLO	0	0	-0.65m	0	-0.018	0	0	0	0.65m	0	0.018	0	
16	0	4	5.5000	3.6000	0.0000	X SLO	-0.14m	-3.91µ	-0.63m	-0.001	-0.031	0	0.14m	3.91µ	0.63m	0.001	0.031	0	
17	0	 	5.5000	3.4500	-0.2500	X SLO	-54.3n	0	-0.64m	-0.001	-0.031	0	54.3n	0	0.64m	0.001	0.031	0	
79	0	 	1.1000	1.2000	-0.2500	X SLO	0	0	-0.29m	0	-0.013	0	0	0	0.29m	0	0.013	0	
80	0	 	1.1000	2.4000	-0.2500	X SLO	0	0	-0.29m	0	-0.013	0	0	0	0.29m	0	0.013	0	
81	0	 	2.2000	1.2000	-0.2500	X SLO	0	0	-72.4µ	0	-0.01	0	0	0	72.4µ	0	0.01	0	
82	0	 	2.2000	2.4000	-0.2500	X SLO	0	0	-72.4µ	0	-0.01	0	0	0	72.4µ	0	0.01	0	
83	0	 	3.3000	1.2000	-0.2500	X SLO	0	0	-0.13m	0	-0.011	0	0	0	0.13m	0	0.011	0	
84	0	 	3.3000	2.4000	-0.2500	X SLO	0	0	-0.13m	0	-0.011	0	0	0	0.13m	0	0.011	0	
85	0	 	4.4000	1.2000	-0.2500	X SLO	0	0	-0.35m	0	-0.013	0	0	0	0.35m	0	0.013	0	
86	0	 	4.4000	2.4000	-0.2500	X SLO	0	0	-0.35m	0	-0.013	0	0	0	0.35m	0	0.013	0	
87	0	 	1.1000	1.2000	0.0000	X SLO	-56.5µ	-1.75µ	-0.29m	0	-0.013	0	56.5µ	1.75µ	0.29m	0	0.013	0	
88	0	 	2.2000	1.2000	0.0000	X SLO	-45.7µ	-0.57µ	-72.4µ	0	-0.01	0	45.7µ	0.57µ	72.4µ	0	0.01	0	
89	0	 	3.3000	1.2000	0.0000	X SLO	-46.3µ	-0.69µ	-0.13m	0	-0.011	0	46.3µ	0.69µ	0.13m	0	0.011	0	
90	0	 	4.4000	1.2000	0.0000	X SLO	-57.9µ	-1.81µ	-0.35m	0	-0.013	0	57.9µ	1.81µ	0.35m	0	0.013	0	
91	0	 	4.4000	2.4000	0.0000	X SLO	-57.9µ	-1.81µ	-0.35m	0	-0.013	0	57.9µ	1.81µ	0.35m	0	0.013	0	
92	0	 	3.3000	2.4000	0.0000	X SLO	-46.3µ	-0.69µ	-0.13m	0	-0.011	0	46.3µ	0.69µ	0.13m	0	0.011	0	
93	0	 	2.2000	2.4000	0.0000	X SLO	-45.7µ	-0.57µ	-72.4µ	0	-0.01	0	45.7µ	0.57µ	72.4µ	0	0.01	0	
94	0	 	1.1000	2.4000	0.0000	X SLO	-56.5µ	-1.75µ	-0.29m	0	-0.013	0	56.5µ	1.75µ	0.29m	0	0.013	0	
0	1	 	0.0000	2.4000	1.0667	X SLO	-0.56m	-0.36µ	-0.58m	0	-0.032	-0.001	0.56m	0.36µ	0.58m	0	0.032	0.001	
1	1	 	0.0000	1.2000	1.0667	X SLO	-0.56m	-0.36µ	-0.58m	0	-0.032	-0.001	0.56m	0.36µ	0.58m	0	0.032	0.001	
2	1	 	0.0000	2.4000	2.1333	X SLO	-1.19m	-0.24µ	-0.58m	0	-0.034	-0.001	1.19m	0.24µ	0.58m	0	0.034	0.001	
3	1	 	0.0000	1.2000	2.1333	X SLO	-1.19m	-0.24µ	-0.58m	0	-0.034	-0.001	1.19m	0.24µ	0.58m	0	0.034	0.001	
7	1	9	5.5000	1.8000	3.2000	X SLO	-1.73m	-1.05f	-0.65m	0	-0.021	0	1.73m	1.05f	0.65m	0	0.021	0	
18	1	1	0.0000	0.0000	3.2000	X SLO	-1.74m	-4.29µ	-0.57m	-0.001	-0.023	0	1.74m	4.29µ	0.57m	0.001	0.023	0	
19	1	 	0.0000	0.0000	2.7000	X SLO	-1.55m	-2.44µ	-0.57m	-0.001	-0.023	0	1.55m	2.44µ	0.57m	0.001	0.023	0	
20	1	2	5.5000	0.0000	3.2000	X SLO	-1.74m	-3.34µ	-0.64m	0	-0.021	-0.001	1.74m	3.34µ	0.64m	0	0.021	0.001	
21	1	 	5.5000	0.0000	2.7000	X SLO	-1.56m	-1.19µ	-0.64m	0	-0.021	-0.001	1.56m	1.19µ	0.64m	0	0.021	0.001	
22	1	3	0.0000	3.6000	3.2000	X SLO	-1.74m	-4.29µ	-0.57m	-0.001	-0.023	0	1.74m	4.29µ	0.57m	0.001	0.023	0	
23	1	 	0.0000	3.6000	2.7000	X SLO	-1.55m	-2.44µ	-0.57m	-0.001	-0.023	0	1.55m	2.44µ	0.57m	0.001	0.023	0	
24	1	4	5.5000	3.6000	3.2000	X SLO	-1.74m	-3.34µ	-0.64m	0	-0.021	-0.001	1.74m	3.34µ	0.64m	0	0.021	0.001	
25	1	 	5.5000	3.6000	2.7000	X SLO	-1.56m	-1.19µ	-0.64m	0	-0.021	-0.001	1.56m	1.19µ	0.64m	0	0.021	0.001	
27	1	 	1.1000	3.6000	3.2000	X SLO	-1.71m	-2.26µ	-0.24m	-0.001	-0.014	0	1.71m	2.26µ	0.24m	0.001	0.014	0	
28	1	 	2.2000	3.6000	3.2000	X SLO	-1.69m	-0.91µ	-29.9µ	-0.001	-0.009	0	1.69m	0.91µ	29.9µ	0.001	0.009	0	
29	1	 	3.3000	3.6000	3.2000	X SLO	-1.69m	-0.73µ	-0.14m	0	-0.009	0	1.69m	0.73µ	0.14m	0	0.009	0	
30	1	 	4.4000	3.6000	3.2000	X SLO	-1.71m	-1.67µ	-0.33m	-0.001	-0.013	0	1.71m	1.67µ	0.33m	0.001	0.013	0	
31	1	 	0.0000	3.6000	2.9500	X SLO	-1.64m	-1.80µ	-0.57m	-0.001	-0.023	0	1.64m	1.80µ	0.57m	0.001	0.023	0	
32	1	 	1.1000	3.6000	2.9500	X SLO	-1.65m	-3.84µ	-0.24m	-0.001	-0.014	0	1.65m	3.84µ	0.24m	0.001	0.014	0	
33	1	 	2.2000	3.6000	2.9500	X SLO	-1.65m	-1.79µ	-29.9µ	-0.001	-0.009	0	1.65m	1.79µ	29.9µ	0.001	0.009	0	
34	1	 	3.3000	3.6000	2.9500	X SLO	-1.66m	-1.14µ	-0.14m	0	-0.009	0	1.66m	1.14µ	0.14m	0	0.009	0	
35	1	 	4.4000	3.6000	2.9500	X SLO	-1.65m	-3.29µ	-0.33m	-0.001	-0.013	0	1.65m	3.29µ	0.33m	0.001	0.013	0	
36	1	 	5.5000	3.6000	2.9500	X SLO	-1.65m	-1.37µ	-0.64m	0	-0.021	-0.001	1.65m	1.37µ	0.64m	0	0.021	0.001	
37	1	 	1.1000	0.0000	3.2000	X SLO	-1.71m	-2.26µ	-0.24m	-0.001	-0.014	0	1.71m	2.26µ	0.24m	0.001	0.014	0	
38	1	 	2.2000	0.0000	3.2000	X SLO	-1.69m	-0.91µ	-29.9µ	-0.001	-0.009	0	1.69m	0.91µ	29.9µ	0.001	0.009	0	
39	1	 	3.3000	0.0000	3.2000	X SLO	-1.69m	-0.73µ	-0.14m	0	-0.009	0	1.69m	0.73µ	0.14m	0	0.009	0	
40	1	 	4.4000	0.0000	3.2000	X SLO	-1.71m	-1.67µ	-0.33m	-0.001	-0.013	0	1.71m	1.67µ	0.33m	0.001	0.013	0	
41	1	 	0.0000	0.0000	2.9500	X SLO	-1.64m	-1.80µ	-0.57m	-0.001	-0.023	0	1.64m	1.80µ	0.57m	0.001	0.023	0	
42	1	 	1.1000	0.0000	2.9500	X SLO	-1.65m	-3.84µ	-0.24m	-0.001	-0.014	0	1.65m	3.84µ	0.24m	0.001	0.014	0	
43	1	 	2.2000	0.0000	2.9500	X SLO	-1.65m	-1.79µ	-29.9µ	-0.001	-0.009	0	1.65m	1.79µ	29.9µ	0.001	0.009	0	
44	1	 	3.3000	0.0000	2.9500	X SLO	-1.66m	-1.14µ	-0.14m	0	-0.009	0	1.66m	1.14µ	0.14m	0	0.009	0	
45	1	 	4.4000	0.0000	2.9500	X SLO	-1.65m	-3.29µ	-0.33m	-0.001	-0.013	0	1.65m	3.29µ	0.33m	0.001	0.013	0	
46	1	 	5.5000	0.0000	2.9500	X SLO	-1.65m	-1.37µ	-0.64m	0	-0.021	-0.001	1.65m	1.37µ	0.64m	0	0.021	0.001	
47	1	5	0.0000	1.2000	3.2000	X SLO	-1.73m	-1.15µ	-0.58m	0	-0.022	-0.001	1.73m	1.15µ	0.58m	0	0.022	0.001	
48	1	 	0.0000	1.2000	2.9500	X SLO	-1.63m	-1.09µ	-0.58m	0	-0.022	-0.001	1.63m	1.09µ	0.58m	0	0.022	0.001	
49	1	6	5.5000	1.2000	3.2000	X SLO	-1.73m	-0.38µ	-0.65m	0	-0.021	0	1.73m	0.38µ	0.65m	0	0.021	0	
50	1	 	5.5000	1.2000	2.9500	X SLO	-1.64m	-0.38µ	-0.65m	0	-0.021	0	1.64m	0.38µ	0.65m	0	0.021	0	
51	1	7	0.0000	2.4000	3.2000	X SLO	-1.73m	-1.15µ	-0.58m	0	-0.022	-0.001	1.73m	1.15µ	0.58m	0	0.022	0.001	
52	1	 	0.0000	2.4000	2.9500	X SLO	-1.63m	-1.09µ	-0.58m	0	-0.022	-0.001	1.63m	1.09µ	0.58m	0	0.022	0.001	
53	1	8	5.5000	2.4000	3.2000	X SLO	-1.73m	-0.38µ	-0.65m	0	-0.021	0	1.73m	0.38µ	0.65m	0	0.021	0	
54	1	 	5.5000	2.4000	2.9500	X SLO	-1.64m	-0.38µ	-0.65m	0	-0.021	0	1.64m	0.38µ	0.65m	0	0.021	0	
95	1	 	0.0000	1.2000	3.0500	X SLO	-1.67m	-0.89µ	-0.58m	0	-0.022	-0.001	1.67m	0.89µ	0.58m	0	0.022	0.001	
96	1	 	1.1000	1.2000	3.0500	X SLO	-1.67m	-1.09µ	-0.25m	0	-0.014	0	1.67m	1.09µ	0.25m	0	0.014	0	
97	1	 	1.1000	2.4000	3.0500	X SLO	-1.67m	-1.09µ	-0.25m	0	-0.014	0	1.67m	1.09µ	0.25m	0	0.014	0	
98	1	 	0.0000	2.4000	3.0500	X SLO	-1.67m	-0.89µ	-0.58m	0	-0.022	-0.001	1.67m	0.89µ	0.58m	0	0.022	0.001	
99	1	 	2.2000	1.2000	3.0500	X SLO	-1.67m	-0.42µ	-36.7µ	0	-0.009	0	1.67m	0.42µ	36.7µ	0	0.009	0	
100	1	 	2.2000	2.4000	3.0500	X SLO	-1.67m	-0.42µ	-36.7µ	0	-0.009	0	1.67m	0.42µ	36.7µ	0	0.009	0	
101	1	 	3.3000	1.2000	3.0500	X SLO	-1.67m	-0.37µ	-0.14m	0	-0.009	0	1.67m	0.37µ	0.14m	0	0.009	0	
102	1	 	3.3000	2.4000	3.0500	X SLO	-1.67m	-0.37µ	-0.14m	0	-0.009	0	1.67m	0.37µ	0.14m	0	0.009	0	
103	1	 	4.4000	1.2000	3.0500	X SLO	-1.67m	-1.03µ	-0.34m	0	-0.013	0	1.67m	1.03µ	0.34m	0	0.013	0	
104	1	 	4.4000	2.4000	3.0500	X SLO	-1.67m	-1.03µ	-0.34m	0	-0.013	0	1.67m	1.03µ	0.34m	0	0.013	0	
105	1	 	5.5000	1.2000	3.0500	X SLO	-1.67m	-0.38µ	-0.65m	0	-0.021	0	1.67m	0.38µ	0.65m	0	0.021	0	
106	1	 	5.5000	2.4000	3.0500	X SLO	-1.67m	-0.38µ	-0.65m	0	-0.021	0	1.67m	0.38µ	0.65m	0	0.021	0	
107	1	 	1.1000	1.2000	3.2000	X SLO	-1.71m	-0.42µ	-0.25m	0	-0.014	0	1.71m	0.42µ	0.25m	0	0.014	0	
108	1	 	2.2000	1.2000	3.2000	X SLO	-1.70m	-0.12µ	-36.7µ	0	-0.009	0	1.70m	0.12µ	36.7µ	0	0.009	0	
109	1	 	3.3000	1.2000	3.2000	X SLO	-1.70m	-0.49µ	-0.14m	0	-0.009	0	1.70m	0.49µ	0.14m	0	0.009	0	
110	1	 	4.4000	1.2000	3.2000	X SLO	-1.71m	-0.88µ	-0.34m	0	-0.013	0	1.71m	0.88µ	0.34m	0	0.013	0	
111	1	 	4.4000	2.4000	3.2000	X SLO	-1.71m	-0.88µ	-0.34m	0	-0.013	0	1.71m	0.88µ	0.34m	0	0.013	0	
112	1	 	3.3000	2.4000	3.2000	X SLO	-1.70m	-0.49µ	-0.14m	0	-0.009	0	1.70m	0.49µ	0.14m	0	0.009	0	
113	1	 	2.2000	2.4000	3.2000	X SLO	-1.70m	-0.12µ	-36.7µ	0	-0.009	0	1.70m	0.12µ	36.7µ	0	0.009	0	
114	1	 	1.1000	2.4000	3.2000	X SLO	-1.71m	-0.42µ	-0.25m	0	-0.014	0	1.71m	0.42µ	0.25m	0	0.014	0	
115	1	 	0.0000	0.0000	3.0500	X SLO	-1.68m	-2.67µ	-0.57m	-0.001	-0.023	0	1.68m	2.67µ	0.57m	0.001	0.023	0	
116	1	 	1.1000	0.0000	3.0500	X SLO	-1.67m	-1.45µ	-0.24m	-0.001	-0.014	0	1.67m	1.45µ	0.24m	0.001	0.014	0	
117	1	 	2.2000	0.0000	3.0500	X SLO	-1.67m	-0.71µ	-29.9µ	-0.001	-0.009	0	1.67m	0.71µ	29.9µ	0.001	0.009	0	
118	1	 	3.3000	0.0000	3.0500	X SLO	-1.67m	-0.60µ	-0.14m	0	-0.009	0	1.67m	0.60µ	0.14m	0	0.009	0	
119	1	 	4.4000	0.0000	3.0500	X SLO	-1.67m	-1.48µ	-0.33m	-0.001	-0.013	0	1.67m	1.48µ	0.33m	0.001	0.013	0	
120	1	 	5.5000	0.0000	3.0500	X SLO	-1.68m	-2.13µ	-0.64m	0	-0.021	-0.001	1.68m	2.13µ	0.64m	0	0.021	0.001	
121	1	 	1.1000	3.6000	3.0500	X SLO	-1.67m	-1.45µ	-0.24m	-0.001	-0.014	0	1.67m	1.45µ	0.24m	0.001	0.014	0	
122	1	 	0.0000	3.6000	3.0500	X SLO	-1.68m	-2.67µ	-0.57m	-0.001	-0.023	0	1.68m	2.67µ	0.57m	0.001	0.023	0	
123	1	 	2.2000	3.6000	3.0500	X SLO	-1.67m	-0.71µ	-29.9µ	-0.001	-0.009	0	1.67m	0.71µ	29.9µ	0.001	0.009	0	
124	1	 	3.3000	3.6000	3.0500	X SLO	-1.67m	-0.60µ	-0.14m	0	-0.009	0	1.67m	0.60µ	0.14m	0	0.009	0	
125	1	 	4.4000	3.6000	3.0500	X SLO	-1.67m	-1.48µ	-0.33m	-0.001	-0.013	0	1.67m	1.48µ	0.33m	0.001	0.013	0	
126	1	 	5.5000	3.6000	3.0500	X SLO	-1.68m	-2.13µ	-0.64m	0	-0.021	-0.001	1.68m	2.13µ	0.64m	0	0.021	0.001	
8	2	 	0.1000	3.6000	6.1500	X SLO	-7.67m	-12.2µ	-0.35m	0	-0.008	0	7.67m	12.2µ	0.35m	0	0.008	0	
9	2	 	5.4000	3.6000	6.1500	X SLO	-7.66m	-12.5µ	-0.42m	0	-0.008	0	7.66m	12.5µ	0.42m	0	0.008	0	
10	2	 	0.1000	0.0000	6.1500	X SLO	-7.67m	-12.2µ	-0.35m	0	-0.008	0	7.67m	12.2µ	0.35m	0	0.008	0	
11	2	 	5.4000	0.0000	6.1500	X SLO	-7.66m	-12.5µ	-0.42m	0	-0.008	0	7.66m	12.5µ	0.42m	0	0.008	0	
55	2	1	0.0000	0.0000	6.4000	X SLO	-8.37m	-7.14n	-0.58m	0	-0.164	-0.007	8.37m	7.14n	0.58m	0	0.164	0.007	
56	2	2	5.5000	0.0000	6.4000	X SLO	-8.37m	-7.33n	-0.65m	0	-0.164	-0.007	8.37m	7.33n	0.65m	0	0.164	0.007	
57	2	3	0.0000	3.6000	6.4000	X SLO	-8.37m	-7.14n	-0.58m	0	-0.164	-0.007	8.37m	7.14n	0.58m	0	0.164	0.007	
58	2	4	5.5000	3.6000	6.4000	X SLO	-8.37m	-7.33n	-0.65m	0	-0.164	-0.007	8.37m	7.33n	0.65m	0	0.164	0.007	
59	2	5	0.0000	1.2000	6.4000	X SLO	-8.20m	-0.88µ	-0.58m	0	-0.162	-0.006	8.20m	0.88µ	0.58m	0	0.162	0.006	
60	2	6	5.5000	1.2000	6.4000	X SLO	-8.19m	-0.55µ	-0.65m	0	-0.163	-0.006	8.19m	0.55µ	0.65m	0	0.163	0.006	
61	2	7	0.0000	2.4000	6.4000	X SLO	-8.20m	-0.88µ	-0.58m	0	-0.162	-0.006	8.20m	0.88µ	0.58m	0	0.162	0.006	
62	2	8	5.5000	2.4000	6.4000	X SLO	-8.19m	-0.55µ	-0.65m	0	-0.163	-0.006	8.19m	0.55µ	0.65m	0	0.163	0.006	
63	2	 	0.1000	3.6000	6.1500	X SLO	-7.67m	-12.2µ	-0.35m	0	-0.164	-0.007	7.67m	12.2µ	0.35m	0	0.164	0.007	
64	2	 	5.4000	3.6000	6.1500	X SLO	-7.66m	-12.5µ	-0.42m	0	-0.164	-0.007	7.66m	12.5µ	0.42m	0	0.164	0.007	
65	2	 	0.1000	0.0000	6.1500	X SLO	-7.67m	-12.2µ	-0.35m	0	-0.164	-0.007	7.67m	12.2µ	0.35m	0	0.164	0.007	
66	2	 	5.4000	0.0000	6.1500	X SLO	-7.66m	-12.5µ	-0.42m	0	-0.164	-0.007	7.66m	12.5µ	0.42m	0	0.164	0.007	
67	2	 	0.0000	1.1000	6.2500	X SLO	-7.79m	-97.5n	-0.58m	0	-0.162	-0.006	7.79m	97.5n	0.58m	0	0.162	0.006	
68	2	 	0.0000	0.1500	6.2500	X SLO	-7.93m	-0.28µ	-0.58m	0	-0.164	-0.007	7.93m	0.28µ	0.58m	0	0.164	0.007	
69	2	 	0.0000	3.4500	6.2500	X SLO	-7.93m	-0.28µ	-0.58m	0	-0.164	-0.007	7.93m	0.28µ	0.58m	0	0.164	0.007	
70	2	 	0.0000	2.5000	6.2500	X SLO	-7.79m	-97.5n	-0.58m	0	-0.162	-0.006	7.79m	97.5n	0.58m	0	0.162	0.006	
71	2	 	0.0000	2.3000	6.2500	X SLO	-7.77m	-97.5n	-0.58m	0	-0.162	-0.006	7.77m	97.5n	0.58m	0	0.162	0.006	
72	2	 	0.0000	1.3000	6.2500	X SLO	-7.77m	-97.5n	-0.58m	0	-0.162	-0.006	7.77m	97.5n	0.58m	0	0.162	0.006	
73	2	 	5.5000	3.4500	6.2500	X SLO	-7.93m	-0.27µ	-0.65m	0	-0.164	-0.007	7.93m	0.27µ	0.65m	0	0.164	0.007	
74	2	 	5.5000	2.5000	6.2500	X SLO	-7.78m	-93.4n	-0.65m	0	-0.163	-0.006	7.78m	93.4n	0.65m	0	0.163	0.006	
75	2	 	5.5000	1.1000	6.2500	X SLO	-7.78m	-93.4n	-0.65m	0	-0.163	-0.006	7.78m	93.4n	0.65m	0	0.163	0.006	
76	2	 	5.5000	0.1500	6.2500	X SLO	-7.93m	-0.27µ	-0.65m	0	-0.164	-0.007	7.93m	0.27µ	0.65m	0	0.164	0.007	
77	2	 	5.5000	2.3000	6.2500	X SLO	-7.76m	-93.4n	-0.65m	0	-0.163	-0.006	7.76m	93.4n	0.65m	0	0.163	0.006	
78	2	 	5.5000	1.3000	6.2500	X SLO	-7.76m	-93.4n	-0.65m	0	-0.163	-0.006	7.76m	93.4n	0.65m	0	0.163	0.006	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Sisma Y SLO
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Sisma		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	Y SLO	-8.93µ	-0.15m	-1.24m	-0.035	-0.002	0	8.93µ	0.15m	1.24m	0.035	0.002	0	
1	0	5	0.0000	1.2000	0.0000	Y SLO	-0.82µ	-0.18m	-0.44m	-0.042	0	0	0.82µ	0.18m	0.44m	0.042	0	0	
2	0	 	0.0000	0.1500	-0.2500	Y SLO	-4.86n	0	-1.14m	-0.035	-0.002	0	4.86n	0	1.14m	0.035	0.002	0	
3	0	 	0.0000	1.2000	-0.2500	Y SLO	0	0	-0.44m	-0.042	0	0	0	0	0.44m	0.042	0	0	
4	0	7	0.0000	2.4000	0.0000	Y SLO	-0.82µ	-0.18m	-0.44m	-0.042	0	0	0.82µ	0.18m	0.44m	0.042	0	0	
5	0	 	0.0000	2.4000	-0.2500	Y SLO	0	0	-0.44m	-0.042	0	0	0	0	0.44m	0.042	0	0	
6	0	3	0.0000	3.6000	0.0000	Y SLO	-8.93µ	-0.15m	-1.24m	-0.035	-0.002	0	8.93µ	0.15m	1.24m	0.035	0.002	0	
7	0	 	0.0000	3.4500	-0.2500	Y SLO	-4.86n	0	-1.14m	-0.035	-0.002	0	4.86n	0	1.14m	0.035	0.002	0	
8	0	2	5.5000	0.0000	0.0000	Y SLO	-10.8µ	-0.19m	-1.41m	-0.043	-0.002	0	10.8µ	0.19m	1.41m	0.043	0.002	0	
9	0	6	5.5000	1.2000	0.0000	Y SLO	-9.37n	-0.20m	-0.48m	-0.046	0	0	9.37n	0.20m	0.48m	0.046	0	0	
10	0	 	5.5000	0.1500	-0.2500	Y SLO	-15.2n	0	-1.29m	-0.043	-0.002	0	15.2n	0	1.29m	0.043	0.002	0	
11	0	 	5.5000	1.2000	-0.2500	Y SLO	0	0	-0.48m	-0.046	0	0	0	0	0.48m	0.046	0	0	
12	0	8	5.5000	2.4000	0.0000	Y SLO	-9.37n	-0.20m	-0.48m	-0.046	0	0	9.37n	0.20m	0.48m	0.046	0	0	
13	0	9	5.5000	1.8000	0.0000	Y SLO	0	-0.20m	0	-0.046	0	0	0	0.20m	0	0.046	0	0	
14	0	 	5.5000	1.8000	-0.2500	Y SLO	0	0	0	-0.046	0	0	0	0	0	0.046	0	0	
15	0	 	5.5000	2.4000	-0.2500	Y SLO	0	0	-0.48m	-0.046	0	0	0	0	0.48m	0.046	0	0	
16	0	4	5.5000	3.6000	0.0000	Y SLO	-10.8µ	-0.19m	-1.41m	-0.043	-0.002	0	10.8µ	0.19m	1.41m	0.043	0.002	0	
17	0	 	5.5000	3.4500	-0.2500	Y SLO	-15.2n	0	-1.29m	-0.043	-0.002	0	15.2n	0	1.29m	0.043	0.002	0	
79	0	 	1.1000	1.2000	-0.2500	Y SLO	0	0	-0.44m	-0.043	0	0	0	0	0.44m	0.043	0	0	
80	0	 	1.1000	2.4000	-0.2500	Y SLO	0	0	-0.44m	-0.043	0	0	0	0	0.44m	0.043	0	0	
81	0	 	2.2000	1.2000	-0.2500	Y SLO	0	0	-0.45m	-0.043	0	0	0	0	0.45m	0.043	0	0	
82	0	 	2.2000	2.4000	-0.2500	Y SLO	0	0	-0.45m	-0.043	0	0	0	0	0.45m	0.043	0	0	
83	0	 	3.3000	1.2000	-0.2500	Y SLO	0	0	-0.46m	-0.044	-0.001	0	0	0	0.46m	0.044	0.001	0	
84	0	 	3.3000	2.4000	-0.2500	Y SLO	0	0	-0.46m	-0.044	-0.001	0	0	0	0.46m	0.044	0.001	0	
85	0	 	4.4000	1.2000	-0.2500	Y SLO	0	0	-0.47m	-0.045	-0.001	0	0	0	0.47m	0.045	0.001	0	
86	0	 	4.4000	2.4000	-0.2500	Y SLO	0	0	-0.47m	-0.045	-0.001	0	0	0	0.47m	0.045	0.001	0	
87	0	 	1.1000	1.2000	0.0000	Y SLO	-0.80µ	-0.19m	-0.44m	-0.043	0	0	0.80µ	0.19m	0.44m	0.043	0	0	
88	0	 	2.2000	1.2000	0.0000	Y SLO	-1.57µ	-0.19m	-0.45m	-0.043	0	0	1.57µ	0.19m	0.45m	0.043	0	0	
89	0	 	3.3000	1.2000	0.0000	Y SLO	-2.40µ	-0.19m	-0.46m	-0.044	-0.001	0	2.40µ	0.19m	0.46m	0.044	0.001	0	
90	0	 	4.4000	1.2000	0.0000	Y SLO	-3.06µ	-0.20m	-0.47m	-0.045	-0.001	0	3.06µ	0.20m	0.47m	0.045	0.001	0	
91	0	 	4.4000	2.4000	0.0000	Y SLO	-3.06µ	-0.20m	-0.47m	-0.045	-0.001	0	3.06µ	0.20m	0.47m	0.045	0.001	0	
92	0	 	3.3000	2.4000	0.0000	Y SLO	-2.40µ	-0.19m	-0.46m	-0.044	-0.001	0	2.40µ	0.19m	0.46m	0.044	0.001	0	
93	0	 	2.2000	2.4000	0.0000	Y SLO	-1.57µ	-0.19m	-0.45m	-0.043	0	0	1.57µ	0.19m	0.45m	0.043	0	0	
94	0	 	1.1000	2.4000	0.0000	Y SLO	-0.80µ	-0.19m	-0.44m	-0.043	0	0	0.80µ	0.19m	0.44m	0.043	0	0	
0	1	 	0.0000	2.4000	1.0667	Y SLO	-9.50µ	-0.98m	-0.45m	0	-0.001	-0.001	9.50µ	0.98m	0.45m	0	0.001	0.001	
1	1	 	0.0000	1.2000	1.0667	Y SLO	-9.50µ	-0.98m	-0.45m	0	-0.001	-0.001	9.50µ	0.98m	0.45m	0	0.001	0.001	
2	1	 	0.0000	2.4000	2.1333	Y SLO	-19.8µ	-1.78m	-0.45m	0	-0.001	-0.002	19.8µ	1.78m	0.45m	0	0.001	0.002	
3	1	 	0.0000	1.2000	2.1333	Y SLO	-19.8µ	-1.78m	-0.45m	0	-0.001	-0.002	19.8µ	1.78m	0.45m	0	0.001	0.002	
7	1	9	5.5000	1.8000	3.2000	Y SLO	-1.11f	-2.84m	0	-0.046	0	-0.003	1.11f	2.84m	0	0.046	0	0.003	
18	1	1	0.0000	0.0000	3.2000	Y SLO	-79.9µ	-2.58m	-1.27m	-0.043	-0.001	-0.003	79.9µ	2.58m	1.27m	0.043	0.001	0.003	
19	1	 	0.0000	0.0000	2.7000	Y SLO	-92.1µ	-2.21m	-1.27m	-0.043	-0.001	-0.003	92.1µ	2.21m	1.27m	0.043	0.001	0.003	
20	1	2	5.5000	0.0000	3.2000	Y SLO	-82.2µ	-2.85m	-1.43m	-0.048	-0.001	-0.003	82.2µ	2.85m	1.43m	0.048	0.001	0.003	
21	1	 	5.5000	0.0000	2.7000	Y SLO	-87.6µ	-2.43m	-1.43m	-0.048	-0.001	-0.003	87.6µ	2.43m	1.43m	0.048	0.001	0.003	
22	1	3	0.0000	3.6000	3.2000	Y SLO	-79.9µ	-2.58m	-1.27m	-0.043	-0.001	-0.003	79.9µ	2.58m	1.27m	0.043	0.001	0.003	
23	1	 	0.0000	3.6000	2.7000	Y SLO	-92.1µ	-2.21m	-1.27m	-0.043	-0.001	-0.003	92.1µ	2.21m	1.27m	0.043	0.001	0.003	
24	1	4	5.5000	3.6000	3.2000	Y SLO	-82.2µ	-2.85m	-1.43m	-0.048	-0.001	-0.003	82.2µ	2.85m	1.43m	0.048	0.001	0.003	
25	1	 	5.5000	3.6000	2.7000	Y SLO	-87.6µ	-2.43m	-1.43m	-0.048	-0.001	-0.003	87.6µ	2.43m	1.43m	0.048	0.001	0.003	
27	1	 	1.1000	3.6000	3.2000	Y SLO	-78.1µ	-2.62m	-1.30m	-0.041	-0.002	-0.003	78.1µ	2.62m	1.30m	0.041	0.002	0.003	
28	1	 	2.2000	3.6000	3.2000	Y SLO	-77.6µ	-2.68m	-1.34m	-0.043	-0.002	-0.003	77.6µ	2.68m	1.34m	0.043	0.002	0.003	
29	1	 	3.3000	3.6000	3.2000	Y SLO	-77.9µ	-2.73m	-1.38m	-0.044	-0.002	-0.003	77.9µ	2.73m	1.38m	0.044	0.002	0.003	
