FASCICOLO DEI CALCOLI - trasparenza.mit.gov.ittrasparenza.mit.gov.it/moduli/downloadFile.php?... · definizione delle caratteristiche d'inerzia delle sezioni ... L’elemento shell

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FASCICOLO DEI CALCOLI

DIMOSTRAZIONE NUMERICA DELLA SICUREZZA DELL'OPERA E DEL RAGGIUNGIMENTO DELLE PRESTAZIONI ATTESE

INDICE: PRESENTAZIONE DEI RISULTATI 4

TABULATI DI INPUT 7 Materiali 7

Input - Aste - Tabella sezioni tipo 7 Aste - Geometria e vincoli 7

Vincoli - Vincoli interni aste 9 Aste - Carichi 10

Tabella solai tipo 20 TABULATI DI VERIFICA 20

VERIFICHE STATO LIMITE ULTIMO 20 Verifica dei Muri in calcestruzzo 20 Verifica Stabilità aste Metalliche 28

Verifica Resistenza aste Metalliche 55 VERIFICHE STATO LIMITE DI ESERCIZIO 79 VERIFICA NODI PIASTRE COLONNE SALDATURE 120

MODELLAZIONE

La struttura è costituita da diversi elementi distinti, in base alla loro funzione,

I livelli di sicurezza scelti dal Committente e dal Progettista in funzione del tipo e dell'uso della struttura, nonché in funzione delle conseguenze del danno, con riguardo a persone, beni, e possibile turbativa sociale, compreso il costo delle opere necessarie per la riduzione del rischio di danno o di collasso, hanno indirizzato al progetto di una struttura con i seguenti requisiti:

sicurezza nei confronti degli Stati Limite Ultimi (SLU)

sicurezza nei confronti degli Stati Limite di Esercizio (SLE)

sicurezza nei confronti di deformazioni permanenti inaccettabili: Stato Limite di Danno (SLD).

La struttura è stata schematizzata con un modello spaziale agli elementi finiti che tengono conto dell'effettivo stato deformati vo e di sollecitazione, secondo l'effettiva realizzazione. I vincoli esterni della struttura sono stati caratterizzati, a seconda degli elementi in fondazione se presenti, con: travi winkler, plinti diretti, plinti su pali, platee; ovvero con vincoli perfetti di incastro, appoggio, carrello, ecc. I vincoli interni sono stati schematizzati secondo le sollecitazioni mutuamente scambiate tra gli elementi strutturali, inserendo, ove opportuno, il rilascio di alcune caratteristiche della sollecitazione per schematizzare il comportamento di vincoli interni non iperstatici (cerniere, carrelli, ecc.). Il modello agli elementi finiti è stato calcolato tenendo conto dell’interazione tra strutture in fondazione e strutture in elevazione, consentendo un’accurata distribuzione delle azioni statiche e sismiche; il calcolo viene eseguito considerando il comportamento elastico lineare della struttura. I solai sono schematizzati come aree di carico, sulle quali vengono definiti i carichi permanenti (QP Solai), carichi fissi (QFissi Solai) e variabili (QV solai); tali carichi vengono assegnati alle aste in modo automatico in relazione all’influenza delle diverse aree di carico. Le masse corrispondenti ai carichi variabili sui solai nelle combinazioni sismiche vengono trattate in

3

maniera automatica mediante un coefficiente moltiplicativo definito insieme alla tipologia del solaio.

Il modello utilizzato è stato valutato alla luce dei diversi scenari di carico a cui viene sottoposta la struttura durante la sua costruzione e la sua vita, atto a garantire la sicurezza e la durabilità della stessa. Per la tipologia strutturale affrontata non è stato necessario definire scenari di contingenza, quindi non è stata schematizzata la struttura durante le fasi costruttive, e si ritiene che non ci siano variazioni del modello di calcolo e degli schemi di vincolo, durante la vita dell'opera. Per il dettaglio degli scenari di calcolo si faccia riferimento alla "Relazione di Calcolo"

Il progetto e la verifica degli elementi strutturali è stato effettuato seguendo la teoria degli Stati limite. I parametri relativi alle verifiche effettuate sono riportati nella Relazione di Calcolo.

Il solutore agli elementi finiti impiegato nell’analisi è SpaceSolver, per il calcolo di strutture piane e spaziali schematizzabili da un insieme di elementi finiti tipo

BEAM,

PLATE-SHELL,

WINK,

BOUNDARY, interagenti tra loro attraverso i nodi, con la possibilità di tenere in conto tutti i possibili disassamenti, mediante l’introduzione di conci rigidi e traslazioni degli elementi bidimensionali. Il solutore lavora in campo elastico lineare, si basa sulle routines di Matlab ed è stato sviluppato in collaborazione con l'Università di Roma – Tor Vergata. Il solutore offre la possibilità di risolvere anche travi su suolo alla Winkler con molle spalmate sull'intera suola, anziché sul solo asse, plinti diretti e su pali, pali singoli, platee, piastre sottili e spesse con controllo delle rotazioni attorno all’asse normale alla piastra (drilling). Inoltre, per gli elementi BEAM considera il centro di taglio e non il baricentro.

L’affidabilità del solutore è stata testata su una serie di esempi campioni calcolati con altri procedimenti o con formule note, di cui si rende disponibile la documentazione.

AFFIDABILITA' DEI CODICI UTILIZZATI

Il programma è dotato di una serie di filtri di auto diagnostica che segnalano i seguenti eventi:

labilità della struttura

assenza di masse

nodi collegati ad aste nulle

mancanza di terreno sugli elementi in fondazione

controllo sull'assegnazione dei nodi all'impalcato

correttezza degli spettri di progetto

fattori di partecipazione modali

assegnazione dei criteri di verifica agli elementi

numerazione degli elementi strutturali

congruenza delle connessioni tra elementi shell

congruenza delle aree di carico

definizione delle caratteristiche d'inerzia delle sezioni

presenza del magrone sotto la travi tipo wink

4

elementi non verificati per semi progetto allo SLU, con inserimento automatico delle armature secondo i criteri di verifica.

elementi non verificati allo SLU per armature già inserite nell'elemento strutturale

elementi non verificati allo SLE per armature già inserite nell'elemento strutturale

PRESENTAZIONE DEI RISULTATI

I disegni dello schema statico adottato sono riportati nel fascicolo allegato alla presente relazione E’ stato impiegato il Sistema Internazionale per le unità di misura, con riferimento al daN per le forze.

Il sistema di riferimento globale rispetto al quale è stata riferita l'intera struttura è una terna di assi cartesiani sinistrorsa OXYZ (X,Y, e Z sono disposti e orientati rispettivamente secondo il pollice, l'indice ed il medio della mano destra, una volta posizionati questi ultimi a 90° tra loro). La terna di riferimento locale per un'asta è pure una terna sinistrorsa O'xyz che ha l'asse x orientato dal nodo iniziale I dell'asta verso il nodo finale J e gli assi y e z diretti secondo gli assi geometrici della sezione con l'asse y orizzontale e orientato in modo da portarsi a coincidere con l'asse x a mezzo di una rotazione oraria di 90° e l'asse z di conseguenza.

Per un'asta comunque disposta nello spazio la sua terna locale è orientata in modo tale da portarsi a coincidere con la terna globale a mezzo di rotazioni orarie degli assi locali inferiori a 180°.

Le forze, sia sulle aste che sulle pareti o lastre, sono positive se opposte agli assi locali;

Le forze nodali sono positive se opposte agli assi globali;

Le coppie sono positive se sinistrorse. Le caratteristiche di sollecitazione sono positive se sulla faccia di normale positiva sono rappresentate da vettori equiversi agli assi di riferimento locali; in particolare il vettore momento positivo rappresenta una coppia che ruota come le dita della mano destra che si chiudono quando il pollice è equi verso all'asse locale.

Le traslazioni sono positive se concorde con gli assi globali;

Le rotazioni sono positive se sinistrorse. Il sistema di riferimento locale per gli elementi bidimensionali è quello riportato in figura

5

La terna locale per l’elemento shell è costituita dall'asse x locale che va dal nodo li al nodo jk, l'asse y è diretto secondo il piano dell’elemento e orientato verso il nodo l e l'asse z di conseguenza in modo da formare la solita terna sinistrorsa. L'asse z locale rappresenta la normale positiva all’elemento. Le sollecitazioni dell’elemento sono: a) sforzi membranali. Sxx = sx Syy = sy Sxy = txy b) sforzi flessionali: Mxx momento flettente che genera sx, cioè intorno ad y. Myy momento flettente che genera sy, cioè intorno ad x Mxy momento torcente che genera txy. Le sollecitazioni principali dell’elemento sono:

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dove q è l’angolo formato dagli assi principali di M1 e M2 con quelli di riferimento e

dove è l’angolo formato dagli assi principali di S1 e S2 con quelli di riferimento L’elemento shell usato come piastra dà i momenti flettenti e non i tagli in direzione ortogonale all’elemento che possono ottenersi come derivazione dei momenti flettenti; Tzx = Mxx,x + Mxy,y Tzy = Mxy,y + Myy,y

quando invece viene usato come lastra ci restituisce una 's' costante ed una 't' costante non adatti a rappresentare momenti flettenti, ma solo sforzi normali e tagli nel piano della lastra.

I tabulati di calcolo contengono due sezioni principali: la descrizione del modello di calcolo e la presentazione dei risultati. La descrizione del modello di calcolo contiene:

i dati generali (dimensioni)

le coordinate nodali;

i vincoli dei nodi e i vincoli interni delle aste, con le eventuali sconnessioni;

le caratteristiche sezionali;

le caratteristiche dei solai;

le caratteristiche delle aste;

i carichi sulle aste, sui nodi e sui muri (inclusa la distribuzione delle distorsioni impresse, e delle variazioni e dei gradienti di temperatura);

configurazione di sistemi che introducono stati coattivi;

le caratteristiche dei materiali;

legami costitutivi e criteri di verifica;

le condizioni di carico; La stampa dei risultati contiene:

le combinazioni dei carichi;

le forze sismiche agenti sulla struttura;

gli spostamenti d'impalcato, se l'impalcato è rigido;

gli spostamenti nodali;

le sollecitazioni sulle membrature per ogni combinazione di carico;

la sollecitazione sul terreno sotto travi di fondazione o platee;

deformate;

diagrammi sollecitazioni;