30	1	 	4.4000	3.6000	3.2000	Y SLO	-79.3µ	-2.79m	-1.41m	-0.045	-0.001	-0.002	79.3µ	2.79m	1.41m	0.045	0.001	0.002	
31	1	 	0.0000	3.6000	2.9500	Y SLO	-86.0µ	-2.39m	-1.27m	-0.043	-0.001	-0.003	86.0µ	2.39m	1.27m	0.043	0.001	0.003	
32	1	 	1.1000	3.6000	2.9500	Y SLO	-86.6µ	-2.45m	-1.30m	-0.041	-0.002	-0.003	86.6µ	2.45m	1.30m	0.041	0.002	0.003	
33	1	 	2.2000	3.6000	2.9500	Y SLO	-86.6µ	-2.49m	-1.34m	-0.043	-0.002	-0.003	86.6µ	2.49m	1.34m	0.043	0.002	0.003	
34	1	 	3.3000	3.6000	2.9500	Y SLO	-86.1µ	-2.54m	-1.38m	-0.044	-0.002	-0.003	86.1µ	2.54m	1.38m	0.044	0.002	0.003	
35	1	 	4.4000	3.6000	2.9500	Y SLO	-85.5µ	-2.59m	-1.41m	-0.045	-0.001	-0.002	85.5µ	2.59m	1.41m	0.045	0.001	0.002	
36	1	 	5.5000	3.6000	2.9500	Y SLO	-84.9µ	-2.64m	-1.43m	-0.048	-0.001	-0.003	84.9µ	2.64m	1.43m	0.048	0.001	0.003	
37	1	 	1.1000	0.0000	3.2000	Y SLO	-78.1µ	-2.62m	-1.30m	-0.041	-0.002	-0.003	78.1µ	2.62m	1.30m	0.041	0.002	0.003	
38	1	 	2.2000	0.0000	3.2000	Y SLO	-77.6µ	-2.68m	-1.34m	-0.043	-0.002	-0.003	77.6µ	2.68m	1.34m	0.043	0.002	0.003	
39	1	 	3.3000	0.0000	3.2000	Y SLO	-77.9µ	-2.73m	-1.38m	-0.044	-0.002	-0.003	77.9µ	2.73m	1.38m	0.044	0.002	0.003	
40	1	 	4.4000	0.0000	3.2000	Y SLO	-79.3µ	-2.79m	-1.41m	-0.045	-0.001	-0.002	79.3µ	2.79m	1.41m	0.045	0.001	0.002	
41	1	 	0.0000	0.0000	2.9500	Y SLO	-86.0µ	-2.39m	-1.27m	-0.043	-0.001	-0.003	86.0µ	2.39m	1.27m	0.043	0.001	0.003	
42	1	 	1.1000	0.0000	2.9500	Y SLO	-86.6µ	-2.45m	-1.30m	-0.041	-0.002	-0.003	86.6µ	2.45m	1.30m	0.041	0.002	0.003	
43	1	 	2.2000	0.0000	2.9500	Y SLO	-86.6µ	-2.49m	-1.34m	-0.043	-0.002	-0.003	86.6µ	2.49m	1.34m	0.043	0.002	0.003	
44	1	 	3.3000	0.0000	2.9500	Y SLO	-86.1µ	-2.54m	-1.38m	-0.044	-0.002	-0.003	86.1µ	2.54m	1.38m	0.044	0.002	0.003	
45	1	 	4.4000	0.0000	2.9500	Y SLO	-85.5µ	-2.59m	-1.41m	-0.045	-0.001	-0.002	85.5µ	2.59m	1.41m	0.045	0.001	0.002	
46	1	 	5.5000	0.0000	2.9500	Y SLO	-84.9µ	-2.64m	-1.43m	-0.048	-0.001	-0.003	84.9µ	2.64m	1.43m	0.048	0.001	0.003	
47	1	5	0.0000	1.2000	3.2000	Y SLO	-28.4µ	-2.57m	-0.43m	-0.04	0	-0.003	28.4µ	2.57m	0.43m	0.04	0	0.003	
48	1	 	0.0000	1.2000	2.9500	Y SLO	-27.6µ	-2.39m	-0.43m	-0.04	0	-0.003	27.6µ	2.39m	0.43m	0.04	0	0.003	
49	1	6	5.5000	1.2000	3.2000	Y SLO	-27.4µ	-2.84m	-0.48m	-0.046	0	-0.003	27.4µ	2.84m	0.48m	0.046	0	0.003	
50	1	 	5.5000	1.2000	2.9500	Y SLO	-27.4µ	-2.64m	-0.48m	-0.046	0	-0.003	27.4µ	2.64m	0.48m	0.046	0	0.003	
51	1	7	0.0000	2.4000	3.2000	Y SLO	-28.4µ	-2.57m	-0.43m	-0.04	0	-0.003	28.4µ	2.57m	0.43m	0.04	0	0.003	
52	1	 	0.0000	2.4000	2.9500	Y SLO	-27.6µ	-2.39m	-0.43m	-0.04	0	-0.003	27.6µ	2.39m	0.43m	0.04	0	0.003	
53	1	8	5.5000	2.4000	3.2000	Y SLO	-27.4µ	-2.84m	-0.48m	-0.046	0	-0.003	27.4µ	2.84m	0.48m	0.046	0	0.003	
54	1	 	5.5000	2.4000	2.9500	Y SLO	-27.4µ	-2.64m	-0.48m	-0.046	0	-0.003	27.4µ	2.64m	0.48m	0.046	0	0.003	
95	1	 	0.0000	1.2000	3.0500	Y SLO	-27.9µ	-2.46m	-0.43m	-0.04	0	-0.003	27.9µ	2.46m	0.43m	0.04	0	0.003	
96	1	 	1.1000	1.2000	3.0500	Y SLO	-28.1µ	-2.52m	-0.44m	-0.042	0	0	28.1µ	2.52m	0.44m	0.042	0	0	
97	1	 	1.1000	2.4000	3.0500	Y SLO	-28.1µ	-2.52m	-0.44m	-0.042	0	0	28.1µ	2.52m	0.44m	0.042	0	0	
98	1	 	0.0000	2.4000	3.0500	Y SLO	-27.9µ	-2.46m	-0.43m	-0.04	0	-0.003	27.9µ	2.46m	0.43m	0.04	0	0.003	
99	1	 	2.2000	1.2000	3.0500	Y SLO	-27.7µ	-2.57m	-0.45m	-0.043	-0.001	0	27.7µ	2.57m	0.45m	0.043	0.001	0	
100	1	 	2.2000	2.4000	3.0500	Y SLO	-27.7µ	-2.57m	-0.45m	-0.043	-0.001	0	27.7µ	2.57m	0.45m	0.043	0.001	0	
101	1	 	3.3000	1.2000	3.0500	Y SLO	-27.7µ	-2.62m	-0.46m	-0.044	-0.001	0	27.7µ	2.62m	0.46m	0.044	0.001	0	
102	1	 	3.3000	2.4000	3.0500	Y SLO	-27.7µ	-2.62m	-0.46m	-0.044	-0.001	0	27.7µ	2.62m	0.46m	0.044	0.001	0	
103	1	 	4.4000	1.2000	3.0500	Y SLO	-27.4µ	-2.67m	-0.47m	-0.045	-0.001	0	27.4µ	2.67m	0.47m	0.045	0.001	0	
104	1	 	4.4000	2.4000	3.0500	Y SLO	-27.4µ	-2.67m	-0.47m	-0.045	-0.001	0	27.4µ	2.67m	0.47m	0.045	0.001	0	
105	1	 	5.5000	1.2000	3.0500	Y SLO	-27.4µ	-2.72m	-0.48m	-0.046	0	-0.003	27.4µ	2.72m	0.48m	0.046	0	0.003	
106	1	 	5.5000	2.4000	3.0500	Y SLO	-27.4µ	-2.72m	-0.48m	-0.046	0	-0.003	27.4µ	2.72m	0.48m	0.046	0	0.003	
107	1	 	1.1000	1.2000	3.2000	Y SLO	-27.1µ	-2.63m	-0.44m	-0.042	0	0	27.1µ	2.63m	0.44m	0.042	0	0	
108	1	 	2.2000	1.2000	3.2000	Y SLO	-25.9µ	-2.68m	-0.45m	-0.043	-0.001	0	25.9µ	2.68m	0.45m	0.043	0.001	0	
109	1	 	3.3000	1.2000	3.2000	Y SLO	-26.0µ	-2.73m	-0.46m	-0.044	-0.001	0	26.0µ	2.73m	0.46m	0.044	0.001	0	
110	1	 	4.4000	1.2000	3.2000	Y SLO	-25.9µ	-2.79m	-0.47m	-0.045	-0.001	0	25.9µ	2.79m	0.47m	0.045	0.001	0	
111	1	 	4.4000	2.4000	3.2000	Y SLO	-25.9µ	-2.79m	-0.47m	-0.045	-0.001	0	25.9µ	2.79m	0.47m	0.045	0.001	0	
112	1	 	3.3000	2.4000	3.2000	Y SLO	-26.0µ	-2.73m	-0.46m	-0.044	-0.001	0	26.0µ	2.73m	0.46m	0.044	0.001	0	
113	1	 	2.2000	2.4000	3.2000	Y SLO	-25.9µ	-2.68m	-0.45m	-0.043	-0.001	0	25.9µ	2.68m	0.45m	0.043	0.001	0	
114	1	 	1.1000	2.4000	3.2000	Y SLO	-27.1µ	-2.63m	-0.44m	-0.042	0	0	27.1µ	2.63m	0.44m	0.042	0	0	
115	1	 	0.0000	0.0000	3.0500	Y SLO	-83.5µ	-2.47m	-1.27m	-0.043	-0.001	-0.003	83.5µ	2.47m	1.27m	0.043	0.001	0.003	
116	1	 	1.1000	0.0000	3.0500	Y SLO	-83.2µ	-2.52m	-1.30m	-0.041	-0.002	-0.003	83.2µ	2.52m	1.30m	0.041	0.002	0.003	
117	1	 	2.2000	0.0000	3.0500	Y SLO	-83.0µ	-2.57m	-1.34m	-0.043	-0.002	-0.003	83.0µ	2.57m	1.34m	0.043	0.002	0.003	
118	1	 	3.3000	0.0000	3.0500	Y SLO	-82.8µ	-2.62m	-1.38m	-0.044	-0.002	-0.003	82.8µ	2.62m	1.38m	0.044	0.002	0.003	
119	1	 	4.4000	0.0000	3.0500	Y SLO	-83.0µ	-2.67m	-1.41m	-0.045	-0.001	-0.002	83.0µ	2.67m	1.41m	0.045	0.001	0.002	
120	1	 	5.5000	0.0000	3.0500	Y SLO	-83.8µ	-2.72m	-1.43m	-0.048	-0.001	-0.003	83.8µ	2.72m	1.43m	0.048	0.001	0.003	
121	1	 	1.1000	3.6000	3.0500	Y SLO	-83.2µ	-2.52m	-1.30m	-0.041	-0.002	-0.003	83.2µ	2.52m	1.30m	0.041	0.002	0.003	
122	1	 	0.0000	3.6000	3.0500	Y SLO	-83.5µ	-2.47m	-1.27m	-0.043	-0.001	-0.003	83.5µ	2.47m	1.27m	0.043	0.001	0.003	
123	1	 	2.2000	3.6000	3.0500	Y SLO	-83.0µ	-2.57m	-1.34m	-0.043	-0.002	-0.003	83.0µ	2.57m	1.34m	0.043	0.002	0.003	
124	1	 	3.3000	3.6000	3.0500	Y SLO	-82.8µ	-2.62m	-1.38m	-0.044	-0.002	-0.003	82.8µ	2.62m	1.38m	0.044	0.002	0.003	
125	1	 	4.4000	3.6000	3.0500	Y SLO	-83.0µ	-2.67m	-1.41m	-0.045	-0.001	-0.002	83.0µ	2.67m	1.41m	0.045	0.001	0.002	
126	1	 	5.5000	3.6000	3.0500	Y SLO	-83.8µ	-2.72m	-1.43m	-0.048	-0.001	-0.003	83.8µ	2.72m	1.43m	0.048	0.001	0.003	
8	2	 	0.1000	3.6000	6.1500	Y SLO	-0.22m	-6.19m	-1.27m	-0.066	-0.002	-0.007	0.22m	6.19m	1.27m	0.066	0.002	0.007	
9	2	 	5.4000	3.6000	6.1500	Y SLO	-0.22m	-6.86m	-1.45m	-0.074	-0.002	-0.007	0.22m	6.86m	1.45m	0.074	0.002	0.007	
10	2	 	0.1000	0.0000	6.1500	Y SLO	-0.22m	-6.19m	-1.27m	-0.066	-0.002	-0.007	0.22m	6.19m	1.27m	0.066	0.002	0.007	
11	2	 	5.4000	0.0000	6.1500	Y SLO	-0.22m	-6.86m	-1.45m	-0.074	-0.002	-0.007	0.22m	6.86m	1.45m	0.074	0.002	0.007	
55	2	1	0.0000	0.0000	6.4000	Y SLO	-0.23m	-6.46m	-1.28m	-0.066	-0.004	-0.011	0.23m	6.46m	1.28m	0.066	0.004	0.011	
56	2	2	5.5000	0.0000	6.4000	Y SLO	-0.24m	-7.18m	-1.45m	-0.074	-0.005	-0.001	0.24m	7.18m	1.45m	0.074	0.005	0.001	
57	2	3	0.0000	3.6000	6.4000	Y SLO	-0.23m	-6.46m	-1.28m	-0.066	-0.004	-0.011	0.23m	6.46m	1.28m	0.066	0.004	0.011	
58	2	4	5.5000	3.6000	6.4000	Y SLO	-0.24m	-7.18m	-1.45m	-0.074	-0.005	-0.001	0.24m	7.18m	1.45m	0.074	0.005	0.001	
59	2	5	0.0000	1.2000	6.4000	Y SLO	-59.4µ	-6.39m	-0.40m	-0.039	-0.001	-0.006	59.4µ	6.39m	0.40m	0.039	0.001	0.006	
60	2	6	5.5000	1.2000	6.4000	Y SLO	-0.12m	-7.10m	-0.44m	-0.044	-0.002	-0.01	0.12m	7.10m	0.44m	0.044	0.002	0.01	
61	2	7	0.0000	2.4000	6.4000	Y SLO	-59.4µ	-6.39m	-0.40m	-0.039	-0.001	-0.006	59.4µ	6.39m	0.40m	0.039	0.001	0.006	
62	2	8	5.5000	2.4000	6.4000	Y SLO	-0.12m	-7.10m	-0.44m	-0.044	-0.002	-0.01	0.12m	7.10m	0.44m	0.044	0.002	0.01	
63	2	 	0.1000	3.6000	6.1500	Y SLO	-0.22m	-6.19m	-1.27m	-0.066	-0.004	-0.011	0.22m	6.19m	1.27m	0.066	0.004	0.011	
64	2	 	5.4000	3.6000	6.1500	Y SLO	-0.22m	-6.86m	-1.45m	-0.074	-0.005	-0.001	0.22m	6.86m	1.45m	0.074	0.005	0.001	
65	2	 	0.1000	0.0000	6.1500	Y SLO	-0.22m	-6.19m	-1.27m	-0.066	-0.004	-0.011	0.22m	6.19m	1.27m	0.066	0.004	0.011	
66	2	 	5.4000	0.0000	6.1500	Y SLO	-0.22m	-6.86m	-1.45m	-0.074	-0.005	-0.001	0.22m	6.86m	1.45m	0.074	0.005	0.001	
67	2	 	0.0000	1.1000	6.2500	Y SLO	-68.0µ	-6.28m	-0.47m	-0.039	-0.001	-0.006	68.0µ	6.28m	0.47m	0.039	0.001	0.006	
68	2	 	0.0000	0.1500	6.2500	Y SLO	-0.20m	-6.28m	-1.11m	-0.066	-0.004	-0.011	0.20m	6.28m	1.11m	0.066	0.004	0.011	
69	2	 	0.0000	3.4500	6.2500	Y SLO	-0.20m	-6.28m	-1.11m	-0.066	-0.004	-0.011	0.20m	6.28m	1.11m	0.066	0.004	0.011	
70	2	 	0.0000	2.5000	6.2500	Y SLO	-68.0µ	-6.28m	-0.47m	-0.039	-0.001	-0.006	68.0µ	6.28m	0.47m	0.039	0.001	0.006	
71	2	 	0.0000	2.3000	6.2500	Y SLO	-47.0µ	-6.28m	-0.33m	-0.039	-0.001	-0.006	47.0µ	6.28m	0.33m	0.039	0.001	0.006	
72	2	 	0.0000	1.3000	6.2500	Y SLO	-47.0µ	-6.28m	-0.33m	-0.039	-0.001	-0.006	47.0µ	6.28m	0.33m	0.039	0.001	0.006	
73	2	 	5.5000	3.4500	6.2500	Y SLO	-0.23m	-6.99m	-1.25m	-0.074	-0.005	-0.001	0.23m	6.99m	1.25m	0.074	0.005	0.001	
74	2	 	5.5000	2.5000	6.2500	Y SLO	-0.13m	-6.98m	-0.52m	-0.044	-0.002	-0.01	0.13m	6.98m	0.52m	0.044	0.002	0.01	
75	2	 	5.5000	1.1000	6.2500	Y SLO	-0.13m	-6.98m	-0.52m	-0.044	-0.002	-0.01	0.13m	6.98m	0.52m	0.044	0.002	0.01	
76	2	 	5.5000	0.1500	6.2500	Y SLO	-0.23m	-6.99m	-1.25m	-0.074	-0.005	-0.001	0.23m	6.99m	1.25m	0.074	0.005	0.001	
77	2	 	5.5000	2.3000	6.2500	Y SLO	-95.0µ	-6.98m	-0.37m	-0.044	-0.002	-0.01	95.0µ	6.98m	0.37m	0.044	0.002	0.01	
78	2	 	5.5000	1.3000	6.2500	Y SLO	-95.0µ	-6.98m	-0.37m	-0.044	-0.002	-0.01	95.0µ	6.98m	0.37m	0.044	0.002	0.01	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Sisma X SLD
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Sisma		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	X SLD	-75.6µ	-3.91µ	-0.46m	-0.001	-0.017	0	75.6µ	3.91µ	0.46m	0.001	0.017	0	
1	0	5	0.0000	1.2000	0.0000	X SLD	-62.8µ	-1.49µ	-0.48m	0	-0.014	0	62.8µ	1.49µ	0.48m	0	0.014	0	
2	0	 	0.0000	0.1500	-0.2500	X SLD	-0.63µ	0	-0.46m	-0.001	-0.017	0	0.63µ	0	0.46m	0.001	0.017	0	
3	0	 	0.0000	1.2000	-0.2500	X SLD	0	0	-0.48m	0	-0.014	0	0	0	0.48m	0	0.014	0	
4	0	7	0.0000	2.4000	0.0000	X SLD	-62.8µ	-1.49µ	-0.48m	0	-0.014	0	62.8µ	1.49µ	0.48m	0	0.014	0	
5	0	 	0.0000	2.4000	-0.2500	X SLD	0	0	-0.48m	0	-0.014	0	0	0	0.48m	0	0.014	0	
6	0	3	0.0000	3.6000	0.0000	X SLD	-75.6µ	-3.91µ	-0.46m	-0.001	-0.017	0	75.6µ	3.91µ	0.46m	0.001	0.017	0	
7	0	 	0.0000	3.4500	-0.2500	X SLD	-0.63µ	0	-0.46m	-0.001	-0.017	0	0.63µ	0	0.46m	0.001	0.017	0	
8	0	2	5.5000	0.0000	0.0000	X SLD	-0.11m	-3.20µ	-0.52m	-0.001	-0.026	0	0.11m	3.20µ	0.52m	0.001	0.026	0	
9	0	6	5.5000	1.2000	0.0000	X SLD	-63.7µ	-7.20n	-0.53m	0	-0.015	0	63.7µ	7.20n	0.53m	0	0.015	0	
10	0	 	5.5000	0.1500	-0.2500	X SLD	-44.5n	0	-0.52m	-0.001	-0.026	0	44.5n	0	0.52m	0.001	0.026	0	
11	0	 	5.5000	1.2000	-0.2500	X SLD	0	0	-0.53m	0	-0.015	0	0	0	0.53m	0	0.015	0	
12	0	8	5.5000	2.4000	0.0000	X SLD	-63.7µ	-7.20n	-0.53m	0	-0.015	0	63.7µ	7.20n	0.53m	0	0.015	0	
13	0	9	5.5000	1.8000	0.0000	X SLD	-63.7µ	0	-0.53m	0	-0.015	0	63.7µ	0	0.53m	0	0.015	0	
14	0	 	5.5000	1.8000	-0.2500	X SLD	0	0	-0.53m	0	-0.015	0	0	0	0.53m	0	0.015	0	
15	0	 	5.5000	2.4000	-0.2500	X SLD	0	0	-0.53m	0	-0.015	0	0	0	0.53m	0	0.015	0	
16	0	4	5.5000	3.6000	0.0000	X SLD	-0.11m	-3.20µ	-0.52m	-0.001	-0.026	0	0.11m	3.20µ	0.52m	0.001	0.026	0	
17	0	 	5.5000	3.4500	-0.2500	X SLD	-44.5n	0	-0.52m	-0.001	-0.026	0	44.5n	0	0.52m	0.001	0.026	0	
79	0	 	1.1000	1.2000	-0.2500	X SLD	0	0	-0.24m	0	-0.011	0	0	0	0.24m	0	0.011	0	
80	0	 	1.1000	2.4000	-0.2500	X SLD	0	0	-0.24m	0	-0.011	0	0	0	0.24m	0	0.011	0	
81	0	 	2.2000	1.2000	-0.2500	X SLD	0	0	-59.5µ	0	-0.009	0	0	0	59.5µ	0	0.009	0	
82	0	 	2.2000	2.4000	-0.2500	X SLD	0	0	-59.5µ	0	-0.009	0	0	0	59.5µ	0	0.009	0	
83	0	 	3.3000	1.2000	-0.2500	X SLD	0	0	-0.10m	0	-0.009	0	0	0	0.10m	0	0.009	0	
84	0	 	3.3000	2.4000	-0.2500	X SLD	0	0	-0.10m	0	-0.009	0	0	0	0.10m	0	0.009	0	
85	0	 	4.4000	1.2000	-0.2500	X SLD	0	0	-0.29m	0	-0.011	0	0	0	0.29m	0	0.011	0	
86	0	 	4.4000	2.4000	-0.2500	X SLD	0	0	-0.29m	0	-0.011	0	0	0	0.29m	0	0.011	0	
87	0	 	1.1000	1.2000	0.0000	X SLD	-46.3µ	-1.43µ	-0.24m	0	-0.011	0	46.3µ	1.43µ	0.24m	0	0.011	0	
88	0	 	2.2000	1.2000	0.0000	X SLD	-37.5µ	-0.47µ	-59.5µ	0	-0.009	0	37.5µ	0.47µ	59.5µ	0	0.009	0	
89	0	 	3.3000	1.2000	0.0000	X SLD	-37.9µ	-0.56µ	-0.10m	0	-0.009	0	37.9µ	0.56µ	0.10m	0	0.009	0	
90	0	 	4.4000	1.2000	0.0000	X SLD	-47.4µ	-1.48µ	-0.29m	0	-0.011	0	47.4µ	1.48µ	0.29m	0	0.011	0	
91	0	 	4.4000	2.4000	0.0000	X SLD	-47.4µ	-1.48µ	-0.29m	0	-0.011	0	47.4µ	1.48µ	0.29m	0	0.011	0	
92	0	 	3.3000	2.4000	0.0000	X SLD	-37.9µ	-0.56µ	-0.10m	0	-0.009	0	37.9µ	0.56µ	0.10m	0	0.009	0	
93	0	 	2.2000	2.4000	0.0000	X SLD	-37.5µ	-0.47µ	-59.5µ	0	-0.009	0	37.5µ	0.47µ	59.5µ	0	0.009	0	
94	0	 	1.1000	2.4000	0.0000	X SLD	-46.3µ	-1.43µ	-0.24m	0	-0.011	0	46.3µ	1.43µ	0.24m	0	0.011	0	
0	1	 	0.0000	2.4000	1.0667	X SLD	-0.46m	-0.30µ	-0.48m	0	-0.026	-0.001	0.46m	0.30µ	0.48m	0	0.026	0.001	
1	1	 	0.0000	1.2000	1.0667	X SLD	-0.46m	-0.30µ	-0.48m	0	-0.026	-0.001	0.46m	0.30µ	0.48m	0	0.026	0.001	
2	1	 	0.0000	2.4000	2.1333	X SLD	-0.98m	-0.19µ	-0.48m	0	-0.027	-0.001	0.98m	0.19µ	0.48m	0	0.027	0.001	
3	1	 	0.0000	1.2000	2.1333	X SLD	-0.98m	-0.19µ	-0.48m	0	-0.027	-0.001	0.98m	0.19µ	0.48m	0	0.027	0.001	
7	1	9	5.5000	1.8000	3.2000	X SLD	-1.41m	0	-0.53m	0	-0.017	0	1.41m	0	0.53m	0	0.017	0	
18	1	1	0.0000	0.0000	3.2000	X SLD	-1.43m	-3.52µ	-0.47m	-0.001	-0.019	0	1.43m	3.52µ	0.47m	0.001	0.019	0	
19	1	 	0.0000	0.0000	2.7000	X SLD	-1.27m	-2.00µ	-0.47m	-0.001	-0.019	0	1.27m	2.00µ	0.47m	0.001	0.019	0	
20	1	2	5.5000	0.0000	3.2000	X SLD	-1.42m	-2.74µ	-0.53m	0	-0.017	0	1.42m	2.74µ	0.53m	0	0.017	0	
21	1	 	5.5000	0.0000	2.7000	X SLD	-1.27m	-0.98µ	-0.53m	0	-0.017	0	1.27m	0.98µ	0.53m	0	0.017	0	
22	1	3	0.0000	3.6000	3.2000	X SLD	-1.43m	-3.52µ	-0.47m	-0.001	-0.019	0	1.43m	3.52µ	0.47m	0.001	0.019	0	
23	1	 	0.0000	3.6000	2.7000	X SLD	-1.27m	-2.00µ	-0.47m	-0.001	-0.019	0	1.27m	2.00µ	0.47m	0.001	0.019	0	
24	1	4	5.5000	3.6000	3.2000	X SLD	-1.42m	-2.74µ	-0.53m	0	-0.017	0	1.42m	2.74µ	0.53m	0	0.017	0	
25	1	 	5.5000	3.6000	2.7000	X SLD	-1.27m	-0.98µ	-0.53m	0	-0.017	0	1.27m	0.98µ	0.53m	0	0.017	0	
27	1	 	1.1000	3.6000	3.2000	X SLD	-1.40m	-1.85µ	-0.20m	-0.001	-0.011	0	1.40m	1.85µ	0.20m	0.001	0.011	0	
28	1	 	2.2000	3.6000	3.2000	X SLD	-1.39m	-0.75µ	-25.0µ	-0.001	-0.008	0	1.39m	0.75µ	25.0µ	0.001	0.008	0	
29	1	 	3.3000	3.6000	3.2000	X SLD	-1.39m	-0.59µ	-0.11m	0	-0.007	0	1.39m	0.59µ	0.11m	0	0.007	0	
30	1	 	4.4000	3.6000	3.2000	X SLD	-1.40m	-1.37µ	-0.27m	-0.001	-0.01	0	1.40m	1.37µ	0.27m	0.001	0.01	0	
31	1	 	0.0000	3.6000	2.9500	X SLD	-1.34m	-1.47µ	-0.47m	-0.001	-0.019	0	1.34m	1.47µ	0.47m	0.001	0.019	0	
32	1	 	1.1000	3.6000	2.9500	X SLD	-1.35m	-3.14µ	-0.20m	-0.001	-0.011	0	1.35m	3.14µ	0.20m	0.001	0.011	0	
33	1	 	2.2000	3.6000	2.9500	X SLD	-1.35m	-1.46µ	-25.0µ	-0.001	-0.008	0	1.35m	1.46µ	25.0µ	0.001	0.008	0	
34	1	 	3.3000	3.6000	2.9500	X SLD	-1.35m	-0.93µ	-0.11m	0	-0.007	0	1.35m	0.93µ	0.11m	0	0.007	0	
35	1	 	4.4000	3.6000	2.9500	X SLD	-1.35m	-2.69µ	-0.27m	-0.001	-0.01	0	1.35m	2.69µ	0.27m	0.001	0.01	0	
36	1	 	5.5000	3.6000	2.9500	X SLD	-1.35m	-1.12µ	-0.53m	0	-0.017	0	1.35m	1.12µ	0.53m	0	0.017	0	
37	1	 	1.1000	0.0000	3.2000	X SLD	-1.40m	-1.85µ	-0.20m	-0.001	-0.011	0	1.40m	1.85µ	0.20m	0.001	0.011	0	
38	1	 	2.2000	0.0000	3.2000	X SLD	-1.39m	-0.75µ	-25.0µ	-0.001	-0.008	0	1.39m	0.75µ	25.0µ	0.001	0.008	0	
39	1	 	3.3000	0.0000	3.2000	X SLD	-1.39m	-0.59µ	-0.11m	0	-0.007	0	1.39m	0.59µ	0.11m	0	0.007	0	
40	1	 	4.4000	0.0000	3.2000	X SLD	-1.40m	-1.37µ	-0.27m	-0.001	-0.01	0	1.40m	1.37µ	0.27m	0.001	0.01	0	
41	1	 	0.0000	0.0000	2.9500	X SLD	-1.34m	-1.47µ	-0.47m	-0.001	-0.019	0	1.34m	1.47µ	0.47m	0.001	0.019	0	
42	1	 	1.1000	0.0000	2.9500	X SLD	-1.35m	-3.14µ	-0.20m	-0.001	-0.011	0	1.35m	3.14µ	0.20m	0.001	0.011	0	
43	1	 	2.2000	0.0000	2.9500	X SLD	-1.35m	-1.46µ	-25.0µ	-0.001	-0.008	0	1.35m	1.46µ	25.0µ	0.001	0.008	0	
44	1	 	3.3000	0.0000	2.9500	X SLD	-1.35m	-0.93µ	-0.11m	0	-0.007	0	1.35m	0.93µ	0.11m	0	0.007	0	
45	1	 	4.4000	0.0000	2.9500	X SLD	-1.35m	-2.69µ	-0.27m	-0.001	-0.01	0	1.35m	2.69µ	0.27m	0.001	0.01	0	
46	1	 	5.5000	0.0000	2.9500	X SLD	-1.35m	-1.12µ	-0.53m	0	-0.017	0	1.35m	1.12µ	0.53m	0	0.017	0	
47	1	5	0.0000	1.2000	3.2000	X SLD	-1.41m	-0.95µ	-0.48m	0	-0.018	-0.001	1.41m	0.95µ	0.48m	0	0.018	0.001	
48	1	 	0.0000	1.2000	2.9500	X SLD	-1.34m	-0.89µ	-0.48m	0	-0.018	-0.001	1.34m	0.89µ	0.48m	0	0.018	0.001	
49	1	6	5.5000	1.2000	3.2000	X SLD	-1.41m	-0.31µ	-0.53m	0	-0.017	0	1.41m	0.31µ	0.53m	0	0.017	0	
50	1	 	5.5000	1.2000	2.9500	X SLD	-1.34m	-0.31µ	-0.53m	0	-0.017	0	1.34m	0.31µ	0.53m	0	0.017	0	
51	1	7	0.0000	2.4000	3.2000	X SLD	-1.41m	-0.95µ	-0.48m	0	-0.018	-0.001	1.41m	0.95µ	0.48m	0	0.018	0.001	
52	1	 	0.0000	2.4000	2.9500	X SLD	-1.34m	-0.89µ	-0.48m	0	-0.018	-0.001	1.34m	0.89µ	0.48m	0	0.018	0.001	
53	1	8	5.5000	2.4000	3.2000	X SLD	-1.41m	-0.31µ	-0.53m	0	-0.017	0	1.41m	0.31µ	0.53m	0	0.017	0	
54	1	 	5.5000	2.4000	2.9500	X SLD	-1.34m	-0.31µ	-0.53m	0	-0.017	0	1.34m	0.31µ	0.53m	0	0.017	0	
95	1	 	0.0000	1.2000	3.0500	X SLD	-1.37m	-0.73µ	-0.48m	0	-0.018	-0.001	1.37m	0.73µ	0.48m	0	0.018	0.001	