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TABULATI DI INPUT

Materiali

Materiale: C35/45

Peso specifico kg/mc 2500

Modulo di Young E kg/cmq 3E05

Modulo di Poisson 0.13

Coefficiente di dilatazione termica 1/°C 1e-005

Materiale: Acciaio

Peso specifico kg/mc 7850

Modulo di Young E kg/cmq 2E06

Modulo di Poisson 0.30

Coefficiente di dilatazione termica 1/°C 1.2e-005

Input - Aste - Tabella sezioni tipo

Tipo Nome Area Ix Iy It Fx Fy Lx Lx

G mq m^4 m^4 m^4 cm cm

UPN 100 0.0 2.053E-06 2.916E-07 2.825E-08 2.420 2.500 5 10

UPN 180 0.0 1.354E-05 1.135E-06 9.550E-08 3.280 2.180 7 18

Tubo100x1

00x5 0.0 2.866E-06 2.866E-06 4.399E-06 2.336 2.336 10 10

Aste - Geometria e vincoli

Ni Nf Vinc. Sez. Mat. Crit.pr. Rot. f.f. xi yi zi xf yf zf Tipo L2 L3

° cm cm

1 1 101 I-I Tubo100x

100x5 Acciaio Acciai 0 1010 0 0 0 0 0 0 Pila. 120 120

1 101 201 I-I Tubo100x


1 201 301 I-I Tubo100x


1 301 401 I-I Tubo100x


1 401 501 I-I Tubo100x


1 501 601 I-I Tubo100x


1 601 701 I-I Tubo100x


1 701 801 I-I Tubo100x


2 2 102 I-I Tubo100x


2 102 202 I-I Tubo100x


2 202 0 I-I Tubo100x


2 0 302 I-I Tubo100x


2 302 402 I-I Tubo100x


2 402 502 I-I Tubo100x


2 502 602 I-I Tubo100x


2 602 702 I-I Tubo100x Acciaio Acciai 0 3030 0 0 0 0 0 0 Pila. 150 150

8


100x5

2 702 802 I-I Tubo100x


3 5 105 I-I Tubo100x


3 105 205 I-I Tubo100x


3 205 305 I-I Tubo100x


3 305 405 I-I Tubo100x


3 405 505 I-I Tubo100x


3 505 605 I-I Tubo100x


3 605 705 I-I Tubo100x


3 705 805 I-I Tubo100x


4 6 106 I-I Tubo100x


4 106 206 I-I Tubo100x


4 206 0 I-I Tubo100x


4 0 306 I-I Tubo100x


4 306 406 I-I Tubo100x


4 406 506 I-I Tubo100x


4 506 606 I-I Tubo100x


4 606 706 I-I Tubo100x


4 706 806 I-I Tubo100x


103 205 201 I-I UPN 100 Acciaio Acciai 0 4741 0 0 0 0 -0 0 Trave 180 180

104 201 219 I-I UPN 100 Acciaio Acciai 0 4140 0 -0 0 0 -0 0 Trave 53 53




105 302 306 I-I UPN 180 Acciaio Acciai 0 4349 0 -0 0 0 0 0 Trave 180 180


107 314 301 Cy-C

y UPN 180 Acciaio Acciai 0 4141 0 -0 0 0 -0 0 Trave 30 30





108 305 344 Cy-C












115 514 501 Cy-C






116 505 544 Cy-C











122 714 701 Cy-C






123 705 744 Cy-C



9


124 801 824 I-I UPN 100 Acciaio Acciai 180 2020 0 0 0 0 0 0 Trave 20 20







125 850 851 I-I UPN 100 Acciaio Acciai 180 2020 0 0 0 -0 0 0 Trave 53 53




















































147 826 803 I-I UPN 100 Acciaio Acciai 180 2022 0 0 0 -0 -0 0 Trave 53 53


147 828 804 I-I UPN 100 Acciaio Acciai 180 2022 0 0 0 -0 -0 0 Trave 53 53


Vincoli - Vincoli interni aste

Nome Vx1 Vy1 Vz1 Rx1 Ry1 Rz1 Lo

c1 Vx2 Vy2 Vz2 Rx2 Ry2 Rz2

Lo

c2

I-I(default) 1 1 1 1 1 1 Si 1 1 1 1 1 1 Si

I-I 1 1 1 1 1 1 Si 1 1 1 1 1 1 Si

Cy-Cy 1 1 1 1 0 1 Si 1 1 1 1 0 1 Si

Aste - Carichi

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Descrizione carichi aste

UnifG Uniforme globale

UnifL Uniforme locale

VarG Variabile lineare globale

VarL Variabile lineare locale

PolG Poligonale globale

Termico Distorsione termica

Torcente Carico torcente

Precomp. Carico da precompressione

PolL Poligonale locale Sezione Ni Nf Cond. Tipo c. Xi QXi QYi QZi Xf QXf QYf QZf

cm car. dist. kg/m

coppie torc. kg*m/m cm

car. dist. kg/m

coppie torc. kg*m/m

Pilastro 1

Tubo100x10

0x5 1 101 Peso Proprio UnifG 0 0 0 15 120 0 0 15

Tubo100x10


Tubo100x10

0x5 101 201 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 101 201 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 201 301 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 201 301 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 301 401 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 301 401 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 401 501 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 401 501 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 501 601 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 501 601 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 601 701 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 601 701 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 701 801 Vento X UnifG 0 24 0 0 60 24 0 0

Tubo100x10

0x5 701 801 Vento Y UnifG 0 0 -67 0 60 0 -67 0

Pilastro 2

Tubo100x10


Tubo100x10


Tubo100x10


Tubo100x10 102 202 Vento X UnifG 0 67 0 0 150 67 0 0

11

Sezione Ni Nf Cond. Tipo c. Xi QXi QYi QZi Xf QXf QYf QZf

0x5

Tubo100x10

0x5 102 202 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 202 0 Vento X UnifG 0 67 0 0 70 67 0 0

Tubo100x10

0x5 202 0 Vento Y UnifG 0 0 -67 0 70 0 -67 0

Tubo100x10


Tubo100x10

0x5 302 402 Vento X UnifG 0 67 0 0 150 67 0 0

Tubo100x10

0x5 302 402 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 402 502 Vento X UnifG 0 67 0 0 150 67 0 0

Tubo100x10

0x5 402 502 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 502 602 Vento X UnifG 0 67 0 0 150 67 0 0

Tubo100x10

0x5 502 602 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 602 702 Vento X UnifG 0 67 0 0 150 67 0 0

Tubo100x10

0x5 602 702 Vento Y UnifG 0 0 -67 0 150 0 -67 0

Tubo100x10


Tubo100x10

0x5 702 802 Vento X UnifG 0 67 0 0 60 67 0 0

Tubo100x10

0x5 702 802 Vento Y UnifG 0 0 -67 0 60 0 -67 0

Pilastro 3

Tubo100x10


Tubo100x10


Tubo100x10

0x5 105 205 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 105 205 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 105 205 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


Tubo100x10

0x5 205 305 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 205 305 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 205 305 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


Tubo100x10

0x5 305 405 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 305 405 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 305 405 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


12


Tubo100x10

0x5 405 505 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 405 505 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 405 505 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


Tubo100x10

0x5 505 605 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 505 605 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 505 605 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


Tubo100x10

0x5 605 705 Vento X UnifG 0 24 0 0 150 24 0 0

Tubo100x10

0x5 605 705 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 605 705 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


Tubo100x10

0x5 705 805 Vento X UnifG 0 24 0 0 60 24 0 0

Tubo100x10

0x5 705 805 Vento Y UnifG 0 0 -24 0 60 0 -24 0

Tubo100x10

0x5 705 805 Vento Y UnifG 0 0 -24 0 60 0 -24 0

Pilastro 4

Tubo100x10


Tubo100x10


Tubo100x10


Tubo100x10

0x5 106 206 Vento X UnifG 0 67 0 0 150 67 0 0

Tubo100x10

0x5 106 206 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 106 206 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


Tubo100x10

0x5 206 0 Vento X UnifG 0 67 0 0 70 67 0 0

Tubo100x10

0x5 206 0 Vento Y UnifG 0 0 -24 0 70 0 -24 0

Tubo100x10

0x5 206 0 Vento Y UnifG 0 0 -24 0 70 0 -24 0

Tubo100x10


Tubo100x10

0x5 306 406 Vento X UnifG 0 67 0 0 150 67 0 0

Tubo100x10

0x5 306 406 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 306 406 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


Tubo100x10

0x5 406 506 Vento X UnifG 0 67 0 0 150 67 0 0

Tubo100x10

0x5 406 506 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 406 506 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


13


Tubo100x10

0x5 506 606 Vento X UnifG 0 67 0 0 150 67 0 0

Tubo100x10

0x5 506 606 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 506 606 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


Tubo100x10

0x5 606 706 Vento X UnifG 0 67 0 0 150 67 0 0

Tubo100x10

0x5 606 706 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10

0x5 606 706 Vento Y UnifG 0 0 -24 0 150 0 -24 0

Tubo100x10


Tubo100x10

0x5 706 806 Vento X UnifG 0 67 0 0 60 67 0 0

Tubo100x10

0x5 706 806 Vento Y UnifG 0 0 -24 0 60 0 -24 0

Tubo100x10

0x5 706 806 Vento Y UnifG 0 0 -24 0 60 0 -24 0

Trave 103

UPN 100 205 201 Peso Proprio UnifG 0 0 0 11 180 0 0 11

UPN 100 205 201 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 104


UPN 100 201 219 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 100 219 220 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 100 220 221 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 100 221 202 Vetro UnifG 0 0 0 38 53 0 0 38

Trave 105


UPN 180 302 306 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 106


UPN 180 305 301 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 107


UPN 180 301 319 Vetro UnifG 0 0 0 38 53 0 0 38



UPN 180 319 320 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 180 320 321 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 180 321 302 Vetro UnifG 0 0 0 38 53 0 0 38

Trave 108



UPN 180 306 305 Vetro UnifG 0 0 0 38 211 0 0 38

Trave 109


UPN 100 402 406 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 110


UPN 100 405 401 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 111


UPN 100 401 419 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 100 419 420 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 100 420 421 Vetro UnifG 0 0 0 38 53 0 0 38


14


UPN 100 421 402 Vetro UnifG 0 0 0 38 53 0 0 38

Trave 112


UPN 100 406 405 Vetro UnifG 0 0 0 38 211 0 0 38

Trave 113


UPN 180 502 506 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 114


UPN 180 505 501 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 115


UPN 180 501 519 Vetro UnifG 0 0 0 38 53 0 0 38



UPN 180 519 520 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 180 520 521 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 180 521 502 Vetro UnifG 0 0 0 38 53 0 0 38

Trave 116



UPN 180 506 505 Vetro UnifG 0 0 0 38 211 0 0 38

Trave 117


UPN 100 602 606 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 118


UPN 100 601 619 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 100 619 620 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 100 620 621 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 100 621 602 Vetro UnifG 0 0 0 38 53 0 0 38

Trave 119


UPN 100 606 605 Vetro UnifG 0 0 0 38 211 0 0 38

Trave 120


UPN 180 702 706 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 121


UPN 180 705 701 Vetro UnifG 0 0 0 38 180 0 0 38

Trave 122


UPN 180 701 719 Vetro UnifG 0 0 0 38 53 0 0 38



UPN 180 719 720 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 180 720 721 Vetro UnifG 0 0 0 38 53 0 0 38


UPN 180 721 702 Vetro UnifG 0 0 0 38 53 0 0 38

Trave 123



UPN 180 706 705 Vetro UnifG 0 0 0 38 211 0 0 38

Trave 124


UPN 100 801 824 QP Solai PolG 0 0 0 4 20 0 0 4

UPN 100 801 824 QFissi Solai PolG 0 0 0 3 20 0 0 3

UPN 100 801 824 QV Solai PolG 0 0 0 20 20 0 0 20

UPN 100 801 824 Neve PolL 0 0 0 -6 20 0 0 -6


UPN 100 824 829 QP Solai PolG 0 0 0 4 25 0 0 4


15


UPN 100 824 829 QV Solai PolG 0 0 0 20 25 0 0 20

UPN 100 824 829 Neve PolL 0 0 0 -6 25 0 0 -6


UPN 100 829 834 QP Solai PolG 0 0 0 4 45 0 0 4


UPN 100 829 834 QV Solai PolG 0 0 0 20 45 0 0 20

UPN 100 829 834 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 834 839 QP Solai PolG 0 0 0 4 45 0 0 4


UPN 100 834 839 QV Solai PolG 0 0 0 20 45 0 0 20

UPN 100 834 839 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 839 805 QP Solai PolG 0 0 0 4 45 0 0 4


UPN 100 839 805 QV Solai PolG 0 0 0 20 45 0 0 20

UPN 100 839 805 Neve PolL 0 0 0 -6 45 0 0 -6

Trave 125


UPN 100 805 849 QP Solai PolG 0 0 0 3 53 0 0 3


UPN 100 805 849 QV Solai PolG 0 0 0 17 53 0 0 17

UPN 100 805 849 Neve PolL 0 0 0 -5 53 0 0 -5


UPN 100 849 850 QP Solai PolG 0 0 0 3 53 0 0 3


UPN 100 849 850 QV Solai PolG 0 0 0 17 53 0 0 17

UPN 100 849 850 Neve PolL 0 0 0 -5 53 0 0 -5


UPN 100 850 851 QP Solai PolG 0 0 0 3 53 0 0 3


UPN 100 850 851 QV Solai PolG 0 0 0 17 53 0 0 17

UPN 100 850 851 Neve PolL 0 0 0 -5 53 0 0 -5


UPN 100 851 806 QP Solai PolG 0 0 0 3 53 0 0 3


UPN 100 851 806 QV Solai PolG 0 0 0 17 53 0 0 17

UPN 100 851 806 Neve PolL 0 0 0 -5 53 0 0 -5

Trave 126


UPN 100 806 843 QP Solai PolG 0 0 0 4 45 0 0 4


UPN 100 806 843 QV Solai PolG 0 0 0 20 45 0 0 20

UPN 100 806 843 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 828 802 QP Solai PolG 0 0 0 4 20 0 0 4


UPN 100 828 802 QV Solai PolG 0 0 0 20 20 0 0 20

UPN 100 828 802 Neve PolL 0 0 0 -6 20 0 0 -6


UPN 100 833 828 QP Solai PolG 0 0 0 4 25 0 0 4


UPN 100 833 828 QV Solai PolG 0 0 0 20 25 0 0 20

UPN 100 833 828 Neve PolL 0 0 0 -6 25 0 0 -6


UPN 100 838 833 QP Solai PolG 0 0 0 4 45 0 0 4


UPN 100 838 833 QV Solai PolG 0 0 0 20 45 0 0 20

UPN 100 838 833 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 843 838 QP Solai PolG 0 0 0 4 45 0 0 4