96	1	 	1.1000	1.2000	3.0500	X SLD	-1.37m	-0.89µ	-0.21m	0	-0.011	0	1.37m	0.89µ	0.21m	0	0.011	0	
97	1	 	1.1000	2.4000	3.0500	X SLD	-1.37m	-0.89µ	-0.21m	0	-0.011	0	1.37m	0.89µ	0.21m	0	0.011	0	
98	1	 	0.0000	2.4000	3.0500	X SLD	-1.37m	-0.73µ	-0.48m	0	-0.018	-0.001	1.37m	0.73µ	0.48m	0	0.018	0.001	
99	1	 	2.2000	1.2000	3.0500	X SLD	-1.37m	-0.35µ	-30.5µ	0	-0.008	0	1.37m	0.35µ	30.5µ	0	0.008	0	
100	1	 	2.2000	2.4000	3.0500	X SLD	-1.37m	-0.35µ	-30.5µ	0	-0.008	0	1.37m	0.35µ	30.5µ	0	0.008	0	
101	1	 	3.3000	1.2000	3.0500	X SLD	-1.37m	-0.30µ	-0.11m	0	-0.007	0	1.37m	0.30µ	0.11m	0	0.007	0	
102	1	 	3.3000	2.4000	3.0500	X SLD	-1.37m	-0.30µ	-0.11m	0	-0.007	0	1.37m	0.30µ	0.11m	0	0.007	0	
103	1	 	4.4000	1.2000	3.0500	X SLD	-1.37m	-0.85µ	-0.28m	0	-0.01	0	1.37m	0.85µ	0.28m	0	0.01	0	
104	1	 	4.4000	2.4000	3.0500	X SLD	-1.37m	-0.85µ	-0.28m	0	-0.01	0	1.37m	0.85µ	0.28m	0	0.01	0	
105	1	 	5.5000	1.2000	3.0500	X SLD	-1.37m	-0.31µ	-0.53m	0	-0.017	0	1.37m	0.31µ	0.53m	0	0.017	0	
106	1	 	5.5000	2.4000	3.0500	X SLD	-1.37m	-0.31µ	-0.53m	0	-0.017	0	1.37m	0.31µ	0.53m	0	0.017	0	
107	1	 	1.1000	1.2000	3.2000	X SLD	-1.40m	-0.34µ	-0.21m	0	-0.011	0	1.40m	0.34µ	0.21m	0	0.011	0	
108	1	 	2.2000	1.2000	3.2000	X SLD	-1.39m	-97.3n	-30.5µ	0	-0.008	0	1.39m	97.3n	30.5µ	0	0.008	0	
109	1	 	3.3000	1.2000	3.2000	X SLD	-1.39m	-0.40µ	-0.11m	0	-0.007	0	1.39m	0.40µ	0.11m	0	0.007	0	
110	1	 	4.4000	1.2000	3.2000	X SLD	-1.40m	-0.72µ	-0.28m	0	-0.01	0	1.40m	0.72µ	0.28m	0	0.01	0	
111	1	 	4.4000	2.4000	3.2000	X SLD	-1.40m	-0.72µ	-0.28m	0	-0.01	0	1.40m	0.72µ	0.28m	0	0.01	0	
112	1	 	3.3000	2.4000	3.2000	X SLD	-1.39m	-0.40µ	-0.11m	0	-0.007	0	1.39m	0.40µ	0.11m	0	0.007	0	
113	1	 	2.2000	2.4000	3.2000	X SLD	-1.39m	-97.3n	-30.5µ	0	-0.008	0	1.39m	97.3n	30.5µ	0	0.008	0	
114	1	 	1.1000	2.4000	3.2000	X SLD	-1.40m	-0.34µ	-0.21m	0	-0.011	0	1.40m	0.34µ	0.21m	0	0.011	0	
115	1	 	0.0000	0.0000	3.0500	X SLD	-1.38m	-2.19µ	-0.47m	-0.001	-0.019	0	1.38m	2.19µ	0.47m	0.001	0.019	0	
116	1	 	1.1000	0.0000	3.0500	X SLD	-1.37m	-1.19µ	-0.20m	-0.001	-0.011	0	1.37m	1.19µ	0.20m	0.001	0.011	0	
117	1	 	2.2000	0.0000	3.0500	X SLD	-1.37m	-0.58µ	-25.0µ	-0.001	-0.008	0	1.37m	0.58µ	25.0µ	0.001	0.008	0	
118	1	 	3.3000	0.0000	3.0500	X SLD	-1.37m	-0.49µ	-0.11m	0	-0.007	0	1.37m	0.49µ	0.11m	0	0.007	0	
119	1	 	4.4000	0.0000	3.0500	X SLD	-1.37m	-1.21µ	-0.27m	-0.001	-0.01	0	1.37m	1.21µ	0.27m	0.001	0.01	0	
120	1	 	5.5000	0.0000	3.0500	X SLD	-1.38m	-1.74µ	-0.53m	0	-0.017	0	1.38m	1.74µ	0.53m	0	0.017	0	
121	1	 	1.1000	3.6000	3.0500	X SLD	-1.37m	-1.19µ	-0.20m	-0.001	-0.011	0	1.37m	1.19µ	0.20m	0.001	0.011	0	
122	1	 	0.0000	3.6000	3.0500	X SLD	-1.38m	-2.19µ	-0.47m	-0.001	-0.019	0	1.38m	2.19µ	0.47m	0.001	0.019	0	
123	1	 	2.2000	3.6000	3.0500	X SLD	-1.37m	-0.58µ	-25.0µ	-0.001	-0.008	0	1.37m	0.58µ	25.0µ	0.001	0.008	0	
124	1	 	3.3000	3.6000	3.0500	X SLD	-1.37m	-0.49µ	-0.11m	0	-0.007	0	1.37m	0.49µ	0.11m	0	0.007	0	
125	1	 	4.4000	3.6000	3.0500	X SLD	-1.37m	-1.21µ	-0.27m	-0.001	-0.01	0	1.37m	1.21µ	0.27m	0.001	0.01	0	
126	1	 	5.5000	3.6000	3.0500	X SLD	-1.38m	-1.74µ	-0.53m	0	-0.017	0	1.38m	1.74µ	0.53m	0	0.017	0	
8	2	 	0.1000	3.6000	6.1500	X SLD	-6.28m	-10.0µ	-0.28m	0	-0.007	0	6.28m	10.0µ	0.28m	0	0.007	0	
9	2	 	5.4000	3.6000	6.1500	X SLD	-6.28m	-10.3µ	-0.34m	0	-0.007	0	6.28m	10.3µ	0.34m	0	0.007	0	
10	2	 	0.1000	0.0000	6.1500	X SLD	-6.28m	-10.0µ	-0.28m	0	-0.007	0	6.28m	10.0µ	0.28m	0	0.007	0	
11	2	 	5.4000	0.0000	6.1500	X SLD	-6.28m	-10.3µ	-0.34m	0	-0.007	0	6.28m	10.3µ	0.34m	0	0.007	0	
55	2	1	0.0000	0.0000	6.4000	X SLD	-6.86m	-5.94n	-0.47m	0	-0.134	-0.006	6.86m	5.94n	0.47m	0	0.134	0.006	
56	2	2	5.5000	0.0000	6.4000	X SLD	-6.86m	-6.08n	-0.53m	0	-0.134	-0.006	6.86m	6.08n	0.53m	0	0.134	0.006	
57	2	3	0.0000	3.6000	6.4000	X SLD	-6.86m	-5.94n	-0.47m	0	-0.134	-0.006	6.86m	5.94n	0.47m	0	0.134	0.006	
58	2	4	5.5000	3.6000	6.4000	X SLD	-6.86m	-6.08n	-0.53m	0	-0.134	-0.006	6.86m	6.08n	0.53m	0	0.134	0.006	
59	2	5	0.0000	1.2000	6.4000	X SLD	-6.72m	-0.73µ	-0.48m	0	-0.133	-0.005	6.72m	0.73µ	0.48m	0	0.133	0.005	
60	2	6	5.5000	1.2000	6.4000	X SLD	-6.71m	-0.46µ	-0.53m	0	-0.133	-0.005	6.71m	0.46µ	0.53m	0	0.133	0.005	
61	2	7	0.0000	2.4000	6.4000	X SLD	-6.72m	-0.73µ	-0.48m	0	-0.133	-0.005	6.72m	0.73µ	0.48m	0	0.133	0.005	
62	2	8	5.5000	2.4000	6.4000	X SLD	-6.71m	-0.46µ	-0.53m	0	-0.133	-0.005	6.71m	0.46µ	0.53m	0	0.133	0.005	
63	2	 	0.1000	3.6000	6.1500	X SLD	-6.28m	-10.0µ	-0.28m	0	-0.134	-0.006	6.28m	10.0µ	0.28m	0	0.134	0.006	
64	2	 	5.4000	3.6000	6.1500	X SLD	-6.28m	-10.3µ	-0.34m	0	-0.134	-0.006	6.28m	10.3µ	0.34m	0	0.134	0.006	
65	2	 	0.1000	0.0000	6.1500	X SLD	-6.28m	-10.0µ	-0.28m	0	-0.134	-0.006	6.28m	10.0µ	0.28m	0	0.134	0.006	
66	2	 	5.4000	0.0000	6.1500	X SLD	-6.28m	-10.3µ	-0.34m	0	-0.134	-0.006	6.28m	10.3µ	0.34m	0	0.134	0.006	
67	2	 	0.0000	1.1000	6.2500	X SLD	-6.38m	-80.5n	-0.48m	0	-0.133	-0.005	6.38m	80.5n	0.48m	0	0.133	0.005	
68	2	 	0.0000	0.1500	6.2500	X SLD	-6.50m	-0.23µ	-0.47m	0	-0.134	-0.006	6.50m	0.23µ	0.47m	0	0.134	0.006	
69	2	 	0.0000	3.4500	6.2500	X SLD	-6.50m	-0.23µ	-0.47m	0	-0.134	-0.006	6.50m	0.23µ	0.47m	0	0.134	0.006	
70	2	 	0.0000	2.5000	6.2500	X SLD	-6.38m	-80.5n	-0.48m	0	-0.133	-0.005	6.38m	80.5n	0.48m	0	0.133	0.005	
71	2	 	0.0000	2.3000	6.2500	X SLD	-6.36m	-80.5n	-0.48m	0	-0.133	-0.005	6.36m	80.5n	0.48m	0	0.133	0.005	
72	2	 	0.0000	1.3000	6.2500	X SLD	-6.36m	-80.5n	-0.48m	0	-0.133	-0.005	6.36m	80.5n	0.48m	0	0.133	0.005	
73	2	 	5.5000	3.4500	6.2500	X SLD	-6.50m	-0.22µ	-0.53m	0	-0.134	-0.006	6.50m	0.22µ	0.53m	0	0.134	0.006	
74	2	 	5.5000	2.5000	6.2500	X SLD	-6.37m	-77.0n	-0.53m	0	-0.133	-0.005	6.37m	77.0n	0.53m	0	0.133	0.005	
75	2	 	5.5000	1.1000	6.2500	X SLD	-6.37m	-77.0n	-0.53m	0	-0.133	-0.005	6.37m	77.0n	0.53m	0	0.133	0.005	
76	2	 	5.5000	0.1500	6.2500	X SLD	-6.50m	-0.22µ	-0.53m	0	-0.134	-0.006	6.50m	0.22µ	0.53m	0	0.134	0.006	
77	2	 	5.5000	2.3000	6.2500	X SLD	-6.36m	-77.0n	-0.53m	0	-0.133	-0.005	6.36m	77.0n	0.53m	0	0.133	0.005	
78	2	 	5.5000	1.3000	6.2500	X SLD	-6.36m	-77.0n	-0.53m	0	-0.133	-0.005	6.36m	77.0n	0.53m	0	0.133	0.005	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Sisma Y SLD
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Sisma		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	Y SLD	-7.32µ	-0.13m	-1.01m	-0.029	-0.002	0	7.32µ	0.13m	1.01m	0.029	0.002	0	
1	0	5	0.0000	1.2000	0.0000	Y SLD	-0.67µ	-0.15m	-0.36m	-0.034	0	0	0.67µ	0.15m	0.36m	0.034	0	0	
2	0	 	0.0000	0.1500	-0.2500	Y SLD	-4.17n	0	-0.94m	-0.029	-0.002	0	4.17n	0	0.94m	0.029	0.002	0	
3	0	 	0.0000	1.2000	-0.2500	Y SLD	0	0	-0.36m	-0.034	0	0	0	0	0.36m	0.034	0	0	
4	0	7	0.0000	2.4000	0.0000	Y SLD	-0.67µ	-0.15m	-0.36m	-0.034	0	0	0.67µ	0.15m	0.36m	0.034	0	0	
5	0	 	0.0000	2.4000	-0.2500	Y SLD	0	0	-0.36m	-0.034	0	0	0	0	0.36m	0.034	0	0	
6	0	3	0.0000	3.6000	0.0000	Y SLD	-7.32µ	-0.13m	-1.01m	-0.029	-0.002	0	7.32µ	0.13m	1.01m	0.029	0.002	0	
7	0	 	0.0000	3.4500	-0.2500	Y SLD	-4.17n	0	-0.94m	-0.029	-0.002	0	4.17n	0	0.94m	0.029	0.002	0	
8	0	2	5.5000	0.0000	0.0000	Y SLD	-8.90µ	-0.15m	-1.15m	-0.035	-0.002	0	8.90µ	0.15m	1.15m	0.035	0.002	0	
9	0	6	5.5000	1.2000	0.0000	Y SLD	-7.68n	-0.16m	-0.39m	-0.038	0	0	7.68n	0.16m	0.39m	0.038	0	0	
10	0	 	5.5000	0.1500	-0.2500	Y SLD	-12.5n	0	-1.06m	-0.035	-0.002	0	12.5n	0	1.06m	0.035	0.002	0	
11	0	 	5.5000	1.2000	-0.2500	Y SLD	0	0	-0.39m	-0.038	0	0	0	0	0.39m	0.038	0	0	
12	0	8	5.5000	2.4000	0.0000	Y SLD	-7.68n	-0.16m	-0.39m	-0.038	0	0	7.68n	0.16m	0.39m	0.038	0	0	
13	0	9	5.5000	1.8000	0.0000	Y SLD	0	-0.16m	0	-0.038	0	0	0	0.16m	0	0.038	0	0	
14	0	 	5.5000	1.8000	-0.2500	Y SLD	0	0	0	-0.038	0	0	0	0	0	0.038	0	0	
15	0	 	5.5000	2.4000	-0.2500	Y SLD	0	0	-0.39m	-0.038	0	0	0	0	0.39m	0.038	0	0	
16	0	4	5.5000	3.6000	0.0000	Y SLD	-8.90µ	-0.15m	-1.15m	-0.035	-0.002	0	8.90µ	0.15m	1.15m	0.035	0.002	0	
17	0	 	5.5000	3.4500	-0.2500	Y SLD	-12.5n	0	-1.06m	-0.035	-0.002	0	12.5n	0	1.06m	0.035	0.002	0	
79	0	 	1.1000	1.2000	-0.2500	Y SLD	0	0	-0.36m	-0.035	0	0	0	0	0.36m	0.035	0	0	
80	0	 	1.1000	2.4000	-0.2500	Y SLD	0	0	-0.36m	-0.035	0	0	0	0	0.36m	0.035	0	0	
81	0	 	2.2000	1.2000	-0.2500	Y SLD	0	0	-0.37m	-0.035	0	0	0	0	0.37m	0.035	0	0	
82	0	 	2.2000	2.4000	-0.2500	Y SLD	0	0	-0.37m	-0.035	0	0	0	0	0.37m	0.035	0	0	
83	0	 	3.3000	1.2000	-0.2500	Y SLD	0	0	-0.38m	-0.036	0	0	0	0	0.38m	0.036	0	0	
84	0	 	3.3000	2.4000	-0.2500	Y SLD	0	0	-0.38m	-0.036	0	0	0	0	0.38m	0.036	0	0	
85	0	 	4.4000	1.2000	-0.2500	Y SLD	0	0	-0.39m	-0.037	-0.001	0	0	0	0.39m	0.037	0.001	0	
86	0	 	4.4000	2.4000	-0.2500	Y SLD	0	0	-0.39m	-0.037	-0.001	0	0	0	0.39m	0.037	0.001	0	
87	0	 	1.1000	1.2000	0.0000	Y SLD	-0.66µ	-0.15m	-0.36m	-0.035	0	0	0.66µ	0.15m	0.36m	0.035	0	0	
88	0	 	2.2000	1.2000	0.0000	Y SLD	-1.28µ	-0.15m	-0.37m	-0.035	0	0	1.28µ	0.15m	0.37m	0.035	0	0	
89	0	 	3.3000	1.2000	0.0000	Y SLD	-1.96µ	-0.16m	-0.38m	-0.036	0	0	1.96µ	0.16m	0.38m	0.036	0	0	
90	0	 	4.4000	1.2000	0.0000	Y SLD	-2.51µ	-0.16m	-0.39m	-0.037	-0.001	0	2.51µ	0.16m	0.39m	0.037	0.001	0	
91	0	 	4.4000	2.4000	0.0000	Y SLD	-2.51µ	-0.16m	-0.39m	-0.037	-0.001	0	2.51µ	0.16m	0.39m	0.037	0.001	0	
92	0	 	3.3000	2.4000	0.0000	Y SLD	-1.96µ	-0.16m	-0.38m	-0.036	0	0	1.96µ	0.16m	0.38m	0.036	0	0	
93	0	 	2.2000	2.4000	0.0000	Y SLD	-1.28µ	-0.15m	-0.37m	-0.035	0	0	1.28µ	0.15m	0.37m	0.035	0	0	
94	0	 	1.1000	2.4000	0.0000	Y SLD	-0.66µ	-0.15m	-0.36m	-0.035	0	0	0.66µ	0.15m	0.36m	0.035	0	0	
0	1	 	0.0000	2.4000	1.0667	Y SLD	-7.79µ	-0.80m	-0.37m	0	0	-0.001	7.79µ	0.80m	0.37m	0	0	0.001	
1	1	 	0.0000	1.2000	1.0667	Y SLD	-7.79µ	-0.80m	-0.37m	0	0	-0.001	7.79µ	0.80m	0.37m	0	0	0.001	
2	1	 	0.0000	2.4000	2.1333	Y SLD	-16.2µ	-1.46m	-0.37m	0	0	-0.002	16.2µ	1.46m	0.37m	0	0	0.002	
3	1	 	0.0000	1.2000	2.1333	Y SLD	-16.2µ	-1.46m	-0.37m	0	0	-0.002	16.2µ	1.46m	0.37m	0	0	0.002	
7	1	9	5.5000	1.8000	3.2000	Y SLD	0	-2.32m	0	-0.037	0	-0.002	0	2.32m	0	0.037	0	0.002	
18	1	1	0.0000	0.0000	3.2000	Y SLD	-65.4µ	-2.11m	-1.04m	-0.035	-0.001	-0.002	65.4µ	2.11m	1.04m	0.035	0.001	0.002	
19	1	 	0.0000	0.0000	2.7000	Y SLD	-75.5µ	-1.81m	-1.04m	-0.035	-0.001	-0.002	75.5µ	1.81m	1.04m	0.035	0.001	0.002	
20	1	2	5.5000	0.0000	3.2000	Y SLD	-67.3µ	-2.33m	-1.17m	-0.04	-0.001	-0.002	67.3µ	2.33m	1.17m	0.04	0.001	0.002	
21	1	 	5.5000	0.0000	2.7000	Y SLD	-71.8µ	-1.99m	-1.17m	-0.04	-0.001	-0.002	71.8µ	1.99m	1.17m	0.04	0.001	0.002	
22	1	3	0.0000	3.6000	3.2000	Y SLD	-65.4µ	-2.11m	-1.04m	-0.035	-0.001	-0.002	65.4µ	2.11m	1.04m	0.035	0.001	0.002	
23	1	 	0.0000	3.6000	2.7000	Y SLD	-75.5µ	-1.81m	-1.04m	-0.035	-0.001	-0.002	75.5µ	1.81m	1.04m	0.035	0.001	0.002	
24	1	4	5.5000	3.6000	3.2000	Y SLD	-67.3µ	-2.33m	-1.17m	-0.04	-0.001	-0.002	67.3µ	2.33m	1.17m	0.04	0.001	0.002	
25	1	 	5.5000	3.6000	2.7000	Y SLD	-71.8µ	-1.99m	-1.17m	-0.04	-0.001	-0.002	71.8µ	1.99m	1.17m	0.04	0.001	0.002	
27	1	 	1.1000	3.6000	3.2000	Y SLD	-64.0µ	-2.15m	-1.07m	-0.033	-0.002	-0.002	64.0µ	2.15m	1.07m	0.033	0.002	0.002	
28	1	 	2.2000	3.6000	3.2000	Y SLD	-63.6µ	-2.20m	-1.10m	-0.035	-0.002	-0.002	63.6µ	2.20m	1.10m	0.035	0.002	0.002	
29	1	 	3.3000	3.6000	3.2000	Y SLD	-63.8µ	-2.24m	-1.13m	-0.036	-0.002	-0.002	63.8µ	2.24m	1.13m	0.036	0.002	0.002	
30	1	 	4.4000	3.6000	3.2000	Y SLD	-64.9µ	-2.28m	-1.16m	-0.037	-0.001	-0.002	64.9µ	2.28m	1.16m	0.037	0.001	0.002	
31	1	 	0.0000	3.6000	2.9500	Y SLD	-70.4µ	-1.96m	-1.04m	-0.035	-0.001	-0.002	70.4µ	1.96m	1.04m	0.035	0.001	0.002	
32	1	 	1.1000	3.6000	2.9500	Y SLD	-71.0µ	-2.00m	-1.07m	-0.033	-0.002	-0.002	71.0µ	2.00m	1.07m	0.033	0.002	0.002	
33	1	 	2.2000	3.6000	2.9500	Y SLD	-70.9µ	-2.04m	-1.10m	-0.035	-0.002	-0.002	70.9µ	2.04m	1.10m	0.035	0.002	0.002	
34	1	 	3.3000	3.6000	2.9500	Y SLD	-70.5µ	-2.08m	-1.13m	-0.036	-0.002	-0.002	70.5µ	2.08m	1.13m	0.036	0.002	0.002	
35	1	 	4.4000	3.6000	2.9500	Y SLD	-70.0µ	-2.12m	-1.16m	-0.037	-0.001	-0.002	70.0µ	2.12m	1.16m	0.037	0.001	0.002	
36	1	 	5.5000	3.6000	2.9500	Y SLD	-69.5µ	-2.16m	-1.17m	-0.04	-0.001	-0.002	69.5µ	2.16m	1.17m	0.04	0.001	0.002	
37	1	 	1.1000	0.0000	3.2000	Y SLD	-64.0µ	-2.15m	-1.07m	-0.033	-0.002	-0.002	64.0µ	2.15m	1.07m	0.033	0.002	0.002	
38	1	 	2.2000	0.0000	3.2000	Y SLD	-63.6µ	-2.20m	-1.10m	-0.035	-0.002	-0.002	63.6µ	2.20m	1.10m	0.035	0.002	0.002	
39	1	 	3.3000	0.0000	3.2000	Y SLD	-63.8µ	-2.24m	-1.13m	-0.036	-0.002	-0.002	63.8µ	2.24m	1.13m	0.036	0.002	0.002	
40	1	 	4.4000	0.0000	3.2000	Y SLD	-64.9µ	-2.28m	-1.16m	-0.037	-0.001	-0.002	64.9µ	2.28m	1.16m	0.037	0.001	0.002	
41	1	 	0.0000	0.0000	2.9500	Y SLD	-70.4µ	-1.96m	-1.04m	-0.035	-0.001	-0.002	70.4µ	1.96m	1.04m	0.035	0.001	0.002	
42	1	 	1.1000	0.0000	2.9500	Y SLD	-71.0µ	-2.00m	-1.07m	-0.033	-0.002	-0.002	71.0µ	2.00m	1.07m	0.033	0.002	0.002	
43	1	 	2.2000	0.0000	2.9500	Y SLD	-70.9µ	-2.04m	-1.10m	-0.035	-0.002	-0.002	70.9µ	2.04m	1.10m	0.035	0.002	0.002	
44	1	 	3.3000	0.0000	2.9500	Y SLD	-70.5µ	-2.08m	-1.13m	-0.036	-0.002	-0.002	70.5µ	2.08m	1.13m	0.036	0.002	0.002	
45	1	 	4.4000	0.0000	2.9500	Y SLD	-70.0µ	-2.12m	-1.16m	-0.037	-0.001	-0.002	70.0µ	2.12m	1.16m	0.037	0.001	0.002	
46	1	 	5.5000	0.0000	2.9500	Y SLD	-69.5µ	-2.16m	-1.17m	-0.04	-0.001	-0.002	69.5µ	2.16m	1.17m	0.04	0.001	0.002	
47	1	5	0.0000	1.2000	3.2000	Y SLD	-23.2µ	-2.10m	-0.36m	-0.032	0	-0.002	23.2µ	2.10m	0.36m	0.032	0	0.002	
48	1	 	0.0000	1.2000	2.9500	Y SLD	-22.6µ	-1.96m	-0.36m	-0.032	0	-0.002	22.6µ	1.96m	0.36m	0.032	0	0.002	
49	1	6	5.5000	1.2000	3.2000	Y SLD	-22.4µ	-2.33m	-0.39m	-0.037	0	-0.002	22.4µ	2.33m	0.39m	0.037	0	0.002	
50	1	 	5.5000	1.2000	2.9500	Y SLD	-22.4µ	-2.16m	-0.39m	-0.037	0	-0.002	22.4µ	2.16m	0.39m	0.037	0	0.002	
51	1	7	0.0000	2.4000	3.2000	Y SLD	-23.2µ	-2.10m	-0.36m	-0.032	0	-0.002	23.2µ	2.10m	0.36m	0.032	0	0.002	
52	1	 	0.0000	2.4000	2.9500	Y SLD	-22.6µ	-1.96m	-0.36m	-0.032	0	-0.002	22.6µ	1.96m	0.36m	0.032	0	0.002	
53	1	8	5.5000	2.4000	3.2000	Y SLD	-22.4µ	-2.33m	-0.39m	-0.037	0	-0.002	22.4µ	2.33m	0.39m	0.037	0	0.002	
54	1	 	5.5000	2.4000	2.9500	Y SLD	-22.4µ	-2.16m	-0.39m	-0.037	0	-0.002	22.4µ	2.16m	0.39m	0.037	0	0.002	
95	1	 	0.0000	1.2000	3.0500	Y SLD	-22.9µ	-2.02m	-0.36m	-0.032	0	-0.002	22.9µ	2.02m	0.36m	0.032	0	0.002	
96	1	 	1.1000	1.2000	3.0500	Y SLD	-23.0µ	-2.06m	-0.36m	-0.034	0	0	23.0µ	2.06m	0.36m	0.034	0	0	
97	1	 	1.1000	2.4000	3.0500	Y SLD	-23.0µ	-2.06m	-0.36m	-0.034	0	0	23.0µ	2.06m	0.36m	0.034	0	0	
98	1	 	0.0000	2.4000	3.0500	Y SLD	-22.9µ	-2.02m	-0.36m	-0.032	0	-0.002	22.9µ	2.02m	0.36m	0.032	0	0.002	
99	1	 	2.2000	1.2000	3.0500	Y SLD	-22.7µ	-2.10m	-0.37m	-0.035	-0.001	0	22.7µ	2.10m	0.37m	0.035	0.001	0	
100	1	 	2.2000	2.4000	3.0500	Y SLD	-22.7µ	-2.10m	-0.37m	-0.035	-0.001	0	22.7µ	2.10m	0.37m	0.035	0.001	0	
101	1	 	3.3000	1.2000	3.0500	Y SLD	-22.7µ	-2.15m	-0.38m	-0.036	-0.001	0	22.7µ	2.15m	0.38m	0.036	0.001	0	
102	1	 	3.3000	2.4000	3.0500	Y SLD	-22.7µ	-2.15m	-0.38m	-0.036	-0.001	0	22.7µ	2.15m	0.38m	0.036	0.001	0	
103	1	 	4.4000	1.2000	3.0500	Y SLD	-22.4µ	-2.19m	-0.39m	-0.037	0	0	22.4µ	2.19m	0.39m	0.037	0	0	
104	1	 	4.4000	2.4000	3.0500	Y SLD	-22.4µ	-2.19m	-0.39m	-0.037	0	0	22.4µ	2.19m	0.39m	0.037	0	0	
105	1	 	5.5000	1.2000	3.0500	Y SLD	-22.4µ	-2.23m	-0.39m	-0.037	0	-0.002	22.4µ	2.23m	0.39m	0.037	0	0.002	
106	1	 	5.5000	2.4000	3.0500	Y SLD	-22.4µ	-2.23m	-0.39m	-0.037	0	-0.002	22.4µ	2.23m	0.39m	0.037	0	0.002	
107	1	 	1.1000	1.2000	3.2000	Y SLD	-22.2µ	-2.15m	-0.36m	-0.034	0	0	22.2µ	2.15m	0.36m	0.034	0	0	
108	1	 	2.2000	1.2000	3.2000	Y SLD	-21.2µ	-2.20m	-0.37m	-0.035	-0.001	0	21.2µ	2.20m	0.37m	0.035	0.001	0	
109	1	 	3.3000	1.2000	3.2000	Y SLD	-21.3µ	-2.24m	-0.38m	-0.036	-0.001	0	21.3µ	2.24m	0.38m	0.036	0.001	0	
110	1	 	4.4000	1.2000	3.2000	Y SLD	-21.3µ	-2.28m	-0.39m	-0.037	0	0	21.3µ	2.28m	0.39m	0.037	0	0	
111	1	 	4.4000	2.4000	3.2000	Y SLD	-21.3µ	-2.28m	-0.39m	-0.037	0	0	21.3µ	2.28m	0.39m	0.037	0	0	
112	1	 	3.3000	2.4000	3.2000	Y SLD	-21.3µ	-2.24m	-0.38m	-0.036	-0.001	0	21.3µ	2.24m	0.38m	0.036	0.001	0	
113	1	 	2.2000	2.4000	3.2000	Y SLD	-21.2µ	-2.20m	-0.37m	-0.035	-0.001	0	21.2µ	2.20m	0.37m	0.035	0.001	0	
114	1	 	1.1000	2.4000	3.2000	Y SLD	-22.2µ	-2.15m	-0.36m	-0.034	0	0	22.2µ	2.15m	0.36m	0.034	0	0	
115	1	 	0.0000	0.0000	3.0500	Y SLD	-68.4µ	-2.02m	-1.04m	-0.035	-0.001	-0.002	68.4µ	2.02m	1.04m	0.035	0.001	0.002	
116	1	 	1.1000	0.0000	3.0500	Y SLD	-68.2µ	-2.06m	-1.07m	-0.033	-0.002	-0.002	68.2µ	2.06m	1.07m	0.033	0.002	0.002	
117	1	 	2.2000	0.0000	3.0500	Y SLD	-68.0µ	-2.10m	-1.10m	-0.035	-0.002	-0.002	68.0µ	2.10m	1.10m	0.035	0.002	0.002	
118	1	 	3.3000	0.0000	3.0500	Y SLD	-67.8µ	-2.15m	-1.13m	-0.036	-0.002	-0.002	67.8µ	2.15m	1.13m	0.036	0.002	0.002	
119	1	 	4.4000	0.0000	3.0500	Y SLD	-68.0µ	-2.19m	-1.16m	-0.037	-0.001	-0.002	68.0µ	2.19m	1.16m	0.037	0.001	0.002	
120	1	 	5.5000	0.0000	3.0500	Y SLD	-68.6µ	-2.23m	-1.17m	-0.04	-0.001	-0.002	68.6µ	2.23m	1.17m	0.04	0.001	0.002	
121	1	 	1.1000	3.6000	3.0500	Y SLD	-68.2µ	-2.06m	-1.07m	-0.033	-0.002	-0.002	68.2µ	2.06m	1.07m	0.033	0.002	0.002	
122	1	 	0.0000	3.6000	3.0500	Y SLD	-68.4µ	-2.02m	-1.04m	-0.035	-0.001	-0.002	68.4µ	2.02m	1.04m	0.035	0.001	0.002	
123	1	 	2.2000	3.6000	3.0500	Y SLD	-68.0µ	-2.10m	-1.10m	-0.035	-0.002	-0.002	68.0µ	2.10m	1.10m	0.035	0.002	0.002	
124	1	 	3.3000	3.6000	3.0500	Y SLD	-67.8µ	-2.15m	-1.13m	-0.036	-0.002	-0.002	67.8µ	2.15m	1.13m	0.036	0.002	0.002	
125	1	 	4.4000	3.6000	3.0500	Y SLD	-68.0µ	-2.19m	-1.16m	-0.037	-0.001	-0.002	68.0µ	2.19m	1.16m	0.037	0.001	0.002	