UPN 100 843 838 QV Solai PolG 0 0 0 20 45 0 0 20

UPN 100 843 838 Neve PolL 0 0 0 -6 45 0 0 -6

Trave 127


UPN 100 802 821 QP Solai PolG 0 0 0 2 53 0 0 2


16


UPN 100 802 821 QV Solai PolG 0 0 0 8 53 0 0 8

UPN 100 802 821 Neve PolL 0 0 0 -2 53 0 0 -2


UPN 100 819 801 QP Solai PolG 0 0 0 2 53 0 0 2


UPN 100 819 801 QV Solai PolG 0 0 0 8 53 0 0 8

UPN 100 819 801 Neve PolL 0 0 0 -2 53 0 0 -2


UPN 100 820 819 QP Solai PolG 0 0 0 2 53 0 0 2


UPN 100 820 819 QV Solai PolG 0 0 0 8 53 0 0 8

UPN 100 820 819 Neve PolL 0 0 0 -2 53 0 0 -2


UPN 100 821 820 QP Solai PolG 0 0 0 2 53 0 0 2


UPN 100 821 820 QV Solai PolG 0 0 0 8 53 0 0 8

UPN 100 821 820 Neve PolL 0 0 0 -2 53 0 0 -2

Trave 128


UPN 100 820 826 QP Solai PolG 0 0 0 8 20 0 0 8


UPN 100 820 826 QV Solai PolG 0 0 0 40 20 0 0 40

UPN 100 820 826 Neve PolL 0 0 0 -6 20 0 0 -6

UPN 100 820 826 Neve PolL 0 0 0 -6 20 0 0 -6


UPN 100 826 831 QP Solai PolG 0 0 0 8 25 0 0 8


UPN 100 826 831 QV Solai PolG 0 0 0 40 25 0 0 40

UPN 100 826 831 Neve PolL 0 0 0 -6 25 0 0 -6

UPN 100 826 831 Neve PolL 0 0 0 -6 25 0 0 -6


UPN 100 831 836 QP Solai PolG 0 0 0 8 45 0 0 8


UPN 100 831 836 QV Solai PolG 0 0 0 40 45 0 0 40

UPN 100 831 836 Neve PolL 0 0 0 -6 45 0 0 -6

UPN 100 831 836 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 836 841 QP Solai PolG 0 0 0 8 45 0 0 8


UPN 100 836 841 QV Solai PolG 0 0 0 40 45 0 0 40

UPN 100 836 841 Neve PolL 0 0 0 -6 45 0 0 -6

UPN 100 836 841 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 841 850 QP Solai PolG 0 0 0 8 45 0 0 8


UPN 100 841 850 QV Solai PolG 0 0 0 40 45 0 0 40

UPN 100 841 850 Neve PolL 0 0 0 -6 45 0 0 -6

UPN 100 841 850 Neve PolL 0 0 0 -6 45 0 0 -6

Trave 129


UPN 100 835 834 QP Solai PolG 0 0 0 7 53 0 0 7


UPN 100 835 834 QV Solai PolG 0 0 0 34 53 0 0 34

UPN 100 835 834 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 835 834 Neve PolL 0 0 0 -5 53 0 0 -5


UPN 100 836 835 QP Solai PolG 0 0 0 7 53 0 0 7


UPN 100 836 835 QV Solai PolG 0 0 0 34 53 0 0 34

UPN 100 836 835 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 836 835 Neve PolL 0 0 0 -5 53 0 0 -5


UPN 100 837 836 QP Solai PolG 0 0 0 7 53 0 0 7


UPN 100 837 836 QV Solai PolG 0 0 0 34 53 0 0 34

UPN 100 837 836 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 837 836 Neve PolL 0 0 0 -5 53 0 0 -5


17


UPN 100 838 837 QP Solai PolG 0 0 0 7 53 0 0 7


UPN 100 838 837 QV Solai PolG 0 0 0 34 53 0 0 34

UPN 100 838 837 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 838 837 Neve PolL 0 0 0 -5 53 0 0 -5

Trave 130


UPN 100 206 205 Vetro UnifG 0 0 0 38 211 0 0 38

Trave 131


Trave 132


Trave 133


Trave 134


Trave 135


Trave 136


Trave 137


Trave 138


Trave 139


Trave 140


Trave 141


Trave 142


Trave 143


UPN 100 804 821 QP Solai PolG 0 0 0 8 20 0 0 8


UPN 100 804 821 QV Solai PolG 0 0 0 40 20 0 0 40

UPN 100 804 821 Neve PolL 0 0 0 -6 20 0 0 -6

UPN 100 804 821 Neve PolL 0 0 0 -6 20 0 0 -6


UPN 100 832 804 QP Solai PolG 0 0 0 8 25 0 0 8


UPN 100 832 804 QV Solai PolG 0 0 0 40 25 0 0 40

UPN 100 832 804 Neve PolL 0 0 0 -6 25 0 0 -6

UPN 100 832 804 Neve PolL 0 0 0 -6 25 0 0 -6


UPN 100 837 832 QP Solai PolG 0 0 0 8 45 0 0 8


UPN 100 837 832 QV Solai PolG 0 0 0 40 45 0 0 40

UPN 100 837 832 Neve PolL 0 0 0 -6 45 0 0 -6

UPN 100 837 832 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 842 837 QP Solai PolG 0 0 0 8 45 0 0 8


UPN 100 842 837 QV Solai PolG 0 0 0 40 45 0 0 40

UPN 100 842 837 Neve PolL 0 0 0 -6 45 0 0 -6

UPN 100 842 837 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 851 842 QP Solai PolG 0 0 0 8 45 0 0 8


UPN 100 851 842 QV Solai PolG 0 0 0 40 45 0 0 40

UPN 100 851 842 Neve PolL 0 0 0 -6 45 0 0 -6

UPN 100 851 842 Neve PolL 0 0 0 -6 45 0 0 -6

Trave 144


UPN 100 803 819 QP Solai PolG 0 0 0 8 20 0 0 8


UPN 100 803 819 QV Solai PolG 0 0 0 40 20 0 0 40

18


UPN 100 803 819 Neve PolL 0 0 0 -6 20 0 0 -6

UPN 100 803 819 Neve PolL 0 0 0 -6 20 0 0 -6


UPN 100 830 803 QP Solai PolG 0 0 0 8 25 0 0 8


UPN 100 830 803 QV Solai PolG 0 0 0 40 25 0 0 40

UPN 100 830 803 Neve PolL 0 0 0 -6 25 0 0 -6

UPN 100 830 803 Neve PolL 0 0 0 -6 25 0 0 -6


UPN 100 835 830 QP Solai PolG 0 0 0 8 45 0 0 8


UPN 100 835 830 QV Solai PolG 0 0 0 40 45 0 0 40

UPN 100 835 830 Neve PolL 0 0 0 -6 45 0 0 -6

UPN 100 835 830 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 840 835 QP Solai PolG 0 0 0 8 45 0 0 8


UPN 100 840 835 QV Solai PolG 0 0 0 40 45 0 0 40

UPN 100 840 835 Neve PolL 0 0 0 -6 45 0 0 -6

UPN 100 840 835 Neve PolL 0 0 0 -6 45 0 0 -6


UPN 100 849 840 QP Solai PolG 0 0 0 8 45 0 0 8


UPN 100 849 840 QV Solai PolG 0 0 0 40 45 0 0 40

UPN 100 849 840 Neve PolL 0 0 0 -6 45 0 0 -6

UPN 100 849 840 Neve PolL 0 0 0 -6 45 0 0 -6

Trave 145


UPN 100 830 829 QP Solai PolG 0 0 0 5 53 0 0 5


UPN 100 830 829 QV Solai PolG 0 0 0 26 53 0 0 26

UPN 100 830 829 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 830 829 Neve PolL 0 0 0 -3 53 0 0 -3