126	1	 	5.5000	3.6000	3.0500	Y SLD	-68.6µ	-2.23m	-1.17m	-0.04	-0.001	-0.002	68.6µ	2.23m	1.17m	0.04	0.001	0.002	
8	2	 	0.1000	3.6000	6.1500	Y SLD	-0.18m	-5.07m	-1.04m	-0.054	-0.002	-0.006	0.18m	5.07m	1.04m	0.054	0.002	0.006	
9	2	 	5.4000	3.6000	6.1500	Y SLD	-0.18m	-5.62m	-1.19m	-0.061	-0.002	-0.006	0.18m	5.62m	1.19m	0.061	0.002	0.006	
10	2	 	0.1000	0.0000	6.1500	Y SLD	-0.18m	-5.07m	-1.04m	-0.054	-0.002	-0.006	0.18m	5.07m	1.04m	0.054	0.002	0.006	
11	2	 	5.4000	0.0000	6.1500	Y SLD	-0.18m	-5.62m	-1.19m	-0.061	-0.002	-0.006	0.18m	5.62m	1.19m	0.061	0.002	0.006	
55	2	1	0.0000	0.0000	6.4000	Y SLD	-0.19m	-5.29m	-1.05m	-0.054	-0.003	-0.009	0.19m	5.29m	1.05m	0.054	0.003	0.009	
56	2	2	5.5000	0.0000	6.4000	Y SLD	-0.19m	-5.88m	-1.18m	-0.061	-0.004	-0.001	0.19m	5.88m	1.18m	0.061	0.004	0.001	
57	2	3	0.0000	3.6000	6.4000	Y SLD	-0.19m	-5.29m	-1.05m	-0.054	-0.003	-0.009	0.19m	5.29m	1.05m	0.054	0.003	0.009	
58	2	4	5.5000	3.6000	6.4000	Y SLD	-0.19m	-5.88m	-1.18m	-0.061	-0.004	-0.001	0.19m	5.88m	1.18m	0.061	0.004	0.001	
59	2	5	0.0000	1.2000	6.4000	Y SLD	-48.7µ	-5.23m	-0.33m	-0.032	-0.001	-0.005	48.7µ	5.23m	0.33m	0.032	0.001	0.005	
60	2	6	5.5000	1.2000	6.4000	Y SLD	-96.6µ	-5.82m	-0.36m	-0.036	-0.002	-0.008	96.6µ	5.82m	0.36m	0.036	0.002	0.008	
61	2	7	0.0000	2.4000	6.4000	Y SLD	-48.7µ	-5.23m	-0.33m	-0.032	-0.001	-0.005	48.7µ	5.23m	0.33m	0.032	0.001	0.005	
62	2	8	5.5000	2.4000	6.4000	Y SLD	-96.6µ	-5.82m	-0.36m	-0.036	-0.002	-0.008	96.6µ	5.82m	0.36m	0.036	0.002	0.008	
63	2	 	0.1000	3.6000	6.1500	Y SLD	-0.18m	-5.07m	-1.04m	-0.054	-0.003	-0.009	0.18m	5.07m	1.04m	0.054	0.003	0.009	
64	2	 	5.4000	3.6000	6.1500	Y SLD	-0.18m	-5.62m	-1.19m	-0.061	-0.004	-0.001	0.18m	5.62m	1.19m	0.061	0.004	0.001	
65	2	 	0.1000	0.0000	6.1500	Y SLD	-0.18m	-5.07m	-1.04m	-0.054	-0.003	-0.009	0.18m	5.07m	1.04m	0.054	0.003	0.009	
66	2	 	5.4000	0.0000	6.1500	Y SLD	-0.18m	-5.62m	-1.19m	-0.061	-0.004	-0.001	0.18m	5.62m	1.19m	0.061	0.004	0.001	
67	2	 	0.0000	1.1000	6.2500	Y SLD	-55.7µ	-5.15m	-0.38m	-0.032	-0.001	-0.005	55.7µ	5.15m	0.38m	0.032	0.001	0.005	
68	2	 	0.0000	0.1500	6.2500	Y SLD	-0.16m	-5.15m	-0.91m	-0.054	-0.003	-0.009	0.16m	5.15m	0.91m	0.054	0.003	0.009	
69	2	 	0.0000	3.4500	6.2500	Y SLD	-0.16m	-5.15m	-0.91m	-0.054	-0.003	-0.009	0.16m	5.15m	0.91m	0.054	0.003	0.009	
70	2	 	0.0000	2.5000	6.2500	Y SLD	-55.7µ	-5.15m	-0.38m	-0.032	-0.001	-0.005	55.7µ	5.15m	0.38m	0.032	0.001	0.005	
71	2	 	0.0000	2.3000	6.2500	Y SLD	-38.5µ	-5.15m	-0.27m	-0.032	-0.001	-0.005	38.5µ	5.15m	0.27m	0.032	0.001	0.005	
72	2	 	0.0000	1.3000	6.2500	Y SLD	-38.5µ	-5.15m	-0.27m	-0.032	-0.001	-0.005	38.5µ	5.15m	0.27m	0.032	0.001	0.005	
73	2	 	5.5000	3.4500	6.2500	Y SLD	-0.19m	-5.72m	-1.03m	-0.061	-0.004	-0.001	0.19m	5.72m	1.03m	0.061	0.004	0.001	
74	2	 	5.5000	2.5000	6.2500	Y SLD	-0.11m	-5.72m	-0.43m	-0.036	-0.002	-0.008	0.11m	5.72m	0.43m	0.036	0.002	0.008	
75	2	 	5.5000	1.1000	6.2500	Y SLD	-0.11m	-5.72m	-0.43m	-0.036	-0.002	-0.008	0.11m	5.72m	0.43m	0.036	0.002	0.008	
76	2	 	5.5000	0.1500	6.2500	Y SLD	-0.19m	-5.72m	-1.03m	-0.061	-0.004	-0.001	0.19m	5.72m	1.03m	0.061	0.004	0.001	
77	2	 	5.5000	2.3000	6.2500	Y SLD	-77.9µ	-5.72m	-0.30m	-0.036	-0.002	-0.008	77.9µ	5.72m	0.30m	0.036	0.002	0.008	
78	2	 	5.5000	1.3000	6.2500	Y SLD	-77.9µ	-5.72m	-0.30m	-0.036	-0.002	-0.008	77.9µ	5.72m	0.30m	0.036	0.002	0.008	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Sisma X SLV
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Sisma		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	X SLV	-89.8µ	-4.66µ	-0.55m	-0.001	-0.021	0	89.8µ	4.66µ	0.55m	0.001	0.021	0	
1	0	5	0.0000	1.2000	0.0000	X SLV	-74.4µ	-1.77µ	-0.57m	0	-0.017	-0.001	74.4µ	1.77µ	0.57m	0	0.017	0.001	
2	0	 	0.0000	0.1500	-0.2500	X SLV	-0.75µ	0	-0.55m	-0.001	-0.021	0	0.75µ	0	0.55m	0.001	0.021	0	
3	0	 	0.0000	1.2000	-0.2500	X SLV	0	0	-0.57m	0	-0.017	-0.001	0	0	0.57m	0	0.017	0.001	
4	0	7	0.0000	2.4000	0.0000	X SLV	-74.4µ	-1.77µ	-0.57m	0	-0.017	-0.001	74.4µ	1.77µ	0.57m	0	0.017	0.001	
5	0	 	0.0000	2.4000	-0.2500	X SLV	0	0	-0.57m	0	-0.017	-0.001	0	0	0.57m	0	0.017	0.001	
6	0	3	0.0000	3.6000	0.0000	X SLV	-89.8µ	-4.66µ	-0.55m	-0.001	-0.021	0	89.8µ	4.66µ	0.55m	0.001	0.021	0	
7	0	 	0.0000	3.4500	-0.2500	X SLV	-0.75µ	0	-0.55m	-0.001	-0.021	0	0.75µ	0	0.55m	0.001	0.021	0	
8	0	2	5.5000	0.0000	0.0000	X SLV	-0.13m	-3.81µ	-0.62m	-0.001	-0.03	0	0.13m	3.81µ	0.62m	0.001	0.03	0	
9	0	6	5.5000	1.2000	0.0000	X SLV	-75.5µ	-8.55n	-0.63m	0	-0.017	0	75.5µ	8.55n	0.63m	0	0.017	0	
10	0	 	5.5000	0.1500	-0.2500	X SLV	-53.0n	0	-0.62m	-0.001	-0.03	0	53.0n	0	0.62m	0.001	0.03	0	
11	0	 	5.5000	1.2000	-0.2500	X SLV	0	0	-0.63m	0	-0.017	0	0	0	0.63m	0	0.017	0	
12	0	8	5.5000	2.4000	0.0000	X SLV	-75.5µ	-8.55n	-0.63m	0	-0.017	0	75.5µ	8.55n	0.63m	0	0.017	0	
13	0	9	5.5000	1.8000	0.0000	X SLV	-75.6µ	0	-0.63m	0	-0.017	0	75.6µ	0	0.63m	0	0.017	0	
14	0	 	5.5000	1.8000	-0.2500	X SLV	0	0	-0.63m	0	-0.017	0	0	0	0.63m	0	0.017	0	
15	0	 	5.5000	2.4000	-0.2500	X SLV	0	0	-0.63m	0	-0.017	0	0	0	0.63m	0	0.017	0	
16	0	4	5.5000	3.6000	0.0000	X SLV	-0.13m	-3.81µ	-0.62m	-0.001	-0.03	0	0.13m	3.81µ	0.62m	0.001	0.03	0	
17	0	 	5.5000	3.4500	-0.2500	X SLV	-53.0n	0	-0.62m	-0.001	-0.03	0	53.0n	0	0.62m	0.001	0.03	0	
79	0	 	1.1000	1.2000	-0.2500	X SLV	0	0	-0.29m	0	-0.013	0	0	0	0.29m	0	0.013	0	
80	0	 	1.1000	2.4000	-0.2500	X SLV	0	0	-0.29m	0	-0.013	0	0	0	0.29m	0	0.013	0	
81	0	 	2.2000	1.2000	-0.2500	X SLV	0	0	-71.0µ	0	-0.01	0	0	0	71.0µ	0	0.01	0	
82	0	 	2.2000	2.4000	-0.2500	X SLV	0	0	-71.0µ	0	-0.01	0	0	0	71.0µ	0	0.01	0	
83	0	 	3.3000	1.2000	-0.2500	X SLV	0	0	-0.12m	0	-0.01	0	0	0	0.12m	0	0.01	0	
84	0	 	3.3000	2.4000	-0.2500	X SLV	0	0	-0.12m	0	-0.01	0	0	0	0.12m	0	0.01	0	
85	0	 	4.4000	1.2000	-0.2500	X SLV	0	0	-0.34m	0	-0.013	0	0	0	0.34m	0	0.013	0	
86	0	 	4.4000	2.4000	-0.2500	X SLV	0	0	-0.34m	0	-0.013	0	0	0	0.34m	0	0.013	0	
87	0	 	1.1000	1.2000	0.0000	X SLV	-54.9µ	-1.70µ	-0.29m	0	-0.013	0	54.9µ	1.70µ	0.29m	0	0.013	0	
88	0	 	2.2000	1.2000	0.0000	X SLV	-44.6µ	-0.56µ	-71.0µ	0	-0.01	0	44.6µ	0.56µ	71.0µ	0	0.01	0	
89	0	 	3.3000	1.2000	0.0000	X SLV	-45.1µ	-0.67µ	-0.12m	0	-0.01	0	45.1µ	0.67µ	0.12m	0	0.01	0	
90	0	 	4.4000	1.2000	0.0000	X SLV	-56.3µ	-1.76µ	-0.34m	0	-0.013	0	56.3µ	1.76µ	0.34m	0	0.013	0	
91	0	 	4.4000	2.4000	0.0000	X SLV	-56.3µ	-1.76µ	-0.34m	0	-0.013	0	56.3µ	1.76µ	0.34m	0	0.013	0	
92	0	 	3.3000	2.4000	0.0000	X SLV	-45.1µ	-0.67µ	-0.12m	0	-0.01	0	45.1µ	0.67µ	0.12m	0	0.01	0	
93	0	 	2.2000	2.4000	0.0000	X SLV	-44.6µ	-0.56µ	-71.0µ	0	-0.01	0	44.6µ	0.56µ	71.0µ	0	0.01	0	
94	0	 	1.1000	2.4000	0.0000	X SLV	-54.9µ	-1.70µ	-0.29m	0	-0.013	0	54.9µ	1.70µ	0.29m	0	0.013	0	
0	1	 	0.0000	2.4000	1.0667	X SLV	-0.54m	-0.35µ	-0.57m	0	-0.031	-0.001	0.54m	0.35µ	0.57m	0	0.031	0.001	
1	1	 	0.0000	1.2000	1.0667	X SLV	-0.54m	-0.35µ	-0.57m	0	-0.031	-0.001	0.54m	0.35µ	0.57m	0	0.031	0.001	
2	1	 	0.0000	2.4000	2.1333	X SLV	-1.16m	-0.23µ	-0.57m	0	-0.033	-0.001	1.16m	0.23µ	0.57m	0	0.033	0.001	
3	1	 	0.0000	1.2000	2.1333	X SLV	-1.16m	-0.23µ	-0.57m	0	-0.033	-0.001	1.16m	0.23µ	0.57m	0	0.033	0.001	
7	1	9	5.5000	1.8000	3.2000	X SLV	-1.67m	-1.02f	-0.63m	0	-0.02	0	1.67m	1.02f	0.63m	0	0.02	0	
18	1	1	0.0000	0.0000	3.2000	X SLV	-1.69m	-4.16µ	-0.56m	-0.001	-0.022	0	1.69m	4.16µ	0.56m	0.001	0.022	0	
19	1	 	0.0000	0.0000	2.7000	X SLV	-1.50m	-2.48µ	-0.56m	-0.001	-0.022	0	1.50m	2.48µ	0.56m	0.001	0.022	0	
20	1	2	5.5000	0.0000	3.2000	X SLV	-1.68m	-3.26µ	-0.63m	0	-0.02	-0.001	1.68m	3.26µ	0.63m	0	0.02	0.001	
21	1	 	5.5000	0.0000	2.7000	X SLV	-1.51m	-1.23µ	-0.63m	0	-0.02	-0.001	1.51m	1.23µ	0.63m	0	0.02	0.001	
22	1	3	0.0000	3.6000	3.2000	X SLV	-1.69m	-4.16µ	-0.56m	-0.001	-0.022	0	1.69m	4.16µ	0.56m	0.001	0.022	0	
23	1	 	0.0000	3.6000	2.7000	X SLV	-1.50m	-2.48µ	-0.56m	-0.001	-0.022	0	1.50m	2.48µ	0.56m	0.001	0.022	0	
24	1	4	5.5000	3.6000	3.2000	X SLV	-1.68m	-3.26µ	-0.63m	0	-0.02	-0.001	1.68m	3.26µ	0.63m	0	0.02	0.001	
25	1	 	5.5000	3.6000	2.7000	X SLV	-1.51m	-1.23µ	-0.63m	0	-0.02	-0.001	1.51m	1.23µ	0.63m	0	0.02	0.001	
27	1	 	1.1000	3.6000	3.2000	X SLV	-1.66m	-2.19µ	-0.23m	-0.001	-0.013	0	1.66m	2.19µ	0.23m	0.001	0.013	0	
28	1	 	2.2000	3.6000	3.2000	X SLV	-1.64m	-0.88µ	-31.6µ	-0.001	-0.009	0	1.64m	0.88µ	31.6µ	0.001	0.009	0	
29	1	 	3.3000	3.6000	3.2000	X SLV	-1.64m	-0.73µ	-0.13m	0	-0.009	0	1.64m	0.73µ	0.13m	0	0.009	0	
30	1	 	4.4000	3.6000	3.2000	X SLV	-1.66m	-1.64µ	-0.33m	-0.001	-0.012	0	1.66m	1.64µ	0.33m	0.001	0.012	0	
31	1	 	0.0000	3.6000	2.9500	X SLV	-1.59m	-1.75µ	-0.56m	-0.001	-0.022	0	1.59m	1.75µ	0.56m	0.001	0.022	0	
32	1	 	1.1000	3.6000	2.9500	X SLV	-1.60m	-3.71µ	-0.23m	-0.001	-0.013	0	1.60m	3.71µ	0.23m	0.001	0.013	0	
33	1	 	2.2000	3.6000	2.9500	X SLV	-1.61m	-1.73µ	-31.6µ	-0.001	-0.009	0	1.61m	1.73µ	31.6µ	0.001	0.009	0	
34	1	 	3.3000	3.6000	2.9500	X SLV	-1.61m	-1.10µ	-0.13m	0	-0.009	0	1.61m	1.10µ	0.13m	0	0.009	0	
35	1	 	4.4000	3.6000	2.9500	X SLV	-1.60m	-3.18µ	-0.33m	-0.001	-0.012	0	1.60m	3.18µ	0.33m	0.001	0.012	0	
36	1	 	5.5000	3.6000	2.9500	X SLV	-1.60m	-1.32µ	-0.63m	0	-0.02	-0.001	1.60m	1.32µ	0.63m	0	0.02	0.001	
37	1	 	1.1000	0.0000	3.2000	X SLV	-1.66m	-2.19µ	-0.23m	-0.001	-0.013	0	1.66m	2.19µ	0.23m	0.001	0.013	0	
38	1	 	2.2000	0.0000	3.2000	X SLV	-1.64m	-0.88µ	-31.6µ	-0.001	-0.009	0	1.64m	0.88µ	31.6µ	0.001	0.009	0	
39	1	 	3.3000	0.0000	3.2000	X SLV	-1.64m	-0.73µ	-0.13m	0	-0.009	0	1.64m	0.73µ	0.13m	0	0.009	0	
40	1	 	4.4000	0.0000	3.2000	X SLV	-1.66m	-1.64µ	-0.33m	-0.001	-0.012	0	1.66m	1.64µ	0.33m	0.001	0.012	0	
41	1	 	0.0000	0.0000	2.9500	X SLV	-1.59m	-1.75µ	-0.56m	-0.001	-0.022	0	1.59m	1.75µ	0.56m	0.001	0.022	0	
42	1	 	1.1000	0.0000	2.9500	X SLV	-1.60m	-3.71µ	-0.23m	-0.001	-0.013	0	1.60m	3.71µ	0.23m	0.001	0.013	0	
43	1	 	2.2000	0.0000	2.9500	X SLV	-1.61m	-1.73µ	-31.6µ	-0.001	-0.009	0	1.61m	1.73µ	31.6µ	0.001	0.009	0	
44	1	 	3.3000	0.0000	2.9500	X SLV	-1.61m	-1.10µ	-0.13m	0	-0.009	0	1.61m	1.10µ	0.13m	0	0.009	0	
45	1	 	4.4000	0.0000	2.9500	X SLV	-1.60m	-3.18µ	-0.33m	-0.001	-0.012	0	1.60m	3.18µ	0.33m	0.001	0.012	0	
46	1	 	5.5000	0.0000	2.9500	X SLV	-1.60m	-1.32µ	-0.63m	0	-0.02	-0.001	1.60m	1.32µ	0.63m	0	0.02	0.001	
47	1	5	0.0000	1.2000	3.2000	X SLV	-1.68m	-1.13µ	-0.57m	0	-0.021	-0.001	1.68m	1.13µ	0.57m	0	0.021	0.001	
48	1	 	0.0000	1.2000	2.9500	X SLV	-1.59m	-1.08µ	-0.57m	0	-0.021	-0.001	1.59m	1.08µ	0.57m	0	0.021	0.001	
49	1	6	5.5000	1.2000	3.2000	X SLV	-1.67m	-0.37µ	-0.63m	0	-0.02	0	1.67m	0.37µ	0.63m	0	0.02	0	
50	1	 	5.5000	1.2000	2.9500	X SLV	-1.59m	-0.37µ	-0.63m	0	-0.02	0	1.59m	0.37µ	0.63m	0	0.02	0	
51	1	7	0.0000	2.4000	3.2000	X SLV	-1.68m	-1.13µ	-0.57m	0	-0.021	-0.001	1.68m	1.13µ	0.57m	0	0.021	0.001	
52	1	 	0.0000	2.4000	2.9500	X SLV	-1.59m	-1.08µ	-0.57m	0	-0.021	-0.001	1.59m	1.08µ	0.57m	0	0.021	0.001	
53	1	8	5.5000	2.4000	3.2000	X SLV	-1.67m	-0.37µ	-0.63m	0	-0.02	0	1.67m	0.37µ	0.63m	0	0.02	0	
54	1	 	5.5000	2.4000	2.9500	X SLV	-1.59m	-0.37µ	-0.63m	0	-0.02	0	1.59m	0.37µ	0.63m	0	0.02	0	
95	1	 	0.0000	1.2000	3.0500	X SLV	-1.62m	-0.87µ	-0.57m	0	-0.021	-0.001	1.62m	0.87µ	0.57m	0	0.021	0.001	
96	1	 	1.1000	1.2000	3.0500	X SLV	-1.62m	-1.06µ	-0.25m	0	-0.013	0	1.62m	1.06µ	0.25m	0	0.013	0	
97	1	 	1.1000	2.4000	3.0500	X SLV	-1.62m	-1.06µ	-0.25m	0	-0.013	0	1.62m	1.06µ	0.25m	0	0.013	0	
98	1	 	0.0000	2.4000	3.0500	X SLV	-1.62m	-0.87µ	-0.57m	0	-0.021	-0.001	1.62m	0.87µ	0.57m	0	0.021	0.001	
99	1	 	2.2000	1.2000	3.0500	X SLV	-1.62m	-0.41µ	-37.8µ	0	-0.009	0	1.62m	0.41µ	37.8µ	0	0.009	0	
100	1	 	2.2000	2.4000	3.0500	X SLV	-1.62m	-0.41µ	-37.8µ	0	-0.009	0	1.62m	0.41µ	37.8µ	0	0.009	0	
101	1	 	3.3000	1.2000	3.0500	X SLV	-1.62m	-0.36µ	-0.13m	0	-0.009	0	1.62m	0.36µ	0.13m	0	0.009	0	
102	1	 	3.3000	2.4000	3.0500	X SLV	-1.62m	-0.36µ	-0.13m	0	-0.009	0	1.62m	0.36µ	0.13m	0	0.009	0	
103	1	 	4.4000	1.2000	3.0500	X SLV	-1.62m	-1.00µ	-0.33m	0	-0.012	0	1.62m	1.00µ	0.33m	0	0.012	0	
104	1	 	4.4000	2.4000	3.0500	X SLV	-1.62m	-1.00µ	-0.33m	0	-0.012	0	1.62m	1.00µ	0.33m	0	0.012	0	
105	1	 	5.5000	1.2000	3.0500	X SLV	-1.62m	-0.37µ	-0.63m	0	-0.02	0	1.62m	0.37µ	0.63m	0	0.02	0	
106	1	 	5.5000	2.4000	3.0500	X SLV	-1.62m	-0.37µ	-0.63m	0	-0.02	0	1.62m	0.37µ	0.63m	0	0.02	0	
107	1	 	1.1000	1.2000	3.2000	X SLV	-1.66m	-0.41µ	-0.25m	0	-0.013	0	1.66m	0.41µ	0.25m	0	0.013	0	
108	1	 	2.2000	1.2000	3.2000	X SLV	-1.65m	-0.12µ	-37.8µ	0	-0.009	0	1.65m	0.12µ	37.8µ	0	0.009	0	
109	1	 	3.3000	1.2000	3.2000	X SLV	-1.65m	-0.48µ	-0.13m	0	-0.009	0	1.65m	0.48µ	0.13m	0	0.009	0	
110	1	 	4.4000	1.2000	3.2000	X SLV	-1.66m	-0.87µ	-0.33m	0	-0.012	0	1.66m	0.87µ	0.33m	0	0.012	0	
111	1	 	4.4000	2.4000	3.2000	X SLV	-1.66m	-0.87µ	-0.33m	0	-0.012	0	1.66m	0.87µ	0.33m	0	0.012	0	
112	1	 	3.3000	2.4000	3.2000	X SLV	-1.65m	-0.48µ	-0.13m	0	-0.009	0	1.65m	0.48µ	0.13m	0	0.009	0	
113	1	 	2.2000	2.4000	3.2000	X SLV	-1.65m	-0.12µ	-37.8µ	0	-0.009	0	1.65m	0.12µ	37.8µ	0	0.009	0	
114	1	 	1.1000	2.4000	3.2000	X SLV	-1.66m	-0.41µ	-0.25m	0	-0.013	0	1.66m	0.41µ	0.25m	0	0.013	0	
115	1	 	0.0000	0.0000	3.0500	X SLV	-1.63m	-2.58µ	-0.56m	-0.001	-0.022	0	1.63m	2.58µ	0.56m	0.001	0.022	0	
116	1	 	1.1000	0.0000	3.0500	X SLV	-1.62m	-1.40µ	-0.23m	-0.001	-0.013	0	1.62m	1.40µ	0.23m	0.001	0.013	0	
117	1	 	2.2000	0.0000	3.0500	X SLV	-1.62m	-0.69µ	-31.6µ	-0.001	-0.009	0	1.62m	0.69µ	31.6µ	0.001	0.009	0	
118	1	 	3.3000	0.0000	3.0500	X SLV	-1.62m	-0.58µ	-0.13m	0	-0.009	0	1.62m	0.58µ	0.13m	0	0.009	0	
119	1	 	4.4000	0.0000	3.0500	X SLV	-1.62m	-1.44µ	-0.33m	-0.001	-0.012	0	1.62m	1.44µ	0.33m	0.001	0.012	0	
120	1	 	5.5000	0.0000	3.0500	X SLV	-1.63m	-2.06µ	-0.63m	0	-0.02	-0.001	1.63m	2.06µ	0.63m	0	0.02	0.001	
121	1	 	1.1000	3.6000	3.0500	X SLV	-1.62m	-1.40µ	-0.23m	-0.001	-0.013	0	1.62m	1.40µ	0.23m	0.001	0.013	0	
122	1	 	0.0000	3.6000	3.0500	X SLV	-1.63m	-2.58µ	-0.56m	-0.001	-0.022	0	1.63m	2.58µ	0.56m	0.001	0.022	0	
123	1	 	2.2000	3.6000	3.0500	X SLV	-1.62m	-0.69µ	-31.6µ	-0.001	-0.009	0	1.62m	0.69µ	31.6µ	0.001	0.009	0	
124	1	 	3.3000	3.6000	3.0500	X SLV	-1.62m	-0.58µ	-0.13m	0	-0.009	0	1.62m	0.58µ	0.13m	0	0.009	0	
125	1	 	4.4000	3.6000	3.0500	X SLV	-1.62m	-1.44µ	-0.33m	-0.001	-0.012	0	1.62m	1.44µ	0.33m	0.001	0.012	0	
126	1	 	5.5000	3.6000	3.0500	X SLV	-1.63m	-2.06µ	-0.63m	0	-0.02	-0.001	1.63m	2.06µ	0.63m	0	0.02	0.001	
8	2	 	0.1000	3.6000	6.1500	X SLV	-7.41m	-11.8µ	-0.34m	0	-0.008	0	7.41m	11.8µ	0.34m	0	0.008	0	
9	2	 	5.4000	3.6000	6.1500	X SLV	-7.41m	-12.1µ	-0.41m	0	-0.008	0	7.41m	12.1µ	0.41m	0	0.008	0	
10	2	 	0.1000	0.0000	6.1500	X SLV	-7.41m	-11.8µ	-0.34m	0	-0.008	0	7.41m	11.8µ	0.34m	0	0.008	0	
11	2	 	5.4000	0.0000	6.1500	X SLV	-7.41m	-12.1µ	-0.41m	0	-0.008	0	7.41m	12.1µ	0.41m	0	0.008	0	
55	2	1	0.0000	0.0000	6.4000	X SLV	-8.10m	-7.35n	-0.56m	0	-0.159	-0.007	8.10m	7.35n	0.56m	0	0.159	0.007	
56	2	2	5.5000	0.0000	6.4000	X SLV	-8.10m	-7.54n	-0.63m	0	-0.159	-0.007	8.10m	7.54n	0.63m	0	0.159	0.007	
57	2	3	0.0000	3.6000	6.4000	X SLV	-8.10m	-7.35n	-0.56m	0	-0.159	-0.007	8.10m	7.35n	0.56m	0	0.159	0.007	
58	2	4	5.5000	3.6000	6.4000	X SLV	-8.10m	-7.54n	-0.63m	0	-0.159	-0.007	8.10m	7.54n	0.63m	0	0.159	0.007	
59	2	5	0.0000	1.2000	6.4000	X SLV	-7.93m	-0.90µ	-0.57m	0	-0.157	-0.006	7.93m	0.90µ	0.57m	0	0.157	0.006	
60	2	6	5.5000	1.2000	6.4000	X SLV	-7.93m	-0.59µ	-0.63m	0	-0.158	-0.006	7.93m	0.59µ	0.63m	0	0.158	0.006	
61	2	7	0.0000	2.4000	6.4000	X SLV	-7.93m	-0.90µ	-0.57m	0	-0.157	-0.006	7.93m	0.90µ	0.57m	0	0.157	0.006	
62	2	8	5.5000	2.4000	6.4000	X SLV	-7.93m	-0.59µ	-0.63m	0	-0.158	-0.006	7.93m	0.59µ	0.63m	0	0.158	0.006	
63	2	 	0.1000	3.6000	6.1500	X SLV	-7.41m	-11.8µ	-0.34m	0	-0.159	-0.007	7.41m	11.8µ	0.34m	0	0.159	0.007	
64	2	 	5.4000	3.6000	6.1500	X SLV	-7.41m	-12.1µ	-0.41m	0	-0.159	-0.007	7.41m	12.1µ	0.41m	0	0.159	0.007	
65	2	 	0.1000	0.0000	6.1500	X SLV	-7.41m	-11.8µ	-0.34m	0	-0.159	-0.007	7.41m	11.8µ	0.34m	0	0.159	0.007	
66	2	 	5.4000	0.0000	6.1500	X SLV	-7.41m	-12.1µ	-0.41m	0	-0.159	-0.007	7.41m	12.1µ	0.41m	0	0.159	0.007	
67	2	 	0.0000	1.1000	6.2500	X SLV	-7.53m	-97.6n	-0.57m	0	-0.157	-0.006	7.53m	97.6n	0.57m	0	0.157	0.006	
68	2	 	0.0000	0.1500	6.2500	X SLV	-7.67m	-0.28µ	-0.56m	0	-0.159	-0.007	7.67m	0.28µ	0.56m	0	0.159	0.007	
69	2	 	0.0000	3.4500	6.2500	X SLV	-7.67m	-0.28µ	-0.56m	0	-0.159	-0.007	7.67m	0.28µ	0.56m	0	0.159	0.007	
70	2	 	0.0000	2.5000	6.2500	X SLV	-7.53m	-97.6n	-0.57m	0	-0.157	-0.006	7.53m	97.6n	0.57m	0	0.157	0.006	
71	2	 	0.0000	2.3000	6.2500	X SLV	-7.51m	-97.6n	-0.57m	0	-0.157	-0.006	7.51m	97.6n	0.57m	0	0.157	0.006	
72	2	 	0.0000	1.3000	6.2500	X SLV	-7.51m	-97.6n	-0.57m	0	-0.157	-0.006	7.51m	97.6n	0.57m	0	0.157	0.006	
73	2	 	5.5000	3.4500	6.2500	X SLV	-7.67m	-0.27µ	-0.63m	0	-0.159	-0.007	7.67m	0.27µ	0.63m	0	0.159	0.007	
74	2	 	5.5000	2.5000	6.2500	X SLV	-7.53m	-93.0n	-0.63m	0	-0.158	-0.006	7.53m	93.0n	0.63m	0	0.158	0.006	
75	2	 	5.5000	1.1000	6.2500	X SLV	-7.53m	-93.0n	-0.63m	0	-0.158	-0.006	7.53m	93.0n	0.63m	0	0.158	0.006	
76	2	 	5.5000	0.1500	6.2500	X SLV	-7.67m	-0.27µ	-0.63m	0	-0.159	-0.007	7.67m	0.27µ	0.63m	0	0.159	0.007	
77	2	 	5.5000	2.3000	6.2500	X SLV	-7.51m	-93.0n	-0.63m	0	-0.158	-0.006	7.51m	93.0n	0.63m	0	0.158	0.006	
78	2	 	5.5000	1.3000	6.2500	X SLV	-7.51m	-93.0n	-0.63m	0	-0.158	-0.006	7.51m	93.0n	0.63m	0	0.158	0.006	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Spostamenti Nodi. Sisma Y SLV
 Nodo				Min.		Max.	
 Nodo		Piano		Filo		x[m]		y[m]		z[m]		Sisma		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]		sx [m]		sy [m]		sz [m]		rot x [°]		rot y [°]		rot z [°]	
 FEM																																					
0	0	1	0.0000	0.0000	0.0000	Y SLV	-8.69µ	-0.15m	-1.20m	-0.034	-0.002	0	8.69µ	0.15m	1.20m	0.034	0.002	0	
1	0	5	0.0000	1.2000	0.0000	Y SLV	-0.79µ	-0.18m	-0.43m	-0.04	0	0	0.79µ	0.18m	0.43m	0.04	0	0	
2	0	 	0.0000	0.1500	-0.2500	Y SLV	-5.62n	0	-1.11m	-0.034	-0.002	0	5.62n	0	1.11m	0.034	0.002	0	
3	0	 	0.0000	1.2000	-0.2500	Y SLV	0	0	-0.43m	-0.04	0	0	0	0	0.43m	0.04	0	0	
4	0	7	0.0000	2.4000	0.0000	Y SLV	-0.79µ	-0.18m	-0.43m	-0.04	0	0	0.79µ	0.18m	0.43m	0.04	0	0	
5	0	 	0.0000	2.4000	-0.2500	Y SLV	0	0	-0.43m	-0.04	0	0	0	0	0.43m	0.04	0	0	
6	0	3	0.0000	3.6000	0.0000	Y SLV	-8.69µ	-0.15m	-1.20m	-0.034	-0.002	0	8.69µ	0.15m	1.20m	0.034	0.002	0	
7	0	 	0.0000	3.4500	-0.2500	Y SLV	-5.62n	0	-1.11m	-0.034	-0.002	0	5.62n	0	1.11m	0.034	0.002	0	
8	0	2	5.5000	0.0000	0.0000	Y SLV	-10.6µ	-0.18m	-1.36m	-0.042	-0.002	0	10.6µ	0.18m	1.36m	0.042	0.002	0	
9	0	6	5.5000	1.2000	0.0000	Y SLV	-9.06n	-0.19m	-0.47m	-0.045	0	0	9.06n	0.19m	0.47m	0.045	0	0	
10	0	 	5.5000	0.1500	-0.2500	Y SLV	-14.8n	0	-1.25m	-0.042	-0.002	0	14.8n	0	1.25m	0.042	0.002	0	
11	0	 	5.5000	1.2000	-0.2500	Y SLV	0	0	-0.47m	-0.045	0	0	0	0	0.47m	0.045	0	0	
12	0	8	5.5000	2.4000	0.0000	Y SLV	-9.06n	-0.19m	-0.47m	-0.045	0	0	9.06n	0.19m	0.47m	0.045	0	0	
13	0	9	5.5000	1.8000	0.0000	Y SLV	0	-0.19m	0	-0.045	0	0	0	0.19m	0	0.045	0	0	
14	0	 	5.5000	1.8000	-0.2500	Y SLV	0	0	0	-0.045	0	0	0	0	0	0.045	0	0	
15	0	 	5.5000	2.4000	-0.2500	Y SLV	0	0	-0.47m	-0.045	0	0	0	0	0.47m	0.045	0	0	
16	0	4	5.5000	3.6000	0.0000	Y SLV	-10.6µ	-0.18m	-1.36m	-0.042	-0.002	0	10.6µ	0.18m	1.36m	0.042	0.002	0	
17	0	 	5.5000	3.4500	-0.2500	Y SLV	-14.8n	0	-1.25m	-0.042	-0.002	0	14.8n	0	1.25m	0.042	0.002	0	
79	0	 	1.1000	1.2000	-0.2500	Y SLV	0	0	-0.43m	-0.041	0	0	0	0	0.43m	0.041	0	0	
80	0	 	1.1000	2.4000	-0.2500	Y SLV	0	0	-0.43m	-0.041	0	0	0	0	0.43m	0.041	0	0	
81	0	 	2.2000	1.2000	-0.2500	Y SLV	0	0	-0.43m	-0.042	0	0	0	0	0.43m	0.042	0	0	
82	0	 	2.2000	2.4000	-0.2500	Y SLV	0	0	-0.43m	-0.042	0	0	0	0	0.43m	0.042	0	0	
83	0	 	3.3000	1.2000	-0.2500	Y SLV	0	0	-0.44m	-0.042	-0.001	0	0	0	0.44m	0.042	0.001	0	
84	0	 	3.3000	2.4000	-0.2500	Y SLV	0	0	-0.44m	-0.042	-0.001	0	0	0	0.44m	0.042	0.001	0	
85	0	 	4.4000	1.2000	-0.2500	Y SLV	0	0	-0.46m	-0.043	-0.001	0	0	0	0.46m	0.043	0.001	0	
86	0	 	4.4000	2.4000	-0.2500	Y SLV	0	0	-0.46m	-0.043	-0.001	0	0	0	0.46m	0.043	0.001	0	
87	0	 	1.1000	1.2000	0.0000	Y SLV	-0.78µ	-0.18m	-0.43m	-0.041	0	0	0.78µ	0.18m	0.43m	0.041	0	0	
88	0	 	2.2000	1.2000	0.0000	Y SLV	-1.52µ	-0.18m	-0.43m	-0.042	0	0	1.52µ	0.18m	0.43m	0.042	0	0	
89	0	 	3.3000	1.2000	0.0000	Y SLV	-2.32µ	-0.18m	-0.44m	-0.042	-0.001	0	2.32µ	0.18m	0.44m	0.042	0.001	0	
90	0	 	4.4000	1.2000	0.0000	Y SLV	-2.96µ	-0.19m	-0.46m	-0.043	-0.001	0	2.96µ	0.19m	0.46m	0.043	0.001	0	
91	0	 	4.4000	2.4000	0.0000	Y SLV	-2.96µ	-0.19m	-0.46m	-0.043	-0.001	0	2.96µ	0.19m	0.46m	0.043	0.001	0	
92	0	 	3.3000	2.4000	0.0000	Y SLV	-2.32µ	-0.18m	-0.44m	-0.042	-0.001	0	2.32µ	0.18m	0.44m	0.042	0.001	0	
93	0	 	2.2000	2.4000	0.0000	Y SLV	-1.52µ	-0.18m	-0.43m	-0.042	0	0	1.52µ	0.18m	0.43m	0.042	0	0	
94	0	 	1.1000	2.4000	0.0000	Y SLV	-0.78µ	-0.18m	-0.43m	-0.041	0	0	0.78µ	0.18m	0.43m	0.041	0	0	
0	1	 	0.0000	2.4000	1.0667	Y SLV	-9.19µ	-0.95m	-0.43m	0	-0.001	-0.001	9.19µ	0.95m	0.43m	0	0.001	0.001	
1	1	 	0.0000	1.2000	1.0667	Y SLV	-9.19µ	-0.95m	-0.43m	0	-0.001	-0.001	9.19µ	0.95m	0.43m	0	0.001	0.001	
2	1	 	0.0000	2.4000	2.1333	Y SLV	-19.1µ	-1.72m	-0.43m	0	-0.001	-0.002	19.1µ	1.72m	0.43m	0	0.001	0.002	
3	1	 	0.0000	1.2000	2.1333	Y SLV	-19.1µ	-1.72m	-0.43m	0	-0.001	-0.002	19.1µ	1.72m	0.43m	0	0.001	0.002	
7	1	9	5.5000	1.8000	3.2000	Y SLV	-1.08f	-2.75m	0	-0.044	0	-0.003	1.08f	2.75m	0	0.044	0	0.003	
18	1	1	0.0000	0.0000	3.2000	Y SLV	-77.3µ	-2.50m	-1.23m	-0.041	-0.002	-0.003	77.3µ	2.50m	1.23m	0.041	0.002	0.003	
19	1	 	0.0000	0.0000	2.7000	Y SLV	-89.2µ	-2.14m	-1.23m	-0.041	-0.002	-0.003	89.2µ	2.14m	1.23m	0.041	0.002	0.003	
20	1	2	5.5000	0.0000	3.2000	Y SLV	-79.5µ	-2.76m	-1.39m	-0.047	-0.001	-0.002	79.5µ	2.76m	1.39m	0.047	0.001	0.002	
21	1	 	5.5000	0.0000	2.7000	Y SLV	-84.8µ	-2.35m	-1.39m	-0.047	-0.001	-0.002	84.8µ	2.35m	1.39m	0.047	0.001	0.002	
22	1	3	0.0000	3.6000	3.2000	Y SLV	-77.3µ	-2.50m	-1.23m	-0.041	-0.002	-0.003	77.3µ	2.50m	1.23m	0.041	0.002	0.003	
23	1	 	0.0000	3.6000	2.7000	Y SLV	-89.2µ	-2.14m	-1.23m	-0.041	-0.002	-0.003	89.2µ	2.14m	1.23m	0.041	0.002	0.003	
24	1	4	5.5000	3.6000	3.2000	Y SLV	-79.5µ	-2.76m	-1.39m	-0.047	-0.001	-0.002	79.5µ	2.76m	1.39m	0.047	0.001	0.002	
25	1	 	5.5000	3.6000	2.7000	Y SLV	-84.8µ	-2.35m	-1.39m	-0.047	-0.001	-0.002	84.8µ	2.35m	1.39m	0.047	0.001	0.002	
27	1	 	1.1000	3.6000	3.2000	Y SLV	-75.6µ	-2.54m	-1.26m	-0.04	-0.002	-0.002	75.6µ	2.54m	1.26m	0.04	0.002	0.002	
28	1	 	2.2000	3.6000	3.2000	Y SLV	-75.1µ	-2.59m	-1.30m	-0.041	-0.002	-0.002	75.1µ	2.59m	1.30m	0.041	0.002	0.002	
29	1	 	3.3000	3.6000	3.2000	Y SLV	-75.4µ	-2.65m	-1.34m	-0.043	-0.002	-0.002	75.4µ	2.65m	1.34m	0.043	0.002	0.002	
30	1	 	4.4000	3.6000	3.2000	Y SLV	-76.7µ	-2.70m	-1.37m	-0.043	-0.002	-0.002	76.7µ	2.70m	1.37m	0.043	0.002	0.002	
31	1	 	0.0000	3.6000	2.9500	Y SLV	-83.2µ	-2.32m	-1.23m	-0.041	-0.002	-0.003	83.2µ	2.32m	1.23m	0.041	0.002	0.003	
32	1	 	1.1000	3.6000	2.9500	Y SLV	-83.8µ	-2.37m	-1.26m	-0.04	-0.002	-0.002	83.8µ	2.37m	1.26m	0.04	0.002	0.002	
33	1	 	2.2000	3.6000	2.9500	Y SLV	-83.7µ	-2.41m	-1.30m	-0.041	-0.002	-0.002	83.7µ	2.41m	1.30m	0.041	0.002	0.002	
34	1	 	3.3000	3.6000	2.9500	Y SLV	-83.3µ	-2.46m	-1.34m	-0.043	-0.002	-0.002	83.3µ	2.46m	1.34m	0.043	0.002	0.002	
35	1	 	4.4000	3.6000	2.9500	Y SLV	-82.7µ	-2.51m	-1.37m	-0.043	-0.002	-0.002	82.7µ	2.51m	1.37m	0.043	0.002	0.002	
36	1	 	5.5000	3.6000	2.9500	Y SLV	-82.1µ	-2.55m	-1.39m	-0.047	-0.001	-0.002	82.1µ	2.55m	1.39m	0.047	0.001	0.002	
37	1	 	1.1000	0.0000	3.2000	Y SLV	-75.6µ	-2.54m	-1.26m	-0.04	-0.002	-0.002	75.6µ	2.54m	1.26m	0.04	0.002	0.002	
38	1	 	2.2000	0.0000	3.2000	Y SLV	-75.1µ	-2.59m	-1.30m	-0.041	-0.002	-0.002	75.1µ	2.59m	1.30m	0.041	0.002	0.002	
39	1	 	3.3000	0.0000	3.2000	Y SLV	-75.4µ	-2.65m	-1.34m	-0.043	-0.002	-0.002	75.4µ	2.65m	1.34m	0.043	0.002	0.002	
40	1	 	4.4000	0.0000	3.2000	Y SLV	-76.7µ	-2.70m	-1.37m	-0.043	-0.002	-0.002	76.7µ	2.70m	1.37m	0.043	0.002	0.002	
41	1	 	0.0000	0.0000	2.9500	Y SLV	-83.2µ	-2.32m	-1.23m	-0.041	-0.002	-0.003	83.2µ	2.32m	1.23m	0.041	0.002	0.003	
42	1	 	1.1000	0.0000	2.9500	Y SLV	-83.8µ	-2.37m	-1.26m	-0.04	-0.002	-0.002	83.8µ	2.37m	1.26m	0.04	0.002	0.002	
43	1	 	2.2000	0.0000	2.9500	Y SLV	-83.7µ	-2.41m	-1.30m	-0.041	-0.002	-0.002	83.7µ	2.41m	1.30m	0.041	0.002	0.002	
44	1	 	3.3000	0.0000	2.9500	Y SLV	-83.3µ	-2.46m	-1.34m	-0.043	-0.002	-0.002	83.3µ	2.46m	1.34m	0.043	0.002	0.002	
45	1	 	4.4000	0.0000	2.9500	Y SLV	-82.7µ	-2.51m	-1.37m	-0.043	-0.002	-0.002	82.7µ	2.51m	1.37m	0.043	0.002	0.002	
46	1	 	5.5000	0.0000	2.9500	Y SLV	-82.1µ	-2.55m	-1.39m	-0.047	-0.001	-0.002	82.1µ	2.55m	1.39m	0.047	0.001	0.002	
47	1	5	0.0000	1.2000	3.2000	Y SLV	-27.5µ	-2.49m	-0.42m	-0.038	0	-0.003	27.5µ	2.49m	0.42m	0.038	0	0.003	
48	1	 	0.0000	1.2000	2.9500	Y SLV	-26.7µ	-2.32m	-0.42m	-0.038	0	-0.003	26.7µ	2.32m	0.42m	0.038	0	0.003	
49	1	6	5.5000	1.2000	3.2000	Y SLV	-26.5µ	-2.75m	-0.46m	-0.044	0	-0.003	26.5µ	2.75m	0.46m	0.044	0	0.003	
50	1	 	5.5000	1.2000	2.9500	Y SLV	-26.5µ	-2.55m	-0.46m	-0.044	0	-0.003	26.5µ	2.55m	0.46m	0.044	0	0.003	
51	1	7	0.0000	2.4000	3.2000	Y SLV	-27.5µ	-2.49m	-0.42m	-0.038	0	-0.003	27.5µ	2.49m	0.42m	0.038	0	0.003	
52	1	 	0.0000	2.4000	2.9500	Y SLV	-26.7µ	-2.32m	-0.42m	-0.038	0	-0.003	26.7µ	2.32m	0.42m	0.038	0	0.003	
53	1	8	5.5000	2.4000	3.2000	Y SLV	-26.5µ	-2.75m	-0.46m	-0.044	0	-0.003	26.5µ	2.75m	0.46m	0.044	0	0.003	
54	1	 	5.5000	2.4000	2.9500	Y SLV	-26.5µ	-2.55m	-0.46m	-0.044	0	-0.003	26.5µ	2.55m	0.46m	0.044	0	0.003	
95	1	 	0.0000	1.2000	3.0500	Y SLV	-27.0µ	-2.38m	-0.42m	-0.038	0	-0.003	27.0µ	2.38m	0.42m	0.038	0	0.003	
96	1	 	1.1000	1.2000	3.0500	Y SLV	-27.2µ	-2.44m	-0.42m	-0.04	0	0	27.2µ	2.44m	0.42m	0.04	0	0	
97	1	 	1.1000	2.4000	3.0500	Y SLV	-27.2µ	-2.44m	-0.42m	-0.04	0	0	27.2µ	2.44m	0.42m	0.04	0	0	
98	1	 	0.0000	2.4000	3.0500	Y SLV	-27.0µ	-2.38m	-0.42m	-0.038	0	-0.003	27.0µ	2.38m	0.42m	0.038	0	0.003	
99	1	 	2.2000	1.2000	3.0500	Y SLV	-26.8µ	-2.49m	-0.43m	-0.041	-0.001	0	26.8µ	2.49m	0.43m	0.041	0.001	0	
100	1	 	2.2000	2.4000	3.0500	Y SLV	-26.8µ	-2.49m	-0.43m	-0.041	-0.001	0	26.8µ	2.49m	0.43m	0.041	0.001	0	
101	1	 	3.3000	1.2000	3.0500	Y SLV	-26.8µ	-2.53m	-0.45m	-0.043	-0.001	0	26.8µ	2.53m	0.45m	0.043	0.001	0	
102	1	 	3.3000	2.4000	3.0500	Y SLV	-26.8µ	-2.53m	-0.45m	-0.043	-0.001	0	26.8µ	2.53m	0.45m	0.043	0.001	0	
103	1	 	4.4000	1.2000	3.0500	Y SLV	-26.5µ	-2.58m	-0.46m	-0.043	-0.001	0	26.5µ	2.58m	0.46m	0.043	0.001	0	
104	1	 	4.4000	2.4000	3.0500	Y SLV	-26.5µ	-2.58m	-0.46m	-0.043	-0.001	0	26.5µ	2.58m	0.46m	0.043	0.001	0	
105	1	 	5.5000	1.2000	3.0500	Y SLV	-26.5µ	-2.63m	-0.46m	-0.044	0	-0.003	26.5µ	2.63m	0.46m	0.044	0	0.003	
106	1	 	5.5000	2.4000	3.0500	Y SLV	-26.5µ	-2.63m	-0.46m	-0.044	0	-0.003	26.5µ	2.63m	0.46m	0.044	0	0.003	
107	1	 	1.1000	1.2000	3.2000	Y SLV	-26.3µ	-2.54m	-0.42m	-0.04	0	0	26.3µ	2.54m	0.42m	0.04	0	0	
108	1	 	2.2000	1.2000	3.2000	Y SLV	-25.1µ	-2.59m	-0.43m	-0.041	-0.001	0	25.1µ	2.59m	0.43m	0.041	0.001	0	
109	1	 	3.3000	1.2000	3.2000	Y SLV	-25.2µ	-2.65m	-0.45m	-0.043	-0.001	0	25.2µ	2.65m	0.45m	0.043	0.001	0	
110	1	 	4.4000	1.2000	3.2000	Y SLV	-25.1µ	-2.70m	-0.46m	-0.043	-0.001	0	25.1µ	2.70m	0.46m	0.043	0.001	0	
111	1	 	4.4000	2.4000	3.2000	Y SLV	-25.1µ	-2.70m	-0.46m	-0.043	-0.001	0	25.1µ	2.70m	0.46m	0.043	0.001	0	
112	1	 	3.3000	2.4000	3.2000	Y SLV	-25.2µ	-2.65m	-0.45m	-0.043	-0.001	0	25.2µ	2.65m	0.45m	0.043	0.001	0	
113	1	 	2.2000	2.4000	3.2000	Y SLV	-25.1µ	-2.59m	-0.43m	-0.041	-0.001	0	25.1µ	2.59m	0.43m	0.041	0.001	0	
114	1	 	1.1000	2.4000	3.2000	Y SLV	-26.3µ	-2.54m	-0.42m	-0.04	0	0	26.3µ	2.54m	0.42m	0.04	0	0	
115	1	 	0.0000	0.0000	3.0500	Y SLV	-80.8µ	-2.39m	-1.23m	-0.041	-0.002	-0.003	80.8µ	2.39m	1.23m	0.041	0.002	0.003	
116	1	 	1.1000	0.0000	3.0500	Y SLV	-80.5µ	-2.44m	-1.26m	-0.04	-0.002	-0.002	80.5µ	2.44m	1.26m	0.04	0.002	0.002	
117	1	 	2.2000	0.0000	3.0500	Y SLV	-80.3µ	-2.49m	-1.30m	-0.041	-0.002	-0.002	80.3µ	2.49m	1.30m	0.041	0.002	0.002	
118	1	 	3.3000	0.0000	3.0500	Y SLV	-80.1µ	-2.53m	-1.34m	-0.043	-0.002	-0.002	80.1µ	2.53m	1.34m	0.043	0.002	0.002	
119	1	 	4.4000	0.0000	3.0500	Y SLV	-80.3µ	-2.58m	-1.37m	-0.043	-0.002	-0.002	80.3µ	2.58m	1.37m	0.043	0.002	0.002	
120	1	 	5.5000	0.0000	3.0500	Y SLV	-81.0µ	-2.63m	-1.39m	-0.047	-0.001	-0.002	81.0µ	2.63m	1.39m	0.047	0.001	0.002	
121	1	 	1.1000	3.6000	3.0500	Y SLV	-80.5µ	-2.44m	-1.26m	-0.04	-0.002	-0.002	80.5µ	2.44m	1.26m	0.04	0.002	0.002	
122	1	 	0.0000	3.6000	3.0500	Y SLV	-80.8µ	-2.39m	-1.23m	-0.041	-0.002	-0.003	80.8µ	2.39m	1.23m	0.041	0.002	0.003	
123	1	 	2.2000	3.6000	3.0500	Y SLV	-80.3µ	-2.49m	-1.30m	-0.041	-0.002	-0.002	80.3µ	2.49m	1.30m	0.041	0.002	0.002	
124	1	 	3.3000	3.6000	3.0500	Y SLV	-80.1µ	-2.53m	-1.34m	-0.043	-0.002	-0.002	80.1µ	2.53m	1.34m	0.043	0.002	0.002	
125	1	 	4.4000	3.6000	3.0500	Y SLV	-80.3µ	-2.58m	-1.37m	-0.043	-0.002	-0.002	80.3µ	2.58m	1.37m	0.043	0.002	0.002	
126	1	 	5.5000	3.6000	3.0500	Y SLV	-81.0µ	-2.63m	-1.39m	-0.047	-0.001	-0.002	81.0µ	2.63m	1.39m	0.047	0.001	0.002	
8	2	 	0.1000	3.6000	6.1500	Y SLV	-0.21m	-5.98m	-1.23m	-0.064	-0.002	-0.007	0.21m	5.98m	1.23m	0.064	0.002	0.007	
9	2	 	5.4000	3.6000	6.1500	Y SLV	-0.21m	-6.63m	-1.41m	-0.072	-0.002	-0.007	0.21m	6.63m	1.41m	0.072	0.002	0.007	
10	2	 	0.1000	0.0000	6.1500	Y SLV	-0.21m	-5.98m	-1.23m	-0.064	-0.002	-0.007	0.21m	5.98m	1.23m	0.064	0.002	0.007	
11	2	 	5.4000	0.0000	6.1500	Y SLV	-0.21m	-6.63m	-1.41m	-0.072	-0.002	-0.007	0.21m	6.63m	1.41m	0.072	0.002	0.007	
55	2	1	0.0000	0.0000	6.4000	Y SLV	-0.23m	-6.25m	-1.24m	-0.064	-0.004	-0.01	0.23m	6.25m	1.24m	0.064	0.004	0.01	
56	2	2	5.5000	0.0000	6.4000	Y SLV	-0.23m	-6.94m	-1.40m	-0.072	-0.005	-0.001	0.23m	6.94m	1.40m	0.072	0.005	0.001	
57	2	3	0.0000	3.6000	6.4000	Y SLV	-0.23m	-6.25m	-1.24m	-0.064	-0.004	-0.01	0.23m	6.25m	1.24m	0.064	0.004	0.01	
58	2	4	5.5000	3.6000	6.4000	Y SLV	-0.23m	-6.94m	-1.40m	-0.072	-0.005	-0.001	0.23m	6.94m	1.40m	0.072	0.005	0.001	
59	2	5	0.0000	1.2000	6.4000	Y SLV	-57.6µ	-6.18m	-0.39m	-0.038	-0.001	-0.006	57.6µ	6.18m	0.39m	0.038	0.001	0.006	
60	2	6	5.5000	1.2000	6.4000	Y SLV	-0.11m	-6.87m	-0.43m	-0.043	-0.002	-0.009	0.11m	6.87m	0.43m	0.043	0.002	0.009	
61	2	7	0.0000	2.4000	6.4000	Y SLV	-57.6µ	-6.18m	-0.39m	-0.038	-0.001	-0.006	57.6µ	6.18m	0.39m	0.038	0.001	0.006	
62	2	8	5.5000	2.4000	6.4000	Y SLV	-0.11m	-6.87m	-0.43m	-0.043	-0.002	-0.009	0.11m	6.87m	0.43m	0.043	0.002	0.009	
63	2	 	0.1000	3.6000	6.1500	Y SLV	-0.21m	-5.98m	-1.23m	-0.064	-0.004	-0.01	0.21m	5.98m	1.23m	0.064	0.004	0.01	
64	2	 	5.4000	3.6000	6.1500	Y SLV	-0.21m	-6.63m	-1.41m	-0.072	-0.005	-0.001	0.21m	6.63m	1.41m	0.072	0.005	0.001	
65	2	 	0.1000	0.0000	6.1500	Y SLV	-0.21m	-5.98m	-1.23m	-0.064	-0.004	-0.01	0.21m	5.98m	1.23m	0.064	0.004	0.01	
66	2	 	5.4000	0.0000	6.1500	Y SLV	-0.21m	-6.63m	-1.41m	-0.072	-0.005	-0.001	0.21m	6.63m	1.41m	0.072	0.005	0.001	
67	2	 	0.0000	1.1000	6.2500	Y SLV	-65.8µ	-6.08m	-0.45m	-0.038	-0.001	-0.006	65.8µ	6.08m	0.45m	0.038	0.001	0.006	
68	2	 	0.0000	0.1500	6.2500	Y SLV	-0.19m	-6.08m	-1.07m	-0.064	-0.004	-0.01	0.19m	6.08m	1.07m	0.064	0.004	0.01	
69	2	 	0.0000	3.4500	6.2500	Y SLV	-0.19m	-6.08m	-1.07m	-0.064	-0.004	-0.01	0.19m	6.08m	1.07m	0.064	0.004	0.01	
70	2	 	0.0000	2.5000	6.2500	Y SLV	-65.8µ	-6.08m	-0.45m	-0.038	-0.001	-0.006	65.8µ	6.08m	0.45m	0.038	0.001	0.006	
71	2	 	0.0000	2.3000	6.2500	Y SLV	-45.6µ	-6.08m	-0.32m	-0.038	-0.001	-0.006	45.6µ	6.08m	0.32m	0.038	0.001	0.006	
72	2	 	0.0000	1.3000	6.2500	Y SLV	-45.6µ	-6.08m	-0.32m	-0.038	-0.001	-0.006	45.6µ	6.08m	0.32m	0.038	0.001	0.006	
73	2	 	5.5000	3.4500	6.2500	Y SLV	-0.22m	-6.76m	-1.21m	-0.072	-0.005	-0.001	0.22m	6.76m	1.21m	0.072	0.005	0.001	
74	2	 	5.5000	2.5000	6.2500	Y SLV	-0.12m	-6.76m	-0.50m	-0.043	-0.002	-0.009	0.12m	6.76m	0.50m	0.043	0.002	0.009	
75	2	 	5.5000	1.1000	6.2500	Y SLV	-0.12m	-6.76m	-0.50m	-0.043	-0.002	-0.009	0.12m	6.76m	0.50m	0.043	0.002	0.009	
76	2	 	5.5000	0.1500	6.2500	Y SLV	-0.22m	-6.76m	-1.21m	-0.072	-0.005	-0.001	0.22m	6.76m	1.21m	0.072	0.005	0.001	
77	2	 	5.5000	2.3000	6.2500	Y SLV	-92.0µ	-6.76m	-0.35m	-0.043	-0.002	-0.009	92.0µ	6.76m	0.35m	0.043	0.002	0.009	
78	2	 	5.5000	1.3000	6.2500	Y SLV	-92.0µ	-6.76m	-0.35m	-0.043	-0.002	-0.009	92.0µ	6.76m	0.35m	0.043	0.002	0.009	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Armatura
Armatura Pilastri
 		Armatura Long.		bracci staffe		Staffe pilastro		Staffe nodo superiore	
 Piano		Filo		Sez		Arm Tot.		Arm Lato		Arm Lato		dir		dir		Ø st.		Zona		Zona		Passo		Passo		Passo		Ø st.		Passo		H nodo	
 						Spigoli		Sx-Dx		Sup-Inf		X		Y		[mm]		sup.[cm]		inf.[cm]		sup.[cm]		cent.[cm]		inf[cm]		[mm]		[cm]		[cm]	
1	1	▄	4Ø14	0+0Ø14	1+1Ø14	3	2	8	45	45	11	16	11	8	11.0	50	
1	2	▄	4Ø14	0+0Ø14	1+1Ø14	3	2	8	45	45	11	16	11	8	11.0	50	
1	3	▄	4Ø14	0+0Ø14	1+1Ø14	3	2	8	45	45	11	16	11	8	11.0	50	
1	4	▄	4Ø14	0+0Ø14	1+1Ø14	3	2	8	45	45	11	16	11	8	11.0	50	
Armatura Pareti
 		Armatura Long.		Staffe SX		Arm.Trasv.Centr		Spilli Centr.		Staffe DX	
 Piano		Parete		Filo		Filo		Zona Conf		Arm Tot.		Arm Tot.		Arm Tot.		Ø		passo		bracci		Ø		passo		Ø		passo		passo		Ø		passo		bracci	
 				Sx		Dx		Sx Dx [m]		Sx		Centr		Dx		[mm]		[cm]				[mm]		[cm]		[mm]		Vert.[cm]		Oriz.[cm]		[mm]		[cm]			
1	2	6	8	0.45	8Ø16	2Ø12	8Ø16	8	10	3	12	30	8	30	30	8	10	3	
Armatura Longitudinale Travi
 Piano		Trave		Sez		As Sup.		As Inf.		As Sup.		As Inf.		As Sup.		As Inf.		Arm Lat		spig. lat.	
 						Ini		Ini.		Centr.		Centr.		Fin.		Fin.				Sez T	
0	1	▄	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	1+1Ø12		
0	2	▄	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	0+0Ø12		
0	3	▄	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	1+1Ø12		
0	4	▄	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	1+1Ø12		
0	5	▄	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	0+0Ø12		
0	6	▄	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	3Ø14	1+1Ø12		
1	1	▄	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	1+1Ø12		
1	2	▄	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	1+1Ø12		
1	3	▄	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	1+1Ø12		
1	4	▄	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	1+1Ø12		
1	5	▄	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	1+1Ø12		
1	6	▄	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	4Ø14	1+1Ø12		
Armatura Trasversale Travi
 Piano		Trave		Sez		Ø st.		bracc.		bracc.		Zona		Passo		Zona		Passo		Zona		Passo	
 								X		Y		Ini. [cm]		Ini. [cm]		Centr. [cm]		Cent. [cm]		Fin. [cm]		Inf. [cm]	
0	1	▄	8	2	2	0	21	120	21	0	21	
0	2	▄	8	2	2	0	33	120	33	0	33	
0	3	▄	8	2	2	0	21	120	21	0	21	
0	4	▄	8	2	2	0	21	142	21	0	21	
0	5	▄	8	2	2	0	33	75	33	0	33	
0	6	▄	8	2	2	0	21	142	21	0	21	
1	1	▄	8	2	2	50	11	420	21	50	11	
1	2	▄	8	2	2	50	11	420	21	50	11	
1	3	▄	8	2	2	0	11	105	11	0	11	
1	4	▄	8	2	2	0	11	105	11	0	11	
1	5	▄	8	2	2	0	11	105	11	0	11	
1	6	▄	8	2	2	0	11	105	11	0	11	
Armatura Plinti Diretti
 		Dir Princ (AA)		Dir Sec (BB)			
 Piano		Plinto		Fe inf		Fe sup		Fe sag.		Fe inf		Fe sup		Fe sag.		d [m]	
0	2	4Ø16	4Ø12	0Ø16	4Ø16	4Ø12	0Ø16	0.354	
0	4	4Ø16	4Ø12	0Ø16	4Ø16	4Ø12	0Ø16	0.354	
Armatura Plinti su pali
 		Arm. Perim. Sup.		Arm. Rad. Sup.		Arm. Perim. Inf.		Arm. Rad. Inf.		Monconi	
 Piano		Plinto		n°Fe		Ø [mm]		n°Fe		Ø [mm]		n°Fe		Ø [mm]		n°Fe		Ø [mm]		n°Fe		Ø [mm]	
0	1	2	14	2	14	2	14	2	14	0	14	
0	3	2	14	2	14	2	14	2	14	0	14	
Armatura Pali
 				Arm Sup.		Arm Centr.		Arm Inf.	
 Piano		Filo/		h		n Fe		Ø Fe		passo		Ø st.		h		n Fe		Ø Fe		passo		Ø st.		h		n Fe		Ø Fe		passo		Ø st.	
 		Plinto		[m]				[mm]		St [m]		[mm]		[m]				[mm]		St [m]		[mm]		[m]				[mm]		St [m]		[mm]	
0	1	1	6	14	0.08	8	1	6	14	0.08	8	1	6	14	0.08	8	
0	3	1	6	14	0.08	8	1	6	14	0.08	8	1	6	14	0.08	8	
Maglie Megaparete 1
 				Dir.principale		Dir.secondaria	
 Lato		Filo		Piano		Dir.		ΔX		ΔY		Tipo		Dim.		Ø		Passo		N.tond.		Dim.		Ø		Passo		N.tond.	
 						Princ.[°]		[m]		[m]				[m]		[mm]		[m]				[m]		[mm]		[m]			
Inf	 	 	0	0	0	Fe dritti	∞	12	0.3	 	∞	12	0.3	 	
Sup	 	 	0	0	0	Fe dritti	∞	12	0.3	 	∞	12	0.3	 	
Maglie Megapiastra 1
 				Dir.principale		Dir.secondaria	
 Lato		Filo		Piano		Dir.		ΔX		ΔY		Tipo		Dim.		Ø		Passo		N.tond.		Dim.		Ø		Passo		N.tond.	
 						Princ.[°]		[m]		[m]				[m]		[mm]		[m]				[m]		[mm]		[m]			
Inf	 	 	0	0	0	Fe dritti	∞	14	0.3	 	∞	14	0.3	 	
Sup	 	 	0	0	0	Fe dritti	∞	14	0.3	 	∞	14	0.3	 	
Maglie Megapiastra 2
 				Dir.principale		Dir.secondaria	
 Lato		Filo		Piano		Dir.		ΔX		ΔY		Tipo		Dim.		Ø		Passo		N.tond.		Dim.		Ø		Passo		N.tond.	
 						Princ.[°]		[m]		[m]				[m]		[mm]		[m]				[m]		[mm]		[m]			
Inf	 	 	0	0	0	Fe dritti	∞	14	0.2	 	∞	14	0.2	 	
Sup	 	 	0	0	0	Fe dritti	∞	14	0.2	 	∞	14	0.2	 	
Armatura Travetti Solai: Filanti posati in opera
 		Arm.Inf		Arm.Sup			
 Piano		Travetto		n.		Ø		n.		Ø		n.Appoggi	
 												Traliccio	
2	1	1	14	0	14	2	
Questa armatura è aggiuntiva a quella eventualmente già presente nei tralicci.