UPN 100 831 830 QP Solai PolG 0 0 0 5 53 0 0 5


UPN 100 831 830 QV Solai PolG 0 0 0 26 53 0 0 26

UPN 100 831 830 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 831 830 Neve PolL 0 0 0 -3 53 0 0 -3


UPN 100 832 831 QP Solai PolG 0 0 0 5 53 0 0 5


UPN 100 832 831 QV Solai PolG 0 0 0 26 53 0 0 26

UPN 100 832 831 Neve PolL 0 0 0 -3 53 0 0 -3

UPN 100 832 831 Neve PolL 0 0 0 -5 53 0 0 -5


UPN 100 833 832 QP Solai PolG 0 0 0 5 53 0 0 5


UPN 100 833 832 QV Solai PolG 0 0 0 26 53 0 0 26

UPN 100 833 832 Neve PolL 0 0 0 -3 53 0 0 -3

UPN 100 833 832 Neve PolL 0 0 0 -5 53 0 0 -5

Trave 146


UPN 100 840 839 QP Solai PolG 0 0 0 7 53 0 0 7


UPN 100 840 839 QV Solai PolG 0 0 0 34 53 0 0 34

UPN 100 840 839 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 840 839 Neve PolL 0 0 0 -5 53 0 0 -5


UPN 100 841 840 QP Solai PolG 0 0 0 7 53 0 0 7


UPN 100 841 840 QV Solai PolG 0 0 0 34 53 0 0 34

UPN 100 841 840 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 841 840 Neve PolL 0 0 0 -5 53 0 0 -5


UPN 100 842 841 QP Solai PolG 0 0 0 7 53 0 0 7


UPN 100 842 841 QV Solai PolG 0 0 0 34 53 0 0 34

19


UPN 100 842 841 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 842 841 Neve PolL 0 0 0 -5 53 0 0 -5


UPN 100 843 842 QP Solai PolG 0 0 0 7 53 0 0 7


UPN 100 843 842 QV Solai PolG 0 0 0 34 53 0 0 34

UPN 100 843 842 Neve PolL 0 0 0 -5 53 0 0 -5

UPN 100 843 842 Neve PolL 0 0 0 -5 53 0 0 -5

Trave 147


UPN 100 803 824 QP Solai PolG 0 0 0 3 53 0 0 3


UPN 100 803 824 QV Solai PolG 0 0 0 17 53 0 0 17

UPN 100 803 824 Neve PolL 0 0 0 -2 53 0 0 -2

UPN 100 803 824 Neve PolL 0 0 0 -3 53 0 0 -3


UPN 100 804 826 QP Solai PolG 0 0 0 3 53 0 0 3


UPN 100 804 826 QV Solai PolG 0 0 0 17 53 0 0 17

UPN 100 804 826 Neve PolL 0 0 0 -2 53 0 0 -2

UPN 100 804 826 Neve PolL 0 0 0 -3 53 0 0 -3


UPN 100 826 803 QP Solai PolG 0 0 0 3 53 0 0 3


UPN 100 826 803 QV Solai PolG 0 0 0 17 53 0 0 17

UPN 100 826 803 Neve PolL 0 -0 0 -2 53 -0 0 -2

UPN 100 826 803 Neve PolL 0 -0 0 -3 53 -0 0 -3


UPN 100 828 804 QP Solai PolG 0 0 0 3 53 0 0 3


UPN 100 828 804 QV Solai PolG 0 0 0 17 53 0 0 17

UPN 100 828 804 Neve PolL 0 -0 0 -2 53 -0 0 -2

UPN 100 828 804 Neve PolL 0 -0 0 -3 53 -0 0 -3

Trave 148


Tabella solai tipo

Sol.N° Descrizione Spessore QP QF QVar. 0 1 2 Luce

netta Def %QX %QY

cm kg/mq kg/mq kg/mq

1 Coperture Acciaio 20 30 20 150 0.00 0.00 0.00 No Si 50 50

TABULATI DI VERIFICA

L'esito di ogni elaborazione viene sintetizzato nei disegni e schemi grafici allegati, che evidenziano i valori numerici nei punti e/o nelle sezioni significative, ai fini della valutazione del comportamento complessivo della struttura, e quelli necessari ai fini delle verifiche di misura della sicurezza.

Di seguito si riportano le tabelle relative a:

[sintesi risultati]

VERIFICHE STATO LIMITE ULTIMO

20

Verifica dei Muri in calcestruzzo

Scenario di calcolo : Set_NT_SLUA2STR/GEO

Muro :0 - Nodi : [10 - 7 - 111 - 109 ]:Verificato

Pann.X=4 Pann.Y=4 Spess.= 15 cm Criterio CLS_Muri Materiale: C35/45rcm=300 [kg/cmq],fym=4500

[kg/cmq], FC=1.20

Armatura a maglia doppia Pannello Nx Ny Nxy Mx My Mxy Ax Ay C Cs

kg kg kg kg*m kg*m kg*m cmq cmq

1 1080 4072 -1056 -35 63 -9 10.26 10.26 (15+16)-VIII-3 30.9

2 528 1520 -1323 -87 1 4 10.26 10.26 (15+16)-V-4 26.6

3 197 416 -846 -80 -14 -4 10.26 10.26 (15+16)-VIII-4 29.0

4 40 6 -408 -75 -13 2 10.26 10.26 (15+16)-V-4 32.1

5 919 3549 -804 -25 68 -22 10.26 10.26 4 25.2

6 316 1421 -944 -69 0 -7 10.26 10.26 (15+16)-VIII-4 32.1

7 101 454 -756 -70 -14 -6 10.26 10.26 (15+16)-VIII-4 32.4

8 29 53 -384 -68 -10 4 10.26 10.26 (15+16)-I-4 34.1

9 473 2921 -700 -16 72 -32 10.26 10.26 4 22.3

10 149 1344 -753 -55 3 -12 10.26 10.26 (15+16)-VIII-4 36.4

11 141 398 -675 -60 -13 -6 10.26 10.26 (15+16)-VIII-4 37.0

12 76 80 -343 -62 -8 4 10.26 10.26 (15+16)-I-4 37.1

13 -235 2401 -563 -10 75 -43 10.26 10.26 4 19.6

14 -336 1204 -638 -43 7 -16 10.26 10.26 (15+16)-VIII-4 41.4

15 -126 412 -610 -51 -11 -6 10.26 10.26 (15+16)-VIII-4 43.6

16 -145 74 -304 -55 -7 5 10.26 10.26 (15+16)-I-4 41.2

Massimi/minimi

1 10.26

1 10.26

13 19.6



[kg/cmq], FC=1.20



1 656 231 -617 21 123 -38 10.26 10.26 (15+16)-VIII-3 15.2

2 422 375 -7 12 35 -17 10.26 10.26 3 46.1

3 12 217 -95 7 7 -11 10.26 10.26 (15+16)-IV-2 >100

4 -420 -19 -45 5 -1 -8 10.26 10.26 (15+16)-II-2 >100

5 284 -599 305 25 132 -11 10.26 10.26 (15+16)-IV-3 17.2

6 300 -519 43 32 65 -15 10.26 10.26 (15+16)-VII-3 30.8

7 82 -317 111 44 26 -8 10.26 10.26 (15+16)-VIII-4 46.7

8 -260 -83 60 49 5 -6 10.26 10.26 (15+16)-VIII-4 45.0

9 302 -669 -346 25 133 13 10.26 10.26 (15+16)-VI-1 16.9

10 323 -537 -36 31 65 17 10.26 10.26 (15+16)-V-1 30.2

11 92 -324 -81 43 26 11 10.26 10.26 (15+16)-IV-2 45.3

12 -247 -100 -49 47 5 9 10.26 10.26 (15+16)-IV-2 44.0

13 678 110 335 21 119 44 10.26 10.26 4 14.9

14 426 390 20 12 36 19 10.26 10.26 4 44.4

15 50 190 119 -2 6 12 10.26 10.26 (15+16)-VI-2 >100

16 -338 -18 86 -10 -2 6 10.26 10.26 (15+16)-III-2 >100

Massimi/minimi

1 10.26

1 10.26

13 14.9

21



[kg/cmq], FC=1.20



1 -83 2083 514 -12 77 42 10.26 10.26 (15+16)-VI-2 19.7

2 -328 1143 625 -46 7 16 10.26 10.26 (15+16)-II-2 39.7

3 -129 469 596 -54 -12 6 10.26 10.26 (15+16)-II-2 41.2

4 -143 72 297 -58 -7 -4 10.26 10.26 (15+16)-III-2 39.5

5 535 2647 625 -18 74 31 10.26 10.26 (15+16)-VI-2 22.0

6 160 1317 727 -57 3 13 10.26 10.26 (15+16)-VI-2 34.9

7 150 480 661 -63 -13 6 10.26 10.26 (15+16)-II-2 35.2

8 87 77 334 -65 -9 -4 10.26 10.26 (15+16)-III-2 35.6

9 896 3305 725 -26 71 22 10.26 10.26 (15+16)-VI-2 24.5

10 330 1399 908 -71 0 8 10.26 10.26 (15+16)-VI-2 30.9

11 107 448 742 -73 -14 6 10.26 10.26 (15+16)-II-2 31.0

12 39 51 375 -72 -11 -3 10.26 10.26 (15+16)-III-2 32.6

13 1214 4129 816 -39 65 10 10.26 10.26 (15+16)-VI-2 29.9

14 557 1500 1278 -89 0 -4 10.26 10.26 (15+16)-V-2 26.0

15 209 410 832 -84 -14 4 10.26 10.26 (15+16)-II-2 27.8

16 65 11 403 -78 -13 -2 10.26 10.26 (15+16)-III-2 30.6

Massimi/minimi

1 10.26

1 10.26

1 19.7



[kg/cmq], FC=1.20



1 1606 4461 1414 -40 54 12 10.26 10.26 4 33.4

2 941 1621 1269 -90 -6 8 10.26 10.26 4 24.3

3 538 407 967 -86 -10 3 10.26 10.26 (15+16)-II-2 27.5

4 651 26 375 -79 -3 1 10.26 10.26 (15+16)-II-2 30.3

5 1081 3111 1665 -25 56 9 10.26 10.26 (15+16)-I-4 35.1

6 528 1203 1421 -75 -7 11 10.26 10.26 (15+16)-VI-2 28.5

7 295 372 1038 -78 -9 8 10.26 10.26 (15+16)-VI-2 28.5

8 499 -6 414 -74 -3 4 10.26 10.26 (15+16)-VI-2 31.0

9 800 2608 1915 -17 57 5 10.26 10.26 (15+16)-I-4 37.6

10 361 1006 1584 -59 -4 13 10.26 10.26 (15+16)-II-4 33.8

11 357 322 1100 -70 -9 10 10.26 10.26 (15+16)-VI-2 30.3

12 704 9 441 -69 -2 6 10.26 10.26 (15+16)-VI-2 32.3

13 338 2239 2084 -12 60 -8 10.26 10.26 3 34.4

14 10 748 1719 -49 -2 12 10.26 10.26 (15+16)-II-4 40.2

15 76 228 1137 -63 -8 12 10.26 10.26 (15+16)-VI-2 32.7

16 657 17 458 -64 -2 7 10.26 10.26 (15+16)-VI-2 34.4

Massimi/minimi

1 10.26

1 10.26

2 24.3



[kg/cmq], FC=1.20


22

Pannello Nx Ny Nxy Mx My Mxy Ax Ay C Cs


1 794 -1801 2218 7 74 -16 10.26 10.26 4 28.1

2 1037 -736 1812 -5 17 6 10.26 10.26 (15+16)-I-3 >100

3 1097 -321 1175 -23 -3 10 10.26 10.26 (15+16)-II-4 74.8

4 1235 -49 467 -31 -2 11 10.26 10.26 (15+16)-III-4 57.8

5 543 -3756 4 15 86 -3 10.26 10.26 (15+16)-I-4 29.1

6 1320 -2237 306 18 32 -11 10.26 10.26 (15+16)-V-2 59.2

7 1681 -933 359 19 8 -7 10.26 10.26 (15+16)-III-2 90.3

8 2385 -7 171 20 1 -5 10.26 10.26 (15+16)-I-1 94.2