Armatura Travetti Solai: Monconi
 		Monc. sup 'A'		Monc. sup 'B'		Monc. inf		Fascia [m]	
 Piano		Travetto		Lato		n.Fe		Ø		Lung.[m]		n.Fe		Ø		Lung.[m]		n.Fe		Ø		Lung.[m]		appoggio		piena		½piena	
2	1	Sx	1	14	0.71	0	14	0	0	14	0	0.1	0	0	
2	1	Dx	1	14	0.71	0	14	0	0	14	0	0.1	0	0	
Verifiche
Regolarità in pianta
 		Condizione A		Condizione B		Condizione C		Tot ABC	
 Piano		Area		Area		Coef A		Lx [m]		Ly [m]		Coef B		rig Piano X		rig inf X		rig Piano Y		rig inf Y		Coef C		Coef.		Verif.	
 		[m²]		Conv.[m²]										[N/m]		[N/m]		[N/m]		[N/m]							
1	19.982	19.982	0.000	5.52	3.62	0.381	2.79G	31.6M	453M	24.3M	0.053	0.381	Sì	
2	19.982	19.982	0.000	5.52	3.62	0.381	801M	5.27M	130M	8.49M	0.065	0.381	Sì	
Condizioni §7.2.1 NTC18
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Regolarità in altezza
 		Condizione D		Condizione E		Condizione F		Condizione G		Tot DEFG	
 Piano		Elemento		Coef.D		rig.X		rig.Y		massa		Coef.E		f SLV X		res X		f SLV Y		res Y		Coef.F		Area		Coef.G		Coef		Verif	
 		Interrotto				[N/m]		[N/m]		[kg]				[N]		[N]		[N]		[N]				[m²]							
1	Pil.8	-	31.6M	24.3M	26852	-	73.7k	571k	73.7k	732k	-	19.982	-	-	 -	
2	Par.6-8	2.00	5.27M	8.49M	14075	4.20	38.7k	664k	38.7k	861k	1.56	19.982	0.952	4.20	No	
Condizioni §7.2.1 NTC18
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Rigididezza torsionale
 		NTC18		CNTC18		Tot	
 Piano		ls [m]		r [m]		Coef		Tx [s]		Ty [s]		Trz [s]		Coef		Coef		Verif	
1	2.3816	4.7731	0.49895	0.35859	0.33166	0.22378	0.67472	0.674	Sì	
2	3.2012	4.032	0.79395	0.35859	0.33166	0.22378	0.67472	0.674	Sì	
§7.4.3.1 NTC18/CNTC18 
Legenda tabella verifiche Stati Limite Ultimi e di esercizio beam CA
• Zona: Nel riportare i risultati delle verifiche effettuate si è diviso ogni pilastro o trave in zone. Per ogni zona e per ogni tipo di verifica sono riportati i coefficienti di verifica normalizzati ad 1.
• z Ini : Ascissa iniziale della zona di verifica. Per i pilastri il nodo iniziale è il nodo superiore. 
• z Fin : Ascissa finale della zona di verifica.
• Stati Limite Ultimi : Verifiche agli Stati Limite Ultimi
• N-Mx-My: Coefficiente massimo di verifica secondo la (4.1.19) NTC18
• ctg(θ): Massima inclinazione del traliccio per le verifiche a taglio e a torsione 
• calcestr. Vx-Vy-Mt : Coefficiente di verifica del calcestruzzo a taglio e a torsione secondo la (5.2)
• acciaio Vx-Vy : Coefficiente di verifica delle staffe a taglio secondo la (5.3)
• As Long. Mt: Coefficiente di verifica dell'armatura longitudinale a torsione secondo la (4.1.37) NTC18
• As Trasv. Mt: Coefficiente di verifica dell'armatura trasversale a torsione secondo la (4.1.36) NTC18 
• Arm X z.Crit : Coefficiente di verifica della necessità  dell'armatura diagonale a taglio nelle zone critiche. (§7.4.4.1.1. NTC18)
• Ned Max : Coefficiente di verifica compressione massima secondo il §7.4.4.2.1 NTC18
• Stati Limite di Esercizio : Verifiche agli Stati Limite di Esercizio.
• Tesn. N-Mx-My: Coefficiente di verifica stato limite di tensione in presso-flessione deviata secondo la (5.4) 
• Fess w/wa: Coefficiente di verifica stato limite di fessurazione in presso-flessione semplice come descritto nel §5.3
• FessN-Mx-My: Coefficiente di verifica stato limite di fessurazione in presso-flessione deviata come descritto nel §5.3
• Deform. 250f/L: Coefficiente di verifica stato limite di deformazione come descritto nel §5.4
Piano 0. Verifiche SL Travi
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		x ini		x Fin		N-My-Mz		ctg(θ)		calcestr.		acciaio		As Long.		As Trasv.		arm.X		Ned		Verif		Tens.		Fess.		Fess.		Deform.		Verif	
 		[m]		[m]						Vy-Vz-Mt		Vy-Vz		Mt		Mt		z.Crit.		Max		SLU		N-My-Mz		w/wa		N-My-Mz		250f/L		SLE	
1	0.000	0.400	0.142	1.000	0.026	0.118	0.008	0.025	-	0.000	Sì	0.024	0.000	0.000	-	Sì	
1	0.400	0.800	0.177	1.000	0.030	0.132	0.008	0.025	-	0.000	Sì	0.030	0.000	0.000	-	Sì	
1	0.800	1.200	0.256	1.000	0.048	0.237	0.008	0.024	-	0.000	Sì	0.060	0.000	0.000	-	Sì	
2	0.000	0.400	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
2	0.400	0.800	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
2	0.800	1.200	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
3	0.000	0.400	0.255	1.000	0.048	0.237	0.008	0.024	-	0.000	Sì	0.060	0.000	0.000	-	Sì	
3	0.400	0.800	0.176	1.000	0.030	0.132	0.008	0.025	-	0.000	Sì	0.030	0.000	0.000	-	Sì	
3	0.800	1.200	0.143	1.000	0.026	0.118	0.008	0.025	-	0.000	Sì	0.024	0.000	0.000	-	Sì	
4	0.000	0.400	0.060	1.000	0.035	0.150	0.015	0.043	-	0.000	Sì	0.015	0.000	0.000	-	Sì	
4	0.400	0.800	0.091	1.000	0.031	0.169	0.014	0.043	-	0.000	Sì	0.018	0.000	0.000	-	Sì	
4	0.800	1.200	0.169	1.000	0.053	0.293	0.014	0.043	-	0.000	Sì	0.041	0.000	0.000	-	Sì	
5	0.000	0.400	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
5	0.400	0.800	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
5	0.800	1.200	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
6	0.000	0.400	0.170	1.000	0.053	0.293	0.014	0.043	-	0.000	Sì	0.041	0.000	0.000	-	Sì	
6	0.400	0.800	0.091	1.000	0.031	0.169	0.014	0.043	-	0.000	Sì	0.018	0.000	0.000	-	Sì	
6	0.800	1.200	0.060	1.000	0.035	0.150	0.015	0.043	-	0.000	Sì	0.015	0.000	0.000	-	Sì	
Piano 0. Verifiche SL Travi
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		x ini		x Fin		N-My-Mz		ctg(θ)		calcestr.		acciaio		As Long.		As Trasv.		arm.X		Ned		Verif		Tens.		Fess.		Fess.		Deform.		Verif	
 		[m]		[m]						Vy-Vz-Mt		Vy-Vz		Mt		Mt		z.Crit.		Max		SLU		N-My-Mz		w/wa		N-My-Mz		250f/L		SLE	
1	0.000	0.400	0.142	1.000	0.026	0.118	0.008	0.025	-	0.000	Sì	0.024	0.000	0.000	-	Sì	
1	0.400	0.800	0.177	1.000	0.030	0.132	0.008	0.025	-	0.000	Sì	0.030	0.000	0.000	-	Sì	
1	0.800	1.200	0.256	1.000	0.048	0.237	0.008	0.024	-	0.000	Sì	0.060	0.000	0.000	-	Sì	
2	0.000	0.400	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
2	0.400	0.800	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
2	0.800	1.200	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
3	0.000	0.400	0.255	1.000	0.048	0.237	0.008	0.024	-	0.000	Sì	0.060	0.000	0.000	-	Sì	
3	0.400	0.800	0.176	1.000	0.030	0.132	0.008	0.025	-	0.000	Sì	0.030	0.000	0.000	-	Sì	
3	0.800	1.200	0.143	1.000	0.026	0.118	0.008	0.025	-	0.000	Sì	0.024	0.000	0.000	-	Sì	
4	0.000	0.400	0.060	1.000	0.035	0.150	0.015	0.043	-	0.000	Sì	0.015	0.000	0.000	-	Sì	
4	0.400	0.800	0.091	1.000	0.031	0.169	0.014	0.043	-	0.000	Sì	0.018	0.000	0.000	-	Sì	
4	0.800	1.200	0.169	1.000	0.053	0.293	0.014	0.043	-	0.000	Sì	0.041	0.000	0.000	-	Sì	
5	0.000	0.400	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
5	0.400	0.800	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
5	0.800	1.200	-	1	-	-	-	-	-	-	Sì	-	-	-	-	 -	
6	0.000	0.400	0.170	1.000	0.053	0.293	0.014	0.043	-	0.000	Sì	0.041	0.000	0.000	-	Sì	
6	0.400	0.800	0.091	1.000	0.031	0.169	0.014	0.043	-	0.000	Sì	0.018	0.000	0.000	-	Sì	
6	0.800	1.200	0.060	1.000	0.035	0.150	0.015	0.043	-	0.000	Sì	0.015	0.000	0.000	-	Sì	
Piano 0. Verifiche SL Pali
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		x ini		x Fin		N-My-Mz		ctg(θ)		calcestr.		acciaio		As Long.		As Trasv.		Ned		Verif		Tens.		Fess.		Fess.		Verif	
 		[m]		[m]						Vy-Vz-Mt		Vy-Vz		Mt		Mt		Max		SLU		N-My-Mz		w/wa		N-My-Mz		SLE	
0	0.000	1.000	0.157	1.000	0.037	0.046	0.000	0.000	0.153	Sì	0.057	0.000	0.000	Sì	
0	1.000	2.000	0.139	1.000	0.017	0.021	0.000	0.000	0.114	Sì	0.064	0.000	0.000	Sì	
0	2.000	3.000	0.083	1.000	0.019	0.024	0.000	0.000	0.075	Sì	0.043	0.000	0.000	Sì	
0	0.000	1.000	0.153	1.000	0.036	0.046	0.000	0.000	0.096	Sì	0.057	0.000	0.000	Sì	
0	1.000	2.000	0.141	1.000	0.017	0.022	0.000	0.000	0.072	Sì	0.064	0.000	0.000	Sì	
0	2.000	3.000	0.084	1.000	0.019	0.024	0.000	0.000	0.047	Sì	0.043	0.000	0.000	Sì	
0	0.000	1.000	0.159	1.000	0.037	0.046	0.000	0.000	0.123	Sì	0.057	0.000	0.000	Sì	
0	1.000	2.000	0.141	1.000	0.017	0.021	0.000	0.000	0.091	Sì	0.065	0.000	0.000	Sì	
0	2.000	3.000	0.084	1.000	0.019	0.024	0.000	0.000	0.060	Sì	0.043	0.000	0.000	Sì	
0	0.000	1.000	0.153	1.000	0.036	0.046	0.000	0.000	0.123	Sì	0.057	0.000	0.000	Sì	
0	1.000	2.000	0.140	1.000	0.017	0.021	0.000	0.000	0.091	Sì	0.065	0.000	0.000	Sì	
0	2.000	3.000	0.083	1.000	0.019	0.024	0.000	0.000	0.060	Sì	0.043	0.000	0.000	Sì	
0	0.000	1.000	0.150	1.000	0.036	0.046	0.000	0.000	0.096	Sì	0.057	0.000	0.000	Sì	
0	1.000	2.000	0.140	1.000	0.017	0.021	0.000	0.000	0.072	Sì	0.064	0.000	0.000	Sì	
0	2.000	3.000	0.083	1.000	0.019	0.024	0.000	0.000	0.047	Sì	0.043	0.000	0.000	Sì	
0	0.000	1.000	0.152	1.000	0.036	0.046	0.000	0.000	0.153	Sì	0.057	0.000	0.000	Sì	
0	1.000	2.000	0.137	1.000	0.016	0.021	0.000	0.000	0.114	Sì	0.064	0.000	0.000	Sì	
0	2.000	3.000	0.082	1.000	0.018	0.024	0.000	0.000	0.075	Sì	0.043	0.000	0.000	Sì	
Piano 1. Verifiche SL Travi
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		x ini		x Fin		N-My-Mz		ctg(θ)		calcestr.		acciaio		As Long.		As Trasv.		arm.X		Ned		Verif		Tens.		Fess.		Fess.		Deform.		Verif	
 		[m]		[m]						Vy-Vz-Mt		Vy-Vz		Mt		Mt		z.Crit.		Max		SLU		N-My-Mz		w/wa		N-My-Mz		250f/L		SLE	
1	0.000	0.650	0.236	1.000	0.069	0.205	0.002	0.003	-	0.019	Sì	0.105	0.000	0.000	0.018	Sì	
1	0.650	2.050	0.183	1.000	0.064	0.368	0.002	0.006	-	0.019	Sì	0.149	0.000	0.000	0.044	Sì	
1	2.050	3.450	0.198	1.000	0.032	0.183	0.001	0.004	-	-0.034	Sì	0.186	0.000	0.000	0.055	Sì	
1	3.450	4.850	0.174	1.000	0.061	0.350	0.003	0.009	-	0.017	Sì	0.148	0.000	0.000	0.044	Sì	
1	4.850	5.500	0.221	1.000	0.066	0.196	0.003	0.004	-	0.017	Sì	0.097	0.000	0.000	0.018	Sì	
2	0.000	0.650	0.235	1.000	0.069	0.205	0.002	0.003	-	0.019	Sì	0.105	0.000	0.000	0.018	Sì	
2	0.650	2.050	0.183	1.000	0.064	0.368	0.002	0.006	-	0.019	Sì	0.149	0.000	0.000	0.044	Sì	
2	2.050	3.450	0.198	1.000	0.032	0.183	0.001	0.004	-	-0.034	Sì	0.186	0.000	0.000	0.055	Sì	
2	3.450	4.850	0.174	1.000	0.061	0.350	0.003	0.009	-	0.017	Sì	0.148	0.000	0.000	0.044	Sì	
2	4.850	5.500	0.220	1.000	0.066	0.196	0.003	0.004	-	0.017	Sì	0.097	0.000	0.000	0.018	Sì	
3	0.000	0.650	0.126	1.000	0.071	0.210	0.002	0.004	-	0.003	Sì	0.041	0.000	0.000	0.000	Sì	
3	0.675	1.200	0.062	1.000	0.075	0.225	0.002	0.004	-	0.003	Sì	0.057	0.000	0.000	0.000	Sì	
4	0.000	0.650	0.125	1.000	0.080	0.238	0.002	0.004	-	0.004	Sì	0.038	0.000	0.000	0.001	Sì	
4	0.675	1.200	0.103	1.000	0.085	0.252	0.002	0.004	-	0.004	Sì	0.095	0.000	0.000	0.002	Sì	
5	0.000	0.525	0.061	1.000	0.075	0.225	0.002	0.004	-	0.003	Sì	0.057	0.000	0.000	0.000	Sì	
5	0.525	0.550	0.062	1.000	0.071	0.211	0.002	0.004	-	0.003	Sì	0.015	0.000	0.000	0.000	Sì	
5	0.550	1.200	0.127	1.000	0.071	0.210	0.002	0.004	-	0.003	Sì	0.041	0.000	0.000	0.000	Sì	
6	0.000	0.525	0.103	1.000	0.085	0.252	0.002	0.004	-	0.004	Sì	0.095	0.000	0.000	0.002	Sì	
6	0.525	0.550	0.062	1.000	0.080	0.239	0.002	0.004	-	0.004	Sì	0.034	0.000	0.000	0.001	Sì	
6	0.550	1.200	0.125	1.000	0.080	0.238	0.002	0.004	-	0.004	Sì	0.038	0.000	0.000	0.001	Sì	
Piano 1. Verifiche SL Travi duttilità
 		Coef. Max Curvatura Ini		Coef. Max. Geometria Ini		Coef. Max Curvatura Fin		Coef. Max. Geometria Fin		Coef Tot	
 N°		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Ini		Fin		Ver	
 						Curv		Geom						Curv		Geom						Curv		Geom						Curv		Geom							
1	8	1	0.982	1.17	8	2	0.982	1.40	8	1	0.982	1.19	8	2	0.982	1.39	0.982	0.982	Sì	
2	8	1	0.982	1.17	8	2	0.982	1.40	8	1	0.982	1.19	8	2	0.982	1.39	0.982	0.982	Sì	
3	8	1	0.982	1.27	8	6	0.982	1.32	8	1	0.982	1.27	8	6	0.982	1.32	0.982	0.982	Sì	
4	8	1	0.982	1.29	8	6	0.982	1.32	8	1	0.982	1.29	8	6	0.982	1.32	0.982	0.982	Sì	
5	8	1	0.982	1.27	8	6	0.982	1.32	8	1	0.982	1.27	8	6	0.982	1.32	0.982	0.982	Sì	
6	8	1	0.982	1.29	8	6	0.982	1.32	8	1	0.982	1.29	8	6	0.982	1.32	0.982	0.982	Sì	
Piano 1. Verifiche SL Travi
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		x ini		x Fin		N-My-Mz		ctg(θ)		calcestr.		acciaio		As Long.		As Trasv.		arm.X		Ned		Verif		Tens.		Fess.		Fess.		Deform.		Verif	
 		[m]		[m]						Vy-Vz-Mt		Vy-Vz		Mt		Mt		z.Crit.		Max		SLU		N-My-Mz		w/wa		N-My-Mz		250f/L		SLE	
1	0.000	0.650	0.236	1.000	0.069	0.205	0.002	0.003	-	0.019	Sì	0.105	0.000	0.000	0.018	Sì	
1	0.650	2.050	0.183	1.000	0.064	0.368	0.002	0.006	-	0.019	Sì	0.149	0.000	0.000	0.044	Sì	
1	2.050	3.450	0.198	1.000	0.032	0.183	0.001	0.004	-	-0.034	Sì	0.186	0.000	0.000	0.055	Sì	
1	3.450	4.850	0.174	1.000	0.061	0.350	0.003	0.009	-	0.017	Sì	0.148	0.000	0.000	0.044	Sì	
1	4.850	5.500	0.221	1.000	0.066	0.196	0.003	0.004	-	0.017	Sì	0.097	0.000	0.000	0.018	Sì	
2	0.000	0.650	0.235	1.000	0.069	0.205	0.002	0.003	-	0.019	Sì	0.105	0.000	0.000	0.018	Sì	
2	0.650	2.050	0.183	1.000	0.064	0.368	0.002	0.006	-	0.019	Sì	0.149	0.000	0.000	0.044	Sì	
2	2.050	3.450	0.198	1.000	0.032	0.183	0.001	0.004	-	-0.034	Sì	0.186	0.000	0.000	0.055	Sì	
2	3.450	4.850	0.174	1.000	0.061	0.350	0.003	0.009	-	0.017	Sì	0.148	0.000	0.000	0.044	Sì	
2	4.850	5.500	0.220	1.000	0.066	0.196	0.003	0.004	-	0.017	Sì	0.097	0.000	0.000	0.018	Sì	
3	0.000	0.650	0.126	1.000	0.071	0.210	0.002	0.004	-	0.003	Sì	0.041	0.000	0.000	0.000	Sì	
3	0.675	1.200	0.062	1.000	0.075	0.225	0.002	0.004	-	0.003	Sì	0.057	0.000	0.000	0.000	Sì	
4	0.000	0.650	0.125	1.000	0.080	0.238	0.002	0.004	-	0.004	Sì	0.038	0.000	0.000	0.001	Sì	
4	0.675	1.200	0.103	1.000	0.085	0.252	0.002	0.004	-	0.004	Sì	0.095	0.000	0.000	0.002	Sì	
5	0.000	0.525	0.061	1.000	0.075	0.225	0.002	0.004	-	0.003	Sì	0.057	0.000	0.000	0.000	Sì	
5	0.525	0.550	0.062	1.000	0.071	0.211	0.002	0.004	-	0.003	Sì	0.015	0.000	0.000	0.000	Sì	
5	0.550	1.200	0.127	1.000	0.071	0.210	0.002	0.004	-	0.003	Sì	0.041	0.000	0.000	0.000	Sì	
6	0.000	0.525	0.103	1.000	0.085	0.252	0.002	0.004	-	0.004	Sì	0.095	0.000	0.000	0.002	Sì	
6	0.525	0.550	0.062	1.000	0.080	0.239	0.002	0.004	-	0.004	Sì	0.034	0.000	0.000	0.001	Sì	
6	0.550	1.200	0.125	1.000	0.080	0.238	0.002	0.004	-	0.004	Sì	0.038	0.000	0.000	0.001	Sì	
Piano 1. Verifiche SL Travi duttilità
 		Coef. Max Curvatura Ini		Coef. Max. Geometria Ini		Coef. Max Curvatura Fin		Coef. Max. Geometria Fin		Coef Tot	
 N°		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Ini		Fin		Ver	
 						Curv		Geom						Curv		Geom						Curv		Geom						Curv		Geom							
1	8	1	0.982	1.17	8	2	0.982	1.40	8	1	0.982	1.19	8	2	0.982	1.39	0.982	0.982	Sì	
2	8	1	0.982	1.17	8	2	0.982	1.40	8	1	0.982	1.19	8	2	0.982	1.39	0.982	0.982	Sì	
3	8	1	0.982	1.27	8	6	0.982	1.32	8	1	0.982	1.27	8	6	0.982	1.32	0.982	0.982	Sì	
4	8	1	0.982	1.29	8	6	0.982	1.32	8	1	0.982	1.29	8	6	0.982	1.32	0.982	0.982	Sì	
5	8	1	0.982	1.27	8	6	0.982	1.32	8	1	0.982	1.27	8	6	0.982	1.32	0.982	0.982	Sì	
6	8	1	0.982	1.29	8	6	0.982	1.32	8	1	0.982	1.29	8	6	0.982	1.32	0.982	0.982	Sì	
Piano 1. Verifiche SL Pilastri
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		x ini		x Fin		N-My-Mz		ctg(θ)		calcestr.		acciaio		As Long.		As Trasv.		Ned		Verif		Tens.		Fess.		Fess.		Verif	
 		[m]		[m]						Vy-Vz-Mt		Vy-Vz		Mt		Mt		Max		SLU		N-My-Mz		w/wa		N-My-Mz		SLE	
1	0.000	0.950	0.315	1.000	0.055	0.105	0.001	0.001	0.115	Sì	0.230	0.000	0.000	Sì	
1	0.950	2.750	0.244	1.000	0.055	0.153	0.001	0.002	0.120	Sì	0.181	0.000	0.000	Sì	
1	2.750	3.200	0.188	1.000	0.055	0.105	0.001	0.001	0.121	Sì	0.054	0.000	0.000	Sì	
2	0.000	0.950	0.269	1.000	0.034	0.091	0.001	0.001	0.103	Sì	0.220	0.000	0.000	Sì	
2	0.950	2.750	0.222	1.000	0.034	0.133	0.001	0.002	0.108	Sì	0.179	0.000	0.000	Sì	
2	2.750	3.200	0.073	1.000	0.034	0.091	0.001	0.001	0.109	Sì	0.051	0.000	0.000	Sì	
3	0.000	0.950	0.326	1.000	0.051	0.102	0.001	0.001	0.115	Sì	0.230	0.000	0.000	Sì	
3	0.950	2.750	0.250	1.000	0.051	0.149	0.001	0.002	0.120	Sì	0.182	0.000	0.000	Sì	
3	2.750	3.200	0.197	1.000	0.051	0.102	0.001	0.001	0.121	Sì	0.054	0.000	0.000	Sì	
4	0.000	0.950	0.263	1.000	0.038	0.092	0.001	0.001	0.103	Sì	0.220	0.000	0.000	Sì	
4	0.950	2.750	0.218	1.000	0.038	0.135	0.001	0.002	0.108	Sì	0.179	0.000	0.000	Sì	
4	2.750	3.200	0.073	1.000	0.037	0.092	0.001	0.001	0.109	Sì	0.051	0.000	0.000	Sì	
Piano 1. Verifiche SL Pilastri duttilità
 		Coef. Max Curvatura Ini		Coef. Max. Geometria Ini		Coef. Max Curvatura Fin		Coef. Max. Geometria Fin		Coef Tot	
 N°		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Ini		Fin		Ver	
 						Curv		Geom						Curv		Geom						Curv		Geom						Curv		Geom							
1	 	 	 	 	 	 	 	 	8	6	0.749	3.59	8	6	0.749	3.59	 	0.749	Sì	
2	 	 	 	 	 	 	 	 	8	1	0.735	2.93	8	6	0.735	3.48	 	0.735	Sì	
3	 	 	 	 	 	 	 	 	8	6	0.749	3.59	8	6	0.749	3.59	 	0.749	Sì	
4	 	 	 	 	 	 	 	 	8	1	0.735	2.93	8	6	0.735	3.48	 	0.735	Sì	
Piano 1. Verifiche SL Pareti
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		x ini		x Fin		N-My-Mz		ctg(θ)		calcestr.		acciaio		As Long.		As Trasv.		arm.vert		scorr.		Ned		Verif		Tens.		Fess.		Fess.		Verif	
 		[m]		[m]						Vy-Vz-Mt		Vy-Vz		Mt		Mt		taglio.Traz		z.Parete		Max		SLU		N-My-Mz		w/wa		N-My-Mz		SLE	
9	0.000	1.067	0.235	1.000	0.080	0.259	0.001	0.002	0.249	-	0.038	Sì	0.101	0.000	0.000	Sì	
9	1.067	2.133	0.111	1.000	0.080	0.257	0.001	0.002	0.246	-	0.045	Sì	0.092	0.000	0.000	Sì	
9	2.133	3.200	0.265	1.000	0.189	0.256	0.001	0.002	0.243	0.155	0.052	Sì	0.131	0.000	0.000	Sì	
Piano 1. Verifiche SL Pareti duttilità
 		Coef. Max Curvatura Ini		Coef. Max. Geometria Ini		Coef. Max Curvatura Fin		Coef. Max. Geometria Fin		Coef Tot	
 N°		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Fam		Cmb		Coef.		Coef.		Ini		Fin		Ver	
 						Curv		Geom						Curv		Geom						Curv		Geom						Curv		Geom							
9	 	 	 	 	 	 	 	 	8	2	0.758	2.46	8	2	0.758	2.46	 	0.758	Sì	
Legenda tabella verifiche Stati Limite Ultimi e di esercizio shell
• Zona: Nel riportare i risultati delle verifiche effettuate si è diviso la piastra in zone. Per ogni zona e per ogni tipo di verifica sono riportati i coefficienti di verifica normalizzati ad 1. Per ogni zona, tranne che per la centrale, è indicato il filo ed il nodo più  vicino. 
• Stati Limite Ultimi : Verifiche agli Stati Limite Ultimi
• Fe: Coefficiente di verifica dell'armatura calcolato come indicato nel §5.6.1 della presente relazione. 
• Cls: Coefficiente di verifica a pressoflessione del calcestruzzo per le 4 direzioni principali di compressione. 
• Punt.Cls.: Coefficiente di verifica dei puntoni di calcestruzzo calcolato come indicato nelle formule (F.4) e (LL.137-142) EC2-2-2006
• Arm punz : Coefficiente di verifica a punzonamento per piastre dotate di specifica armatura a taglio. 
• V/Vrdc : Coefficiente di verifica a punzonamento per piastre non dotate di specifica armatura a taglio. 
• V/VrdMax : Coefficiente di verifica ottenuto applicando la (6.53 EC2-2005). 
• Tot.Punz. : Coefficiente di verifica totale taglio-punzonamento. 
• Verif SLU. Coefficiente totale di verifica Stati Limite Ultimi.
• Stati Limite di Esercizio : Verifiche agli Stati Limite di Esercizio.
• Fessurazione: Coefficiente di verifica stato limite di fessurazione. 
• Tens.Fe: Coefficiente di verifica stato limite tensione di esercizio dell'armatura. 
• Tens.Cls: Coefficiente di verifica stato limite tensione di esercizio del calcestruzzo.
• Verif SLE. Coefficiente totale di verifica Stati Limite di Esercizio. 

Piano 1 .Verifiche SL shell pareti
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		Filo		Piano		Fe		Cls		Punt		V/Vrdc		Arm		V/VrdMax		Tot		Verif.		Fess.		Tens.		Tens.		Verif.	
 										Cls.				Punz.				punz.		SLU				Fe		Cls		SLE	
1	5	1	0.729	0.244	-	0.091	-	0.017	0.091	Sì	0.000	0.346	0.181	Sì	
1	7	1	0.848	0.253	-	0.113	-	0.021	0.113	Sì	0.000	0.346	0.181	Sì	
1	7	0	0.852	0.200	-	0.115	-	0.021	0.115	Sì	0.000	0.442	0.265	Sì	
1	5	0	0.867	0.215	-	0.092	-	0.017	0.092	Sì	0.000	0.442	0.265	Sì	
1	-	-	0.790	0.205	-	0.098	-	0.018	0.098	Sì	0.000	0.420	0.264	Sì	
Piano 1 .Verifiche SL shell piastre
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		Filo		Piano		Fe		Cls		Punt		V/Vrdc		Arm		V/VrdMax		Tot		Verif.		Fess.		Tens.		Tens.		Verif.	
 										Cls.				Punz.				punz.		SLU				Fe		Cls		SLE	
1	5	1	0.291	0.079	-	0.123	-	0.029	0.123	Sì	0.000	0.254	0.142	Sì	
1	6	1	0.275	0.075	-	0.128	-	0.023	0.128	Sì	0.000	0.253	0.142	Sì	
1	8	1	0.276	0.075	-	0.128	-	0.022	0.128	Sì	0.000	0.253	0.142	Sì	
1	7	1	0.297	0.078	-	0.123	-	0.029	0.123	Sì	0.000	0.254	0.142	Sì	
1	-	-	0.321	0.089	-	0.122	-	0.021	0.122	Sì	0.000	0.301	0.181	Sì	
2	1	1	-	-	-	0.047	-	0.000	0.047	Sì	-	-	-	 -	
2	2	1	-	-	-	0.180	-	0.028	0.180	Sì	-	-	-	 -	
2	6	1	0.275	0.084	-	0.155	-	0.025	0.155	Sì	0.000	0.253	0.142	Sì	
2	5	1	0.291	0.079	-	0.148	-	0.024	0.148	Sì	0.000	0.254	0.142	Sì	
2	-	-	0.321	0.089	-	0.177	-	0.029	0.177	Sì	0.000	0.300	0.181	Sì	
3	7	1	0.297	0.104	-	0.148	-	0.029	0.148	Sì	0.000	0.254	0.142	Sì	
3	8	1	0.276	0.075	-	0.155	-	0.025	0.155	Sì	0.000	0.253	0.142	Sì	
3	4	1	-	-	-	0.049	-	0.000	0.049	Sì	-	-	-	 -	
3	3	1	-	-	-	0.047	-	0.000	0.047	Sì	-	-	-	 -	
3	-	-	0.321	0.089	-	0.177	-	0.031	0.177	Sì	0.000	0.301	0.181	Sì	
Piano 0 .Verifiche SL shell piastre
 		Zona		Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		Filo		Piano		Fe		Cls		Punt		V/Vrdc		Arm		V/VrdMax		Tot		Verif.		Fess.		Tens.		Tens.		Verif.	
 										Cls.				Punz.				punz.		SLU				Fe		Cls		SLE	
1	5	0	0.457	0.148	-	0.249	-	0.042	0.249	Sì	0.000	0.360	0.165	Sì	
1	6	0	0.473	0.153	-	0.251	-	0.044	0.251	Sì	0.000	0.373	0.171	Sì	
1	8	0	0.473	0.153	-	0.252	-	0.052	0.252	Sì	0.000	0.373	0.171	Sì	
1	7	0	0.457	0.148	-	0.249	-	0.042	0.249	Sì	0.000	0.360	0.165	Sì	
1	-	-	0.566	0.188	-	0.251	-	0.044	0.251	Sì	0.000	0.447	0.210	Sì	
Legenda tabella verifiche Stati Limite Ultimi e di esercizio plinti
• Stati Limite Ultimi : Verifiche agli Stati Limite Ultimi
• Fe: Coefficiente di verifica dell'armatura calcolato con il modello di plinto basso e/o modello puntone tirante 
• Cls: Coefficiente di verifica a pressoflessione del calcestruzzo modello di plinto basso.
• Arm punz : Coefficiente di verifica a punzonamento affidando la resistenza ai soli ferri sagomati (barchette) 
• V/Vrdc : Coefficiente di verifica a punzonamento per piastre non dotate di specifica armatura a taglio. 
• V/VrdMax : Coefficiente di verifica ottenuto applicando la (6.53 EC2-1-1) ovvero coefficiente di verifica dei puntoni compressi di cls 
• Tot.Punz. : Coefficiente di verifica totale taglio-punzonamento. 
• Verif SLU. Coefficiente totale di verifica Stati Limite Ultimi.
• Stati Limite di Esercizio : Verifiche agli Stati Limite di Esercizio.
• Fessurazione: Coefficiente di verifica stato limite di fessurazione. 
• Tens.Fe: Coefficiente di verifica stato limite tensione di esercizio dell'armatura. 
• Tens.Cls: Coefficiente di verifica stato limite tensione di esercizio del calcestruzzo.
• Verif SLE. Coefficiente totale di verifica Stati Limite di Esercizio. 

Piano 0 .Verifiche SL plinti 
 				Stati Limite Ultimi		Stati Limite di Esercizio	
 N°		Filo		Piano		Fe		Cls		Rib.STR		V/Vrdc		Arm		V/VrdMax		Tot		Verif.		Fess.		Tens.		Tens.		Verif.	
 														Punz.				punz.		SLU				Fe		Cls		SLE	
1	1	0	0.084	0.525	0.525	-	0.152	-	1.16	Sì	0.000	0.200	0.313	Sì	
2	2	0	-	0.218	0.218	-	0.000	0.184	-	Sì	0.000	0.128	0.063	Sì	
3	3	0	0.052	0.448	0.448	-	0.167	-	1.16	Sì	0.000	0.200	0.313	Sì	
4	4	0	-	0.216	0.216	-	0.000	0.196	-	Sì	0.000	0.128	0.063	Sì	
Verifica pilastri: Instabilità e Spostamenti Sismici
 Pilastro		Instabilità		Spostamenti Fam.Comb.7		Spostamenti Fam.Comb.6	
 Piano		Filo		H Pil.		L0z		L0y		λ/λlimz		λ/λlimy		Curv.nom		Tot		Verif.		Δmax		Δamm		Verif.		Δmax		Δamm		Verif.	
 				[m]		[m]		[m]						N-My-Mz						[mm]		[mm]				[mm]		[mm]			
1	1	3.2	3.919	3.919	0.508	0.508	0.305	0.305	Sì	 	 	 	 	 	 	
1	2	3.2	3.919	3.919	0.483	0.483	0.283	0.283	Sì	 	 	 	 	 	 	
1	3	3.2	3.919	3.919	0.508	0.508	0.298	0.298	Sì	 	 	 	 	 	 	
1	4	3.2	3.919	3.919	0.483	0.483	0.283	0.283	Sì	 	 	 	 	 	 	
1	9	3.2	3.200	3.200	0.060	0.240	0.147	0.147	Sì	 	 	 	 	 	 	
Legenda
• Instabilità: Verifica instabilità  secondo il § 4.1.2.3.9.2 NTC18.
• L0x: Lunghezza libera di inflessione lungo x. Sistema di riferimento del pilastro. 
• L0y: Lunghezza libera di inflessione lungo y. Sistema di riferimento del pilastro.
• λ/λlimx : Coefficiente di trascurabilità  degli effetti del secondo ordine lungo x. Sistema di riferimento del pilastro.
• λ/λlimy : Coefficiente di trascurabilità  degli effetti del secondo ordine lungo y. Sistema di riferimento del pilastro.
• N-Mx-My: Coefficiente normalizzato di verifica biassiale con il metodo della curvatura nominale secondo il §5.8.8 EC2-1-1
• Spostamenti Fam.Comb.N : Verifica spostamenti sismici per la famiglia di combinazioni N, secondo il § 7.3.6.1 NTC18.
Sezioni Legno
 Sezione				yy		zz	
 N		Descrizione		yG		zG		Area S		Massa		It 		Iw 		Iy		Wely		iy		Av		Iz		Welz		iz		Av	
 				[mm]		[mm]		[cm²]		[kg/m]		[cm4]		[cm6]		[cm4]		[cm³]		[cm]		[cm²]		[cm4]		[cm³]		[cm]		[cm²]	
119	R 20x20	0	0	400	314	22535	0	13333	1333.3	5.7735	333.33	13333	1333.3	5.7735	333.33	
6	R 20x30	0	0	600	471	45874	0	45000	3000	8.6603	500	20000	2000	5.7735	500	
Tensioni di Progetto Sezioni Legno
 Sezione		 Resistenze di progetto	
 n		Tipo		Dim		h [m]		Legno		Classe		kMod		fmyd		fmzd		ft0d		ft90d		fc0d		fc90d		fvd		frd	
 Sez		Sez.								Durata		kDef		[MPa]		[MPa]		[MPa]		[MPa]		[MPa]		[MPa]		[MPa]		[MPa]	
6	Beam	R 20x20	0.2	7) Ca25i	Perm.	1) 1-1	10.00	10.00	6.000	0.160	8.400	1.040	1.600	0.320	
6	Beam	R 20x20	0.2	7) Ca25i	Lunga	1) 1-1	11.67	11.67	7.000	0.187	9.800	1.213	1.867	0.373	
6	Beam	R 20x20	0.2	7) Ca25i	Media	1) 1-1	13.33	13.33	8.000	0.213	11.20	1.387	2.133	0.427	
6	Beam	R 20x20	0.2	7) Ca25i	Breve	1) 1-1	15.00	15.00	9.000	0.240	12.60	1.560	2.400	0.480	
6	Beam	R 20x20	0.2	7) Ca25i	Istant.	1) 1-1	18.33	18.33	11.00	0.293	15.40	1.907	2.933	0.587	
7	Beam	R 20x30	0.3	7) Ca25i	Perm.	1) 1-1	10.00	10.00	6.000	0.160	8.400	1.040	1.600	0.320	
7	Beam	R 20x30	0.3	7) Ca25i	Lunga	1) 1-1	11.67	11.67	7.000	0.187	9.800	1.213	1.867	0.373	
7	Beam	R 20x30	0.3	7) Ca25i	Media	1) 1-1	13.33	13.33	8.000	0.213	11.20	1.387	2.133	0.427	
7	Beam	R 20x30	0.3	7) Ca25i	Breve	1) 1-1	15.00	15.00	9.000	0.240	12.60	1.560	2.400	0.480	
7	Beam	R 20x30	0.3	7) Ca25i	Istant.	1) 1-1	18.33	18.33	11.00	0.293	15.40	1.907	2.933	0.587	
Resistenze di progetto calcolate con la [4.4.1] NTC18
Resistenza Sezioni Legno
 Sezione				 Resistenze di progetto 	
 n		Tipo		Descr		h [m]		Legno		Classe		kMod		km		kcr		ksh		Ncd		Ntd		Myd		Mzd		Vzd		Vyd		Mtd	
 Sez		Sez		Dim						Durata		kDef								[N]		[N]		[Nm]		[Nm]		[N]		[N]		[Nm]	
6	Beam	R 20x20	0.2	7) Ca25i	Perm.	1) 1-1	0.700	0.500	1.15	336k	240k	13.3k	13.3k	21.3k	21.3k	3.07k	
6	Beam	R 20x20	0.2	7) Ca25i	Lunga	1) 1-1	0.700	0.500	1.15	392k	280k	15.6k	15.6k	24.9k	24.9k	3.58k	
6	Beam	R 20x20	0.2	7) Ca25i	Media	1) 1-1	0.700	0.500	1.15	448k	320k	17.8k	17.8k	28.4k	28.4k	4.09k	
6	Beam	R 20x20	0.2	7) Ca25i	Breve	1) 1-1	0.700	0.500	1.15	504k	360k	20.0k	20.0k	32.0k	32.0k	4.60k	
6	Beam	R 20x20	0.2	7) Ca25i	Istant.	1) 1-1	0.700	0.500	1.15	616k	440k	24.4k	24.4k	39.1k	39.1k	5.62k	
7	Beam	R 20x30	0.3	7) Ca25i	Perm.	1) 1-1	0.700	0.500	1.23	504k	360k	30.0k	20.0k	32.0k	32.0k	5.60k	
7	Beam	R 20x30	0.3	7) Ca25i	Lunga	1) 1-1	0.700	0.500	1.23	588k	420k	35.0k	23.3k	37.3k	37.3k	6.53k	
7	Beam	R 20x30	0.3	7) Ca25i	Media	1) 1-1	0.700	0.500	1.23	672k	480k	40.0k	26.7k	42.7k	42.7k	7.47k	
7	Beam	R 20x30	0.3	7) Ca25i	Breve	1) 1-1	0.700	0.500	1.23	756k	540k	45.0k	30.0k	48.0k	48.0k	8.40k	
7	Beam	R 20x30	0.3	7) Ca25i	Istant.	1) 1-1	0.700	0.500	1.23	924k	660k	55.0k	36.7k	58.7k	58.7k	10.3k	
Le resistenze di progetto a taglio e a torsione tengono conto dei fattori kcr e ksh del §4.4.8.1
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
 
Legenda tabella Verifiche SLU Legno
Le formule e i paragrafi indicati di seguito fanno riferimento alle NTC18.
• cN: Coefficiente di verifica ottenuto dalla [4.4.2] o dalla [4.4.3].
• cMy: Coefficiente di verifica del solo momento My = σm,y,d /σm,y,d
• cMz: Coefficiente di verifica del solo momento Mz = σm,z,d /σm,z,d
• My-Mz-N: Coefficiente di verifica ottenuto dalle [4.4.6] in caso di tenso-flessione e dalle [4.4.7] in caso di presso-flessione. 
• cVy: Coefficiente di verifica del solo taglio Vy valutato come indicato nei §§4.4.8.1.9 e C4.4.8.1.9.
• cVz: Coefficiente di verifica del solo taglio Vz valutato come indicato nei §§4.4.8.1.9 e C4.4.8.1.9.
• cMt: Coefficiente di verifica a torsione valutato con la [4.4.9].
• Vy-Vz-Mt = cMt + cVy2 + cVz2 ovvero coefficiente di verifica di taglio e torsione valutato con la [4.4.10]. 
Travi Piano:2 Verifiche SLU Legno
 		Zona		Verifiche resistenza		Verifiche instabilità		Tot	
 Trave		x ini		x fin		Sez.Beam		cMy		cMz		cN		My-Mz-N		cVy		cVz		cMt		Vy-Vz-Mt		Tot		cC-Z		cC-Y		cMy		cMz		N-My-Mz		Tot		Ver.	
 N		[m]		[m]																						inst.		inst.		inst.		inst.		Inst.		Inst.			
3	0.100	0.290	7) R 20x30	0.030	0.026	0.002	0.043	0.028	0.231	0.001	0.054	0.231	0.000	0.002	0.000	0.000	0.044	0.044	Sì	
3	0.290	0.480	7) R 20x30	0.061	0.018	0.002	0.075	0.028	0.230	0.001	0.054	0.230	0.000	0.002	0.000	0.000	0.077	0.077	Sì	
3	0.480	0.670	7) R 20x30	0.116	0.019	0.002	0.131	0.028	0.230	0.001	0.053	0.230	0.000	0.002	0.000	0.000	0.132	0.132	Sì	
3	0.670	0.860	7) R 20x30	0.166	0.025	0.002	0.183	0.028	0.229	0.001	0.053	0.229	0.000	0.002	0.000	0.000	0.185	0.185	Sì	
3	0.860	1.050	7) R 20x30	0.215	0.031	0.002	0.236	0.028	0.228	0.001	0.053	0.236	0.000	0.002	0.000	0.000	0.237	0.237	Sì	
4	0.150	0.340	7) R 20x30	0.215	0.031	0.002	0.236	0.028	0.228	0.001	0.053	0.236	0.000	0.002	0.000	0.000	0.237	0.237	Sì	
4	0.340	0.530	7) R 20x30	0.158	0.024	0.002	0.175	0.028	0.229	0.001	0.053	0.229	0.000	0.002	0.000	0.000	0.176	0.176	Sì	
4	0.530	0.720	7) R 20x30	0.119	0.019	0.002	0.134	0.028	0.230	0.001	0.053	0.230	0.000	0.002	0.000	0.000	0.135	0.135	Sì	
4	0.720	0.910	7) R 20x30	0.061	0.018	0.002	0.075	0.028	0.230	0.001	0.054	0.230	0.000	0.002	0.000	0.000	0.077	0.077	Sì	
4	0.910	1.100	7) R 20x30	0.030	0.026	0.002	0.043	0.028	0.231	0.001	0.054	0.231	0.000	0.002	0.000	0.000	0.044	0.044	Sì	
5	0.100	0.300	7) R 20x30	0.022	0.028	0.002	0.034	0.009	0.027	0.000	0.001	0.034	0.000	0.002	0.000	0.000	0.035	0.035	Sì	
5	0.300	0.500	7) R 20x30	0.019	0.027	0.002	0.030	0.009	0.027	0.000	0.001	0.030	0.000	0.002	0.000	0.000	0.032	0.032	Sì	
5	0.500	0.700	7) R 20x30	0.019	0.026	0.002	0.029	0.009	0.026	0.000	0.001	0.029	0.000	0.002	0.000	0.000	0.030	0.030	Sì	
5	0.700	0.900	7) R 20x30	0.019	0.027	0.002	0.030	0.009	0.027	0.000	0.001	0.030	0.000	0.002	0.000	0.000	0.032	0.032	Sì	
5	0.900	1.100	7) R 20x30	0.022	0.028	0.002	0.034	0.009	0.027	0.000	0.001	0.034	0.000	0.002	0.000	0.000	0.035	0.035	Sì	
6	0.150	0.340	7) R 20x30	0.230	0.046	0.002	0.264	0.030	0.237	0.001	0.056	0.264	0.000	0.002	0.000	0.000	0.265	0.265	Sì	
6	0.340	0.530	7) R 20x30	0.169	0.037	0.002	0.197	0.030	0.238	0.001	0.057	0.238	0.000	0.002	0.000	0.000	0.198	0.198	Sì	
6	0.530	0.720	7) R 20x30	0.129	0.031	0.002	0.153	0.030	0.239	0.001	0.057	0.239	0.000	0.002	0.000	0.000	0.154	0.154	Sì	
6	0.720	0.910	7) R 20x30	0.069	0.028	0.002	0.091	0.030	0.239	0.001	0.057	0.239	0.000	0.002	0.000	0.000	0.092	0.092	Sì	
6	0.910	1.100	7) R 20x30	0.036	0.028	0.002	0.056	0.030	0.240	0.001	0.058	0.240	0.000	0.002	0.000	0.000	0.057	0.057	Sì	
7	0.100	0.290	7) R 20x30	0.036	0.028	0.002	0.056	0.030	0.240	0.001	0.058	0.240	0.000	0.002	0.000	0.000	0.057	0.057	Sì	
7	0.290	0.480	7) R 20x30	0.069	0.028	0.002	0.091	0.030	0.239	0.001	0.057	0.239	0.000	0.002	0.000	0.000	0.092	0.092	Sì	
7	0.480	0.670	7) R 20x30	0.126	0.030	0.002	0.150	0.030	0.239	0.001	0.057	0.239	0.000	0.002	0.000	0.000	0.151	0.151	Sì	
7	0.670	0.860	7) R 20x30	0.178	0.038	0.002	0.207	0.030	0.238	0.001	0.057	0.238	0.000	0.002	0.000	0.000	0.208	0.208	Sì	
7	0.860	1.050	7) R 20x30	0.230	0.046	0.002	0.264	0.030	0.237	0.001	0.056	0.264	0.000	0.002	0.000	0.000	0.265	0.265	Sì	
8	0.100	0.300	7) R 20x30	0.027	0.030	0.001	0.042	0.015	0.037	0.000	0.002	0.042	0.000	0.001	0.000	0.000	0.043	0.043	Sì	
8	0.300	0.500	7) R 20x30	0.018	0.028	0.001	0.036	0.015	0.037	0.000	0.002	0.037	0.000	0.001	0.000	0.000	0.037	0.037	Sì	
8	0.500	0.700	7) R 20x30	0.018	0.026	0.001	0.033	0.015	0.036	0.000	0.001	0.036	0.000	0.001	0.000	0.000	0.034	0.034	Sì	
8	0.700	0.900	7) R 20x30	0.018	0.028	0.001	0.036	0.015	0.037	0.000	0.002	0.037	0.000	0.001	0.000	0.000	0.037	0.037	Sì	
8	0.900	1.100	7) R 20x30	0.027	0.030	0.001	0.042	0.015	0.037	0.000	0.002	0.042	0.000	0.001	0.000	0.000	0.043	0.043	Sì	
Pilastri Piano:2 Verifiche SLU Legno
 		Zona		Verifiche resistenza		Verifiche instabilità		Tot	
 Pilastro		x ini		x fin		Sez.Beam		cMy		cMz		cN		My-Mz-N		cVy		cVz		cMt		Vy-Vz-Mt		Tot		cC-Z		cC-Y		cMy		cMz		N-My-Mz		Tot		Ver.	
 N		[m]		[m]																						inst.		inst.		inst.		inst.		Inst.		Inst.			
5	0.000	1.067	6) R 20x20	0.120	0.026	0.021	0.142	0.042	0.046	0.000	0.002	0.142	0.026	0.026	0.000	0.000	0.147	0.147	Sì	
5	1.067	2.133	6) R 20x20	0.040	0.099	0.021	0.105	0.042	0.046	0.000	0.002	0.105	0.026	0.026	0.000	0.000	0.112	0.112	Sì	
5	2.133	3.200	6) R 20x20	0.118	0.207	0.020	0.239	0.042	0.046	0.000	0.002	0.239	0.027	0.027	0.000	0.000	0.247	0.247	Sì	
6	0.000	1.067	6) R 20x20	0.128	0.026	0.021	0.152	0.042	0.049	0.000	0.002	0.152	0.026	0.026	0.000	0.000	0.157	0.157	Sì	
6	1.067	2.133	6) R 20x20	0.044	0.099	0.021	0.105	0.042	0.049	0.000	0.002	0.105	0.026	0.026	0.000	0.000	0.112	0.112	Sì	
6	2.133	3.200	6) R 20x20	0.125	0.209	0.020	0.245	0.042	0.049	0.000	0.002	0.245	0.027	0.027	0.000	0.000	0.253	0.253	Sì	
7	0.000	1.067	6) R 20x20	0.120	0.026	0.021	0.144	0.042	0.046	0.000	0.002	0.144	0.026	0.026	0.000	0.000	0.149	0.149	Sì	
7	1.067	2.133	6) R 20x20	0.040	0.099	0.021	0.104	0.042	0.046	0.000	0.002	0.104	0.026	0.026	0.000	0.000	0.111	0.111	Sì	
7	2.133	3.200	6) R 20x20	0.118	0.207	0.020	0.244	0.042	0.046	0.000	0.002	0.244	0.027	0.027	0.000	0.000	0.251	0.251	Sì	
8	0.000	1.067	6) R 20x20	0.128	0.026	0.021	0.151	0.042	0.049	0.000	0.002	0.151	0.026	0.026	0.000	0.000	0.156	0.156	Sì	
8	1.067	2.133	6) R 20x20	0.044	0.099	0.021	0.106	0.042	0.049	0.000	0.002	0.106	0.026	0.026	0.000	0.000	0.112	0.112	Sì	
8	2.133	3.200	6) R 20x20	0.125	0.209	0.020	0.243	0.042	0.049	0.000	0.002	0.243	0.027	0.027	0.000	0.000	0.251	0.251	Sì	
 
Legenda tabella Verifiche Instabilità Legno Cmb
La verifica a instabilità  degli elementi in legno è fatta come indicato nel §4.4.8.2 NTC18 e §7.6.1.2.1 CNR DT 206-R1/2018 per quanto non indicato nelle NTC18. 
• Fam-Cmb: Combinazione di carico più  gravosa per una delle verifiche di instabilità.
• Ned: Forza di compressione, positiva se di compressione.
• Compres. Sband. Z: Compressione con sbandamento lungo Z, ossia con inflessione intorno all’asse y-y.
• Compres. Sband. Y: Compressione con sbandamento lungo Y, ossia con inflessione intorno all’asse z-z.
• Compressione - L0: Lunghezza libera di inflessione.
• Compressione - λrel : Snellezza relativa per sbandamento [4.4.14] NTC18.
• Compressione - kcrit: Coefficiente di tensione critica [4.4.15] NTC18.
• Compressione - σcrit: Tensione critica [4.4.15] NTC18.
• Instabilità  flessionale: instabilitàLaterale Torsionale di trave 
• Dir Forte: direzione forte
• Instabilità  flessionale: Lunghezza libera di inflessione laterale-torsionale di trave .
• Instabilità  flessionale - λrel: Snellezza relativa di trave [4.4.12] NTC18.
• Instabilità  flessionale - kcrit: Coefficiente di tensione per instabilità  di trave [4.4.12] NTC18.
• Instabilità  flessionale - σcrit: Tensione critica per instabilità  di trave [4.4.12] NTC18.
• Instabilità  flessionale - β: Coefficiente β definito dalla tabella 7-4 della CNR DT 206-R1/2018 per il calcolo della lunghezza efficace.
• cC-Z: Coefficiente di verifica valutato con la [4.4.13] per sbandamento lungo l’asse Z.
• cC-Y: Coefficiente di verifica valutato con la [4.4.13] per sbandamento lungo l’asse Y.
• cMy: Coefficiente di verifica valutato con la [4.4.11] per il momento My, se My è il momento nella direzione forte. 
• cMz: Coefficiente di verifica valutato con la [4.4.11] per il momento Mz, se Mz è il momento nella direzione forte. 
• Vy-Vz-Mt Inst. Coefficiente di verifica di instabilità  degli elementi presso-inflessi valutato come indicato nel §7.6.1.2.3 del CNR DT 206-R1/2018 
Travi Piano:2 Verifiche Instabilità Legno Cmb
 						Compres. Sband. Z		Compres. Sband. Y		Inst.Flessionale		Verifiche		Tot	
 Trave		Fam		Cmb		Ned		L0		λrel		σcr		kCr		L0		λrel		σcr		kCr		Dir		L0		λrel		σcr		kCr		β		cC-Z		cC-Y		cMy		cMz		N-My-Mz		Tot		Tot	
 N						[N]		[m]				[MPa]				[m]				[MPa]				forte		[m]				[MPa]						inst.		inst.		inst.		inst.		Inst.		Inst.			
3	8	6	2.38k	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.165	916.4	1.000	0.571	0.000	0.002	0.000	0.000	0.022	0.022	Sì	
3	8	5	-841	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.165	916.4	1.000	0.571	0.000	0.000	0.000	0.000	0.000	0.000	Sì	
3	1	1	1.08k	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.149	1120	1.000	0.467	0.000	0.002	0.000	0.000	0.024	0.024	Sì	
4	8	6	2.38k	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.165	916.4	1.000	0.571	0.000	0.002	0.000	0.000	0.237	0.237	Sì	
4	8	5	-841	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.165	916.4	1.000	0.571	0.000	0.000	0.000	0.000	0.000	0.000	Sì	
4	1	1	1.08k	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.149	1120	1.000	0.467	0.000	0.002	0.000	0.000	0.037	0.037	Sì	
5	1	1	1.01k	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.214	544.0	1.000	0.961	0.000	0.002	0.000	0.000	0.026	0.026	Sì	
5	8	7	643	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.175	817.0	1.000	0.640	0.000	0.001	0.000	0.000	0.031	0.031	Sì	
5	8	4	973	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.195	657.1	1.000	0.796	0.000	0.001	0.000	0.000	0.035	0.035	Sì	
6	8	6	2.38k	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.167	900.2	1.000	0.581	0.000	0.002	0.000	0.000	0.265	0.265	Sì	
6	8	5	-1.06k	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.167	900.2	1.000	0.581	0.000	0.000	0.000	0.000	0.000	0.000	Sì	
6	1	1	922	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.150	1117	1.000	0.468	0.000	0.001	0.000	0.000	0.035	0.035	Sì	
7	8	6	2.38k	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.167	900.2	1.000	0.581	0.000	0.002	0.000	0.000	0.024	0.024	Sì	
7	8	5	-1.06k	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.167	900.2	1.000	0.581	0.000	0.000	0.000	0.000	0.000	0.000	Sì	
7	1	1	922	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.150	1117	1.000	0.468	0.000	0.001	0.000	0.000	0.022	0.022	Sì	
8	1	1	880	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.214	545.1	1.000	0.959	0.000	0.001	0.000	0.000	0.025	0.025	Sì	
8	8	7	555	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.168	880.6	1.000	0.594	0.000	0.001	0.000	0.000	0.042	0.042	Sì	
8	8	8	701	1.200	0.227	406.1	1.000	1.200	0.341	180.5	0.991	Vz-My	1.200	0.168	880.6	1.000	0.594	0.000	0.001	0.000	0.000	0.043	0.043	Sì	
Pilastri Piano:2 Verifiche Instabilità Legno Cmb
 						Compres. Sband. Z		Compres. Sband. Y		Inst.Flessionale		Verifiche		Tot	
 Pilastro		Fam		Cmb		Ned		L0		λrel		σcr		kCr		L0		λrel		σcr		kCr		Dir		L0		λrel		σcr		kCr		β		cC-Z		cC-Y		cMy		cMz		N-My-Mz		Tot		Tot	
 N						[N]		[m]				[MPa]				[m]				[MPa]				forte		[m]				[MPa]						inst.		inst.		inst.		inst.		Inst.		Inst.			
5	8	6	12.7k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.207	580.8	1.000	0.435	0.027	0.027	0.000	0.000	0.176	0.176	Sì	
5	8	7	-8.96k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.208	579.2	1.000	0.436	0.000	0.000	0.000	0.000	0.000	0.000	Sì	
5	1	1	2.57k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.211	562.7	1.000	0.449	0.007	0.007	0.000	0.000	0.018	0.018	Sì	
5	8	4	6.05k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.207	580.8	1.000	0.435	0.013	0.013	0.000	0.000	0.247	0.247	Sì	
6	8	6	12.6k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.208	577.7	1.000	0.437	0.027	0.027	0.000	0.000	0.207	0.207	Sì	
6	8	7	-8.98k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.209	573.5	1.000	0.440	0.000	0.000	0.000	0.000	0.000	0.000	Sì	
6	1	1	2.46k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.214	546.1	1.000	0.462	0.007	0.007	0.000	0.000	0.015	0.015	Sì	
6	8	2	5.83k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.207	580.8	1.000	0.435	0.012	0.012	0.000	0.000	0.253	0.253	Sì	
7	8	6	12.7k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.208	579.2	1.000	0.436	0.027	0.027	0.000	0.000	0.170	0.170	Sì	
7	8	5	-8.96k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.208	579.2	1.000	0.436	0.000	0.000	0.000	0.000	0.000	0.000	Sì	
7	1	1	2.57k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.211	562.7	1.000	0.449	0.007	0.007	0.000	0.000	0.018	0.018	Sì	
7	8	4	6.05k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.207	580.8	1.000	0.435	0.013	0.013	0.000	0.000	0.251	0.251	Sì	
8	8	6	12.6k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.209	573.5	1.000	0.440	0.027	0.027	0.000	0.000	0.205	0.205	Sì	
8	8	5	-8.98k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.209	573.5	1.000	0.440	0.000	0.000	0.000	0.000	0.000	0.000	Sì	
8	1	1	2.46k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.214	546.1	1.000	0.462	0.007	0.007	0.000	0.000	0.015	0.015	Sì	
8	8	2	5.83k	3.200	0.910	25.38	0.755	3.200	0.910	25.38	0.755	Vz-My	3.200	0.209	574.0	1.000	0.440	0.012	0.012	0.000	0.000	0.251	0.251	Sì	
 
Legenda tabella Verifica Deformazione Travi Legno per combinazioni Rare
I simboli fanno riferimento ai §§4.4.7 NTC18 e §C4.4.7 CNTC18 
• Deformazione Trave: Verifica delle deformazioni della sola trave.
• Deformazione Travata: Verifica delle deformazioni del nodo iniziale e finale della trave tenendo conto delle deformazioni dell’intera travata. 
• Fam-Cmb: Combinazione di carico rara più  gravosa per la verifica di deformazione.
• u dif: Spostamento differito. 
• u fin: Spostamento finale. 
• u2: Spostamento dovuto ai soli carichi variabili 
• coef: Coefficiente per lo spostamento finale.
• coef2: Coefficiente per lo spostamento dei soli carichi variabili.
Travi Piano:2 Verifica Deformazione Travi Legno per combinazioni Rare
 		Deformazioni Trave		Deformazioni Travata			
 Trave		Fam		Cmb		Men-		L		u diff		u fin		coef		uist		coef2		Verif		Fam		Cmb		Men-		L		u diff		u fin		coef		uist		coef2		Verif		Tot	
 N						sola		[m]		[mm]		[mm]				[mm]										sola		[m]		[mm]		[mm]				[mm]							
3	2	6	No	0.950	0.002	0.013	0.003	0.011	0.003	Sì	2	3	Sì	2.400	0.046	0.247	0.013	0.202	0.013	Sì	Sì	
4	2	7	No	0.950	0.002	0.013	0.003	0.011	0.003	Sì	2	2	Sì	2.400	0.046	0.247	0.013	0.202	0.013	Sì	Sì	
5	2	6	Sì	1.000	0.000	0.071	0.011	0.071	0.011	Sì	2	6	Sì	3.600	-0.046	0.050	0.004	0.095	0.004	Sì	Sì	
6	2	7	No	0.950	0.002	0.013	0.003	0.011	0.003	Sì	2	2	Sì	2.400	0.043	0.248	0.013	0.205	0.013	Sì	Sì	
7	2	6	No	0.950	0.002	0.013	0.003	0.011	0.003	Sì	2	3	Sì	2.400	0.043	0.248	0.013	0.205	0.013	Sì	Sì	
8	2	6	Sì	1.000	-0.000	0.077	0.012	0.077	0.012	Sì	2	6	Sì	3.600	-0.043	0.075	0.005	0.118	0.005	Sì	Sì	
Pilastri Piano:2 Verifica Deformazione Pilastri per combinazioni Rare
 		Fam-Cmb		Def.Pilastro		Def.Edificio		Tot	
 Pilastro		Fam		Cmb		H		δ		coef		z		Δ		coef		Coef		Verif	
 N						[m]		[mm]		Beam		[m]		[mm]		Edificio		Tot			
5	2	5	3.2	0.81709	0.076602	6.4	1.3393	0.10463	0.10463	Sì	
6	2	5	3.2	0.88596	0.083059	6.4	1.32	0.10313	0.10313	Sì	
7	2	5	3.2	0.81753	0.076643	6.4	1.3399	0.10468	0.10468	Sì	
8	2	5	3.2	0.88638	0.083098	6.4	1.3206	0.10317	0.10317	Sì	
I simboli fanno riferimento al §4.2.4.2.2 NTC18
Sezioni Acciaio
 Sezione				yy		zz			
 N		Descrizione		id.		yG		zG		Area S		Massa		It 		Iw 		Iy		Wely		iy		Wply		Av		Iz		Welz		iz		Wplz		Av		Imax		Imin		φ[°]	
 				Foro		[mm]		[mm]		[cm²]		[kg/m]		[cm4]		[cm6]		[cm4]		[cm³]		[cm]		[cm³]		[cm²]		[cm4]		[cm³]		[cm]		[cm³]		[cm²]		[cm4]		[cm4]			
98	R200×300×10	 	0	0	94.927	74.518	12650	0	11819	787.94	11.158	955.49	56.956	6277.4	627.74	8.132	720.86	37.971	11819	6277.4	90	
116	IPE 500	 	0	0	115.52	90.685	89.287	1249365	48200	1928	20.426	2194.2	59.874	2141.4	214.14	4.3055	335.84	64	48200	2141.4	90	
116	IPE 500	2)	0	0	102.86	80.746	89.287	1249365	42204	1688.2	20.256	1928.1	54.552	1800.3	180.03	4.1836	278.01	77.243	48200	2141.4	90	
Area Efficace Acciaio
 Sezione		A·fy		Wyy·fy		Wzz·fy	
 n		Sezione		fyk		fy34		A		Aeff		Aeff·fyk		A·fy34		Δ%		Wyy		Wyyeff		Wyyeff·fyk		Wyy·fy34		Δ%		Wzz		Wzzeff		Wzzeff·fyk		Wzz·fy34		Δ%	
 				[MPa]		[MPa]		[mm²]		[mm²]		[kN]		[kN]				[cm³]		[cm³]		[kNm]		[kNm]				[cm³]		[cm³]		[kNm]		[kNm]			
116	IPE 500	355	237.66	11552	10845	3849.8	2745.4	-28.69	1928	1926.9	684.04	458.2	-33.02	214.14	214.08	75.999	50.892	-33.04	
La tensione fy34 è definita al §7.1 della presente relazione.
Sezioni Forate Acciaio
 Sezione		fy		Sezione Forata / Sezione Integra	
 Sez		Descrizione		id.		fyk		ftk		fyh		fyk/fyh		Anet		Af,net		W2F		W3F		W2plF		W3plF		Integra		Fori	
 				Foro		[MPa]		[MPa]		[MPa]				/A		/Af		/W2		/W3		/W2pl		/W3pl				Piccoli	
116	IPE 500	2)	355	510	385.56	0.92074	0.890	0.850	0.876	0.841	0.879	0.828	No	No	
fyh=0.9·ftk·γM0/γM2. Vedere il §7.2 'Verifica sezioni forate' della presente relazione.
Classe Sezioni Acciaio
 		classe		Nmax [N] My+		Nmax [N] My-		Nmax [N] Mz+		Nmax [N] Mz-	
 N		Descrizione		fyk		Nt Max		N		My+		My-		Mz+		Mz-		Classe		Classe		Classe		Classe		Classe		Classe		Classe		Classe		Classe		Classe		Classe		Classe	
 				[MPa]		[N]												1		2		3		1		2		3		1		2		3		1		2		3	
98	R200×300×10	355	3.37M	2	1	1	2	2	1.90M			1.90M			-2.42M			-2.42M			
116	IPE 500	355	4.10M	4	1	1	1	1	526k	803k	2.97M	526k	803k	2.97M	748k	992k	1.21M	748k	992k	1.21M	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Resistenza Sezioni Acciaio
 Sezione		Nrd+		Nrd-		Myrd+		Myrd-		Mzrd+		Mzrd-		Vzrd		Vyrd		Mtrd	
 n		Descrizione		id.		fyk		N+		cl.		N-		My+		cl.		My-		cl.		Mz+		cl.		Mz-		cl.		Vz		cl.		Vy		cl.		Mt	
 Sez				Fori		[MPa]		[Nm]				[Nm]		[Nm]				[Nm]				[Nm]				[Nm]				[N]				[N]				[Nm]	
98	R200×300×10	 	355	3.21M	2	-3.21M	323k	1	-323k	1	244k	2	-244k	2	1.11M	1	741k	2	215k	
116	IPE 500	 	355	2.61M	4	-3.91M	742k	1	-742k	1	114k	1	-114k	1	1.17M	1	1.25M	1	10.9k	
116	IPE 500	2)	355	2.61M	4	-3.48M	652k	1	-652k	1	94.0k	1	-94.0k	1	1.17M	1	1.25M	1	10.9k	
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
 
Legenda tabella Verifiche SLU Acciaio
Le formule e i paragrafi indicati di seguito fanno riferimento alle NTC18.
• cN: Coefficiente di verifica per sforzo assiale calcolato come indicato nel §§4.2.4.1.2.1 e 4.2.4.1.2.2.
• cMy (cMz): Coefficiente di verifica del solo momento My (Mz) calcolato come indicato nel § 4.2.4.1.2.3.
• My-Mz-N: Coefficiente di verifica per presso-tenso-flessione biassiale. Per le sezioni in classe 1 e 2 è calcolato come indicato nei §§4.2.4.1.2.7 e 4.2.4.1.2.8. Per sezioni di classe 3 e 4 è calcolato con la [4.2.4].
• cVy (cVz): Coefficiente di verifica del solo taglio Vy (Vz). Per le sezioni in classe 1 e 2 è calcolato come indicato nel §4.2.4.1.2.4. Per sezioni di classe 3 e 4 è calcolato con la [4.2.4], con le tensioni tangenziali calcolate con la formula di Jourawski.
• cMt: Coefficiente di verifica a torsione uniforme. Jasp non considera la resistenza a torsione per ingobbamento impedito. 
• Vy-Vz-Mt: Coefficiente di verifica di torsione e taglio. Per le sezioni in classe 1 e 2 l’interazione torsione-taglio è valutato con la [4.2.24]. Per sezioni di classe 3 e 4 è calcolato con la [4.2.4].
• Tot: Coefficiente totale di verifica. In classe 1 e 2 l’interazione tensioni normali – tensioni tangenziali è tenuta in conto come indicato nel §4.2.4.1.2.9. Per le sezioni in classe 3 e 4 è usata la formula di verifica [4.2.4]
• Classe: Classe massima della zona.
• Classe. ver: Verifica se la classe è minore o uguale della classe massima stabilita nei criteri di progetto. 
Travi Piano:2 Verifiche SLU Acciaio
 		Zona		Verifiche resistenza		Classe		Verifiche instabilità		Tot	
 Trave		x ini		x fin		Sez.Beam		Fori		cMy		cMz		cN		My-Mz-N		cVy		cVz		cMt		Vy-Vz-Mt		Tot		cl.		ver		cC-Z		cC-Y		cMy		cMz		N-My-Mz		Tot		Ver.	
 N		[m]		[m]																												inst.		inst.		inst.		inst.		Inst.		Inst.			
1	0.100	0.400	10) IPE 500	2) F1	0.023	0.000	0.002	0.000	0.000	0.046	0.001	0.046	0.046	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
1	0.400	1.340	10) IPE 500	 	0.051	0.000	0.002	0.002	0.000	0.040	0.001	0.040	0.051	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
1	1.340	2.280	10) IPE 500	 	0.085	0.000	0.002	0.007	0.000	0.023	0.001	0.023	0.085	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
1	2.280	3.220	10) IPE 500	 	0.096	0.000	0.002	0.009	0.000	0.008	0.001	0.008	0.096	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
1	3.220	4.160	10) IPE 500	 	0.084	0.000	0.002	0.007	0.000	0.024	0.001	0.024	0.084	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
1	4.160	5.100	10) IPE 500	 	0.047	0.000	0.002	0.002	0.000	0.040	0.001	0.040	0.047	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
1	5.100	5.400	10) IPE 500	2) F1	0.023	0.000	0.002	0.000	0.000	0.046	0.001	0.046	0.046	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
2	0.100	0.400	10) IPE 500	2) F1	0.023	0.000	0.002	0.000	0.000	0.046	0.001	0.046	0.046	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
2	0.400	1.340	10) IPE 500	 	0.051	0.000	0.002	0.002	0.000	0.040	0.001	0.040	0.051	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
2	1.340	2.280	10) IPE 500	 	0.085	0.000	0.002	0.007	0.000	0.023	0.001	0.023	0.085	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
2	2.280	3.220	10) IPE 500	 	0.096	0.000	0.002	0.009	0.000	0.008	0.001	0.008	0.096	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
2	3.220	4.160	10) IPE 500	 	0.084	0.000	0.002	0.007	0.000	0.024	0.001	0.024	0.084	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
2	4.160	5.100	10) IPE 500	 	0.047	0.000	0.002	0.002	0.000	0.040	0.001	0.040	0.047	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
2	5.100	5.400	10) IPE 500	2) F1	0.023	0.000	0.002	0.000	0.000	0.046	0.001	0.046	0.046	1	Sì	0.000	0.000	0.178	 	0.146	0.178	Sì	
Coefficienti di verifica calcolati come indicato al §4.2.4.1.2 NTC18
Pilastri Piano:2 Verifiche SLU Acciaio
 		Zona		Verifiche resistenza		Classe		Verifiche instabilità		Tot	
 Pilastro		x ini		x fin		Sez.Beam		Fori		cMy		cMz		cN		My-Mz-N		cVy		cVz		cMt		Vy-Vz-Mt		Tot		cl.		ver		cC-Z		cC-Y		cMy		cMz		N-My-Mz		Tot		Ver.	
 N		[m]		[m]																												inst.		inst.		inst.		inst.		Inst.		Inst.			
1	0.000	1.067	9) R200×300×10	 	0.053	0.026	0.017	0.007	0.021	0.013	0.006	0.022	0.053	2	Sì	0.018	0.022	0.094	 	0.179	0.179	Sì	
1	1.067	2.133	9) R200×300×10	 	0.020	0.081	0.017	0.015	0.021	0.013	0.006	0.022	0.081	2	Sì	0.018	0.022	0.094	 	0.179	0.179	Sì	
1	2.133	3.200	9) R200×300×10	 	0.094	0.188	0.018	0.065	0.021	0.013	0.006	0.022	0.188	2	Sì	0.018	0.022	0.094	 	0.179	0.179	Sì	
2	0.000	1.067	9) R200×300×10	 	0.057	0.027	0.017	0.009	0.022	0.014	0.005	0.022	0.057	2	Sì	0.018	0.022	0.101	 	0.187	0.187	Sì	
2	1.067	2.133	9) R200×300×10	 	0.022	0.082	0.017	0.016	0.022	0.014	0.005	0.022	0.082	2	Sì	0.018	0.022	0.101	 	0.187	0.187	Sì	
2	2.133	3.200	9) R200×300×10	 	0.101	0.190	0.018	0.068	0.022	0.014	0.005	0.022	0.190	2	Sì	0.018	0.022	0.101	 	0.187	0.187	Sì	
3	0.000	1.067	9) R200×300×10	 	0.053	0.026	0.017	0.009	0.021	0.013	0.006	0.022	0.053	2	Sì	0.018	0.022	0.094	 	0.184	0.184	Sì	
3	1.067	2.133	9) R200×300×10	 	0.020	0.081	0.017	0.015	0.021	0.013	0.006	0.022	0.081	2	Sì	0.018	0.022	0.094	 	0.184	0.184	Sì	
3	2.133	3.200	9) R200×300×10	 	0.094	0.188	0.018	0.066	0.021	0.013	0.006	0.022	0.188	2	Sì	0.018	0.022	0.094	 	0.184	0.184	Sì	
4	0.000	1.067	9) R200×300×10	 	0.057	0.027	0.017	0.008	0.022	0.014	0.005	0.022	0.057	2	Sì	0.018	0.022	0.101	 	0.182	0.182	Sì	
4	1.067	2.133	9) R200×300×10	 	0.022	0.082	0.017	0.016	0.022	0.014	0.005	0.022	0.082	2	Sì	0.018	0.022	0.101	 	0.182	0.182	Sì	
4	2.133	3.200	9) R200×300×10	 	0.101	0.190	0.018	0.067	0.022	0.014	0.005	0.022	0.190	2	Sì	0.018	0.022	0.101	 	0.182	0.182	Sì	
Coefficienti di verifica calcolati come indicato al §4.2.4.1.2 NTC18
 
Legenda tabella Verifiche Instabilità Acciaio
Le formule e i paragrafi indicati di seguito fanno riferimento alle NTC18, in particolare al §4.2.4.1.3
• Compressione con sbandamento lungo Z, ossia con inflessione intorno all’asse y-y.
• Compressione con sbandamento lungo Y, ossia con inflessione intorno all’asse z-z.
• χ: Coefficiente definito nella [4.2.44]
• Φ: Coefficiente definito nel §4.2.4.1.3
• α: Fattore di imperfezione ricavato dalla Tab 4.2.VIII
• λ¯: Snellezza normalizzata calcolata come indicano nelle [4.2.45] e [4.2.46]
• Ncr: Carico critico euleriano.
• Nb,rd: Resistenza di progetto all’instabilità, calcolata con le [4.2.42] e con le [4.2.43] per le sezioni in classe 4.
• αLT: Fattore di imperfezione per instabilità  torsionale ricavato dalla Tab 4.2.IX
Travi Piano:2 Verifiche Instabilità Acciaio
 		Compressione con sbandamento lungo Z		Compressione con sbandamento lungo Y		Intabilità flesso-torsionale	
 Trave		χ		Φ		α		λ¯		l0		Ncr		Nb,Rd		χ		Φ		α		λ¯		l0		Ncr		Nb,Rd		Lcr		k		kw		c2		zg		αLT	
 N										[m]		[N]		[N]										[m]		[N]		[N]		[m]								[m]			
1	0.980	0.551	0.210	0.288	5.50	33.0M	2.56M	0.396	1.634	0.340	1.368	5.50	1.47M	1.03M	5.50	1.000	1.000	0.000	0.250	0.490	
2	0.980	0.551	0.210	0.288	5.50	33.0M	2.56M	0.396	1.634	0.340	1.368	5.50	1.47M	1.03M	5.50	1.000	1.000	0.000	0.250	0.490	
Pilastri Piano:2 Verifiche Instabilità Acciaio
 		Compressione con sbandamento lungo Z		Compressione con sbandamento lungo Y		Intabilità flesso-torsionale	
 Pilastro		χ		Φ		α		λ¯		l0		Ncr		Nb,Rd		χ		Φ		α		λ¯		l0		Ncr		Nb,Rd		Lcr		k		kw		c2		zg		αLT	
 N										[m]		[N]		[N]										[m]		[N]		[N]		[m]								[m]			
1	0.959	0.589	0.210	0.375	3.20	23.9M	3.08M	0.920	0.666	0.210	0.515	3.20	12.7M	2.95M	3.20	1.000	1.000	0.000	0.000	0.760	
2	0.959	0.589	0.210	0.375	3.20	23.9M	3.08M	0.920	0.666	0.210	0.515	3.20	12.7M	2.95M	3.20	1.000	1.000	0.000	0.000	0.760	
3	0.959	0.589	0.210	0.375	3.20	23.9M	3.08M	0.920	0.666	0.210	0.515	3.20	12.7M	2.95M	3.20	1.000	1.000	0.000	0.000	0.760	
4	0.959	0.589	0.210	0.375	3.20	23.9M	3.08M	0.920	0.666	0.210	0.515	3.20	12.7M	2.95M	3.20	1.000	1.000	0.000	0.000	0.760	
 
Legenda tabella Verifiche Instabilità Acciaio Cmb
Le formule e i paragrafi indicati di seguito, se non espressamente indicato, fanno riferimento alle NTC18, in particolare al §4.2.4.1.3, e alla CNTC18
• Fam-Cmb: Combinazione di carico più  gravosa per una delle verifiche di instabilità.
• dir Forte: Direzione forte.
• χLT: fattore definito nella [4.2.50].
• ΦLT: coefficiente definito nel §4.2.4.1.3. 
• λ¯LT: Snellezza normalizzata calcolata come indicano nelle [4.2.51].
• ψ: Calcolato con la [C4.2.31] se la trave è senza carico, calcolato con la (6.1) della presente relazione nel caso generale.
• Mcr: Momento critico elastico per instabilità  torsionale. Calcolato con la [(F.4) ENV 1993-1-1], che si riduce alla [C4.2.30] se c2 = 0 e se k = kw = 1. Vedere §7.3 della presente relazione.
• Mb,Rd: Momento resistente di progetto per l’instabilità. 
• Inst.Presso-Fless: Verifica instabilità  membrature inflesse e compresse effettuata con il Metodo A § C4.2.4.1.3.3.1 CNTC18
• Ned: Forza di compressione, positiva se di compressione.
• Myeq,Ed e Mzeq,Ed: Valori equivalenti dei momenti flettenti da considerare nella verifica.
• cC-Z: Coefficiente di verifica valutato con la [4.2.41] per sbandamento lungo l’asse Z.
• cC-Y: Coefficiente di verifica valutato con la [4.2.41] per sbandamento lungo l’asse Y.
• cMy: Coefficiente di verifica valutato con la [4.2.48] per il momento My, se My è il momento nella direzione forte. 
• cMz: Coefficiente di verifica valutato con la [4.2.48] per il momento Mz, se Mz è il momento nella direzione forte. 
• Vy-Vz-Mt Inst.: Coefficiente di verifica di instabilità  degli elementi presso-inflessi calcolato con la [C4.2.36].
Travi Piano:2 Verifiche Instabilità Acciaio Cmb
 				Instabilità Flesso-Torsionale		Inst.Presso-Flessionale		Verifiche		Tot	
 Trave		Fam		Cmb		Dir		χLT		ΦLT		λ¯LT		ψ		Mcr		MbRd		Ned		Myeq,Ed		Mzeq,Ed		cC-Z		cC-Y		cMy		cMz		N-My-Mz		Tot		Tot	
 N						forte										[Nm]		[Nm]		[N]		[Nm]		[Nm]		inst.		inst.		inst.		inst.		Inst.		Inst.			
1	1	1	VzMy	0.539	1.229	1.194	1.136	547k	400k	-4.92k	50.1k	0	0.000	0.000	0.145	 	0.120	0.145	Sì	
1	1	2	VzMy	0.539	1.229	1.194	1.136	547k	400k	-7.95k	61.5k	0	0.000	0.000	0.178	 	0.146	0.178	Sì	
1	1	3	VzMy	0.539	1.229	1.194	1.136	547k	400k	-7.91k	61.5k	0	0.000	0.000	0.178	 	0.146	0.178	Sì	
2	1	1	VzMy	0.539	1.229	1.194	1.136	547k	400k	-4.92k	50.1k	0	0.000	0.000	0.145	 	0.120	0.145	Sì	
2	1	2	VzMy	0.539	1.229	1.194	1.136	547k	400k	-7.95k	61.5k	0	0.000	0.000	0.178	 	0.146	0.178	Sì	
2	1	3	VzMy	0.539	1.229	1.194	1.136	547k	400k	-7.91k	61.5k	1.28f	0.000	0.000	0.178	 	0.146	0.178	Sì	
Pilastri Piano:2 Verifiche Instabilità Acciaio Cmb
 				Instabilità Flesso-Torsionale		Inst.Presso-Flessionale		Verifiche		Tot	
 Pilastro		Fam		Cmb		Dir		χLT		ΦLT		λ¯LT		ψ		Mcr		MbRd		Ned		Myeq,Ed		Mzeq,Ed		cC-Z		cC-Y		cMy		cMz		N-My-Mz		Tot		Tot	
 N						forte										[Nm]		[Nm]		[N]		[Nm]		[Nm]		inst.		inst.		inst.		inst.		Inst.		Inst.			
1	1	5	VzMy	1.000	0.474	0.114	2.300	26.2M	323k	57.8k	256	2.29k	0.018	0.022	0.001	 	0.029	0.029	Sì	
1	8	5	VzMy	1.000	0.475	0.116	2.211	25.2M	323k	17.4k	22.9k	8.23k	0.005	0.006	0.094	 	0.110	0.110	Sì	
1	8	4	VzMy	1.000	0.476	0.119	2.107	24.0M	323k	43.9k	7.50k	34.4k	0.014	0.016	0.030	 	0.179	0.179	Sì	
2	1	5	VzMy	1.000	0.474	0.114	2.300	26.2M	323k	57.9k	234	2.26k	0.018	0.022	0.001	 	0.029	0.029	Sì	
2	8	5	VzMy	1.000	0.475	0.116	2.207	25.1M	323k	16.7k	24.7k	14.4k	0.005	0.006	0.101	 	0.141	0.141	Sì	
2	8	2	VzMy	1.000	0.474	0.115	2.241	25.5M	323k	44.3k	9.29k	34.8k	0.014	0.017	0.038	 	0.187	0.187	Sì	
3	1	4	VzMy	1.000	0.474	0.114	2.300	26.2M	323k	57.8k	256	2.29k	0.018	0.022	0.001	 	0.029	0.029	Sì	
3	8	7	VzMy	1.000	0.475	0.116	2.211	25.2M	323k	17.4k	22.9k	14.6k	0.005	0.006	0.094	 	0.136	0.136	Sì	
3	8	4	VzMy	1.000	0.474	0.115	2.248	25.6M	323k	43.9k	8.90k	34.4k	0.014	0.016	0.036	 	0.184	0.184	Sì	
4	1	4	VzMy	1.000	0.474	0.114	2.300	26.2M	323k	57.9k	234	2.26k	0.018	0.022	0.001	 	0.029	0.029	Sì	
4	8	7	VzMy	1.000	0.475	0.116	2.207	25.1M	323k	16.7k	24.7k	8.13k	0.005	0.006	0.101	 	0.115	0.115	Sì	
4	8	2	VzMy	1.000	0.476	0.119	2.114	24.1M	323k	44.3k	7.90k	34.8k	0.014	0.017	0.032	 	0.182	0.182	Sì	
 
Legenda tabella Verifica Deformazione Travi Acciaio per combinazioni Rare
I simboli fanno riferimento al §4.2.4.2.1 NTC18
• Deformazione Trave: Verifica delle deformazioni della sola trave.
• Deformazione Travata: Verifica delle deformazioni del nodo iniziale e finale della trave tenendo conto delle deformazioni dell’intera travata. 
• Fam-Cmb: Combinazione di carico rara più  gravosa per la verifica di deformazione.
• δ max: Spostamento finale. 
• δ2: Spostamento dovuto ai soli carichi variabili 
• coef: Coefficiente per lo spostamento finale.
• coef2: Coefficiente per lo spostamento dei soli carichi variabili.
Travi Piano:2 Verifica Deformazione Travi Acciaio per combinazioni Rare
 		Deformazioni Trave		Deformazioni Travata			
 Trave		Fam		Cmb		Men-		L		δ max		coef		δ2		coef2		Verif		Fam		Cmb		Men-		L		δ max		coef		δ2		coef2		Verif		Tot	
 N						sola		[m]		[mm]				[mm]										sola		[m]		[mm]				[mm]							
1	2	1	No	5.300	1.586	0.075	0.396	0.022	Sì	 	 	 	 	 	 	 	 	 	Sì	
2	2	1	No	5.300	1.586	0.075	0.396	0.022	Sì	 	 	 	 	 	 	 	 	 	Sì	
Pilastri Piano:2 Verifica Deformazione Pilastri per combinazioni Rare
 		Fam-Cmb		Def.Pilastro		Def.Edificio		Tot	
 Pilastro		Fam		Cmb		H		δ		coef		z		Δ		coef		Coef		Verif	
 N						[m]		[mm]		Beam		[m]		[mm]		Edificio		Tot			
1	2	5	3.2	0.74574	0.069913	6.4	1.2666	0.098955	0.098955	Sì	
2	2	5	3.2	0.82621	0.077457	6.4	1.2612	0.098529	0.098529	Sì	
3	2	5	3.2	0.74682	0.070014	6.4	1.2682	0.099077	0.099077	Sì	
4	2	5	3.2	0.82732	0.077561	6.4	1.2627	0.09865	0.09865	Sì	
I simboli fanno riferimento al §4.2.4.2.2 NTC18
Verifiche Unioni
 Posizione			
 Piano		Tipo		n°		x		Pos		Vincolo		Est		cMy		cMz		cN		My-		cVy		cVz		cMt		Vy-		Tot	
 		Elem		Elem		[m]						Int								Mz-N								Vz-Mt			
2	Trave	1	0.1	Ini	7) cern_forata	Int	0.000	0.000	0.079	0.079	0.000	0.539	0.000	0.539	0.619	
2	Trave	1	0.5	 	6) unione Incastro	Int	0.199	0.000	0.079	0.279	0.000	0.458	0.000	0.458	0.737	
2	Trave	1	5.4	Fin	7) cern_forata	Int	0.000	0.000	0.079	0.079	0.000	0.539	0.000	0.539	0.619	
2	Trave	2	0.1	Ini	7) cern_forata	Int	0.000	0.000	0.079	0.079	0.000	0.539	0.000	0.539	0.619	
2	Trave	2	0.5	 	6) unione Incastro	Int	0.199	0.000	0.079	0.279	0.000	0.458	0.000	0.458	0.737	
2	Trave	2	5.4	Fin	7) cern_forata	Int	0.000	0.000	0.079	0.079	0.000	0.539	0.000	0.539	0.619	
Resistenza nodi, §7.4.4.3 NTC18 e §C8.7.2.3.5 della CNTC18
 		Coef CNTC18		NTC18-EC8			
 Piano		Nodo		Dir		Fam		Cmb		Vc		N		M Tr.A		M Tr.B		F As		F Soll.		F1		Vjbd		Compr		Traz		νsup		νinf		ν/η		coef.		coef.St.		F2		coef.St.		Verif	
 				[°]						[N]		[N]		[Nm]		[Nm]		[N]		[N]		 [N]		[N]		Cls		Cls 								cls		conf.		[N]		alter			
1	1	0	8	3	0	0	-17.8k	0	265k	43.5k	43.5k	43.5k	∞	∞	0.0000	0.0325	0.0000	0.112	0.150	43.4k	0.236	Sì	
1	1	90	8	7	0	0	-6.17k	0	265k	15.1k	15.1k	15.1k	∞	∞	0.0000	0.0217	0.0000	0.039	0.014	15.0k	0.055	Sì	
1	2	90	8	7	0	0	-5.69k	0	265k	13.9k	13.9k	13.9k	∞	∞	0.0000	0.0227	0.0000	0.036	0.012	13.9k	0.050	Sì	
1	2	180	8	3	0	0	-16.9k	0	265k	41.3k	41.3k	41.3k	∞	∞	0.0000	0.0311	0.0000	0.107	0.135	41.2k	0.224	Sì	
1	3	0	8	3	0	0	-17.8k	0	265k	43.5k	43.5k	43.5k	∞	∞	0.0000	0.0325	0.0000	0.112	0.150	43.4k	0.236	Sì	
1	3	270	8	7	0	0	-6.17k	-0.57p	265k	15.1k	15.1k	15.1k	∞	∞	0.0000	0.0217	0.0000	0.039	0.014	15.0k	0.055	Sì	
1	4	180	8	3	0	0	-16.9k	0.80p	265k	41.3k	41.3k	41.3k	∞	∞	0.0000	0.0311	0.0000	0.107	0.135	41.2k	0.224	Sì	
1	4	270	8	7	0	0	-5.69k	0	265k	13.9k	13.9k	13.9k	∞	∞	0.0000	0.0227	0.0000	0.036	0.012	13.9k	0.050	Sì	
I simboli fanno riferimento al §C8.7.2.3.5  CNTC18 e al §7.4.4.3.1  NTC18
Suffissi: f=10-15; p=10-12; n=10-9; µ=10-6; m=10-3; k=103; M=106; G=109; T=1012; P=1015 (Sistema Internazionale di misura)
Verifiche Solai
 				SLU		SLE		Posa Tral.		Coef.		Totale	
 Piano		Travetto		M/Mr		V/Vr		V Traz.Fe		Tot		Tens. Cls		Tens. Fe		Fessur.		Deform.		Tot.		Tot		Tot			
2	1	0.851	0.772	0.079	0.851	0.341	0.672	0.563	0.578	0.672	-	0.85125	Sì	
PGA Sisma
 		Sito		Struttura	
 SL		PGA D		Tr D		S		ag/g		PGA C		Tr C		λc		CR	
 		[m/s²]		[anni]						[m/s²]		[anni]		[1/anni]		[%]	
SLO	0.61675	30.107	1.5	0.041928	0.90835	77.404	0.012919	7	
SLD	0.7777	50.289	1.5	0.052869	0.90835	73.445	0.013616	15	
SLV	1.6715	474.56	1.4968	0.11388	1.8903	640.58	0.0015611	50	
SLC	2.0147	974.79	1.4502	0.14167	2.2723	1307.3	0.00076493	80	

Rischio Sismico DM 65 del 7/3/17
 PAM		IS-V		Tot	
 [%]		Classe		[%]		Classe		Classe	
0.82236	A	113.09	A+	A	
Tabella riassuntiva verifiche Stati Limite Beam CA
 		Travi		Pilastri		Pareti		Nodi	
 Piano		SLU		Dutti-		Tens		Fessur.		Deform		SLU		Dutti-		Tens		Fessur.		Spost		Instab.		SLU		Dutti-		Tens		Fessur.		Spost		Instab.		Gerar.		Min.		Resist.	
 				lità		Eserc.								lità		Eserc.										lità		Eserc.										Arm.			
0	Sì	 -	Sì	Sì	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	
1	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	 -	Sì	Sì	
2	 -	 -	 -	 -	 -	 -	 -	 -	 -	Sì	 -	 -	 -	 -	 -	Sì	 -	 -	 -	 -	
Tabella riassuntiva verifiche Stati Limite Shell e Fondazioni CA
 		Pareti		Piastre		Plinti diretti		Plinti su pali		Pali	
 Piano		SLU		Tens		Fessur.		Spost		SLU		Tens		Fessur.		SLU		Tens		Fessur.		SLU		Tens		Fessur.		SLU		Tens		Fessur.	
 				Eserc.								Eserc.						Eserc.						Eserc.						Eserc.			
0	 -	 -	 -	 -	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	
1	Sì	Sì	Sì	Sì	Sì	Sì	Sì	 -	 -	 -	 -	 -	 -	 -	 -	 -	
2	 -	 -	 -	Sì	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	
Riassunto verifiche Solai CA
 		SLU		SLE		Posa Tral.		Coef.		Totale	
 Piano		M/Mr		V/Vr		V Traz.Fe		Tot		Tens. Cls		Tens. Fe		Fessur.		Deform.		Tot.		Tot		Tot			
2	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	 	0.85125	Sì	
Tabella Verifiche Unioni per Piano
 		Unioni Travi Legno		Unioni Pilastri Legno		Unioni Travi Acciaio		Unioni Pilastri Acciaio		Unioni Nodi		Tot	
 Piano		My-Mz-N		Vy-Vz-Mt		Tot		My-Mz-N		Vy-Vz-Mt		Tot		My-Mz-N		Vy-Vz-Mt		Tot		My-Mz-N		Vy-Vz-Mt		Tot		My-Mz-N		Vy-Vz-Mt		Tot		Tot	
0	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 -	
1	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 	 -	
2	 	 	 	 	 	 	0.279	0.539	0.737	 	 	 	 	 	 	Sì	
Controllo q
 		Regolarità in pianta		Regolarità in altezza		Torsionalmente Rigido		Totale	
 Piano		Scelta		Calcolo		Coerenza		Scelta		Calcolo		Coerenza		Scelta		Calcolo		Coerenza		Verif	
1	No	Sì	Sì	No	 -	Sì	Sì	Sì	Sì	Sì	
2	No	Sì	Sì	No	No	Sì	Sì	Sì	Sì	Sì	
Tabella riassuntiva verifiche Interpiano
 		Spost.		Contributo		Controllo		Effetto		Totale	
 		Sismici		Rigid. Elem. Sec		q		P-Δ			
 Piano		Δmax/		Sisma		Sisma		Tot. Medio		Regolarità		Regolarità		Rigididezza		Controllo		θx/		θy/		Coef. Tot.		Tot	
 		Δamm		X		Y		Struttura		in pianta		in altezza		torsionale		q		0.2		0.2		Medio			
0	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	
1	Sì	 -	 -	 -	 -	 -	Sì	Sì	Sì	Sì	Sì	Sì	
2	Sì	 -	 -	 -	 -	 -	Sì	Sì	Sì	Sì	Sì	Sì	
Tabella riassuntiva verifiche Acciaio, Legno e Unioni
 		Travi Legno		Pilastri Legno		Legno		Travi Acciaio		Pilastri Acciaio		Acciaio		Unioni		Tot	
 Piano		SLU		Insta-		Defor-		SLU		Insta-		Defor-		Tot		SLU		Insta-		Defor-		Classe		SLU		Insta-		Defor-		Classe		Tot		Unione		Tot	
 		Sezioni		bilita		mazione		Sezioni		bilita		mazione		Legno		Sezioni		bilita		mazione		Max.		Sezioni		bilita		mazione		Max.		Acciaio					
0	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	
1	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	
2	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	
Verifica di resistenza degli elementi strutturali
- . 	Valore massimo Ed/Rd allo SLE:	0.67227
- . 	Valore massimo Ed/Rd allo SLU:	0.86781
- . 	Valore massimo Ed/Rd allo SLD:	0.76622
Verifica spostamenti SLD-SLO
- . 	Coefficiente di verifica:	0.67943
Tabella riassuntiva verifiche Geometriche
 		Travi		Pilastri		Pareti		Nodi		Piastre		Pareti		Plinti		Solai	
 Piano		Cap.4		Cap.7		Cap.4		Cap.7		Cap.4		Cap.7		Cap.7		Cap.4		Cap.7		Cap.4		Solai	
 																Shell		Shell		Shell			
0	Sì	Sì	 -	 -	 -	 -	 -	Sì	 -	Sì	 -	
1	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	Sì	 -	 -	
2	 -	 -	 -	 -	 -	 -	 -	 -	 -	 -	Sì	
Tabella Riassunto Verifiche
 		Stati Limite		Geometria		Tot.	
 Piano		Beam		Nodi		Shell		Plinti		Solai		Beam		Unioni		Interpiano		Terreno		Tot		Beam		Nodi CA		Shell CA		Plinti CA		Solai		Tot		Tot.	
 		CA SL		CA SL		CA SL		CA SL		SL		L/A								SL		CA Geom		Geom		Geom		Geom		Geom		Geom		Tot	
0	Sì	 -	Sì	Sì	 -	 -	 -	 -	Sì	Sì	Sì	 -	Sì	Sì	 -	Sì	Sì	
1	Sì	Sì	Sì	 -	 -	 -	 -	Sì	 -	Sì	Sì	Sì	Sì	 -	 -	Sì	Sì	
2	 -	 -	 -	 -	Sì	Sì	Sì	Sì	 -	Sì	 -	 -	 -	 -	Sì	Sì	Sì	
Conclusioni
Al fine di fornire un giudizio motivato di accettabilità  del risultato, come richiesto al § 10.2.1 NTC18, il progettista strutturale assevera di aver: 
• Esaminato preliminarmente la documentazione a corredo del software Jasp™  e di ritenerlo affidabile ed idoneo alla struttura in oggetto. 
• Controllato accuratamente i tabulati di calcolo, in particolare la tabella “Equilibro per piano”, il listato degli errori numerici del solutore e le tabelle di verifica delle sezioni. 
• Confrontato i risultati del software con quelli ottenuti con semplici calcoli di massima. 
• Esaminato gli stati tensionali e deformativi e di ritenerli consistenti e coerenti con la schematizzazione e modellazione della struttura.
Pertanto ritiene che i risultati siano accettabili e che il presente progetto strutturale sia conforme alle Leggi n°1086/71 e n°64/74, e al DM 17/01/2018 (Norme tecniche per le costruzioni).

Il tecnico strutturista                      

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