9 242 -2063 -1296 11 67 10 10.26 10.26 (15+16)-VII-3 32.7

10 840 -1312 -1186 10 28 -6 10.26 10.26 (15+16)-III-4 72.6

11 1313 -593 -864 16 6 -6 10.26 10.26 (15+16)-VI-2 >100

12 2064 13 -327 22 2 -2 10.26 10.26 (15+16)-V-2 98.0

13 282 -182 -1595 0 33 12 10.26 10.26 3 54.1

14 478 50 -1417 -9 12 -7 10.26 10.26 (15+16)-III-3 >100

15 641 55 -1044 -12 1 -11 10.26 10.26 (15+16)-VII-3 >100

16 822 -60 -418 -12 -1 -12 10.26 10.26 (15+16)-VII-3 98.3

Massimi/minimi

1 10.26

1 10.26

1 28.1



[kg/cmq], FC=1.20



1 632 2082 -1267 -7 147 29 10.26 10.26 3 28.8

2 23 1409 -1232 -36 42 -27 10.26 10.26 (15+16)-V-3 75.6

3 227 491 -746 -29 6 -24 10.26 10.26 (15+16)-VI-3 99.1

4 934 256 -326 -32 5 -9 10.26 10.26 (15+16)-VIII-1 >100

5 1021 2691 -1196 -10 135 15 10.26 10.26 3 33.2

6 88 1569 -1055 -39 45 -25 10.26 10.26 (15+16)-V-3 73.8

7 144 458 -694 -34 6 -27 10.26 10.26 (15+16)-VI-3 87.5

8 518 97 -224 -31 5 -15 10.26 10.26 (15+16)-IV-3 >100

9 1380 3414 -1111 -14 131 7 10.26 10.26 3 35.6

10 202 1707 -824 -37 47 -19 10.26 10.26 (15+16)-V-3 77.3

11 89 545 -590 -39 6 -23 10.26 10.26 (15+16)-VI-3 86.7

12 276 -38 -187 -42 5 -7 10.26 10.26 (15+16)-VIII-1 >100

13 1850 4317 -1058 -20 130 -2 10.26 10.26 3 36.2

14 598 1868 -491 -43 49 -9 10.26 10.26 (15+16)-VII-3 88.0

15 343 420 -495 -48 13 -8 10.26 10.26 (15+16)-VIII-1 94.5

16 382 -125 -145 -45 5 -2 10.26 10.26 (15+16)-VIII-1 >100

Massimi/minimi

1 10.26

1 10.26

1 28.8



[kg/cmq], FC=1.20



1 371 2260 -733 -23 36 3 10.26 10.26 3 59.5

2 395 997 -525 -51 -0 8 10.26 10.26 3 41.0

3 189 206 -375 -48 -9 -3 10.26 10.26 (15+16)-VIII-1 47.8

4 48 -99 -140 -44 -8 -1 10.26 10.26 (15+16)-VIII-1 54.7

5 228 2078 -568 -14 42 -3 10.26 10.26 3 53.0

23


6 219 732 -462 -39 -3 4 10.26 10.26 (15+16)-VII-1 55.5

7 126 220 -298 -43 -9 -3 10.26 10.26 (15+16)-VIII-1 52.7

8 -56 -54 -128 -40 -6 -1 10.26 10.26 (15+16)-VIII-1 59.5

9 87 1894 -396 -7 45 -7 10.26 10.26 3 45.2

10 181 754 -299 -32 -3 -3 10.26 10.26 (15+16)-VIII-1 70.9

11 118 181 -234 -38 -9 -3 10.26 10.26 (15+16)-VIII-1 59.2

12 59 -22 -141 -35 -4 4 10.26 10.26 (15+16)-VII-1 63.4

13 -95 1685 -210 -3 46 -12 10.26 10.26 3 40.5

14 46 694 -228 -26 -2 -5 10.26 10.26 (15+16)-VIII-1 80.3

15 76 163 -234 -33 -8 3 10.26 10.26 (15+16)-VII-1 67.6

16 54 9 -117 -32 -3 4 10.26 10.26 (15+16)-VII-1 66.9

Massimi/minimi

1 10.26

1 10.26

13 40.5



[kg/cmq], FC=1.20



1 247 198 329 7 49 -16 10.26 10.26 3 37.6

2 281 119 296 1 13 -7 10.26 10.26 3 >100

3 76 67 53 -6 2 8 10.26 10.26 (15+16)-VIII-2 >100

4 -24 -10 1 -12 -0 6 10.26 10.26 (15+16)-VII-2 >100

5 151 -904 89 10 60 -3 10.26 10.26 (15+16)-II-2 39.1

6 398 -847 232 14 26 -4 10.26 10.26 3 81.0

7 279 -349 162 21 11 -6 10.26 10.26 (15+16)-VIII-3 92.0

8 235 -39 76 25 3 -4 10.26 10.26 (15+16)-VI-3 83.2

9 163 -890 -154 10 60 6 10.26 10.26 (15+16)-VIII-2 37.6

10 289 -601 -97 11 26 7 10.26 10.26 (15+16)-III-4 76.8

11 286 -350 -161 20 11 6 10.26 10.26 (15+16)-II-3 91.2

12 229 -44 -63 24 3 5 10.26 10.26 (15+16)-IV-3 83.0

13 292 175 -339 7 47 17 10.26 10.26 4 38.1

14 255 203 -219 4 8 14 10.26 10.26 (15+16)-II-1 >100

15 122 88 -136 3 -2 9 10.26 10.26 (15+16)-VIII-1 >100

16 -174 -26 -10 -9 -2 -8 10.26 10.26 (15+16)-VIII-4 >100

Massimi/minimi

1 10.26

1 10.26

9 37.6



[kg/cmq], FC=1.20



1 12 1886 137 0 44 14 10.26 10.26 3 40.9

2 -26 892 224 -20 -1 8 10.26 10.26 (15+16)-II-3 85.3

3 46 271 246 -29 -8 5 10.26 10.26 (15+16)-II-3 71.4

4 82 43 142 -33 -5 -4 10.26 10.26 (15+16)-I-3 66.8

5 210 2152 291 -3 43 10 10.26 10.26 3 44.4

6 95 978 316 -26 -2 6 10.26 10.26 (15+16)-II-3 77.3

7 82 278 302 -34 -8 5 10.26 10.26 (15+16)-II-3 63.0

8 84 13 176 -37 -5 -3 10.26 10.26 (15+16)-I-3 61.6

9 350 2432 423 -8 42 6 10.26 10.26 3 49.3

10 155 1048 440 -33 -3 2 10.26 10.26 (15+16)-II-3 69.6

11 82 324 373 -38 -9 5 10.26 10.26 (15+16)-II-3 56.7

24


12 61 -15 205 -40 -6 -3 10.26 10.26 (15+16)-I-3 57.6

13 465 2767 540 -16 38 0 10.26 10.26 3 60.0

14 306 1250 587 -42 -0 -5 10.26 10.26 4 52.3

15 140 311 452 -43 -9 4 10.26 10.26 (15+16)-II-3 52.1

16 81 -42 227 -43 -8 -1 10.26 10.26 (15+16)-I-3 55.5

Massimi/minimi

1 10.26

1 10.26

1 40.9



[kg/cmq], FC=1.20



1 1154 2840 731 -20 22 3 10.26 10.26 4 92.5

2 438 1262 640 -43 -0 2 10.26 10.26 4 53.4

3 241 314 554 -44 -4 2 10.26 10.26 (15+16)-II-3 53.4

4 358 -8 210 -42 -2 1 10.26 10.26 (15+16)-IV-3 55.6

5 863 2454 856 -14 24 -1 10.26 10.26 4 94.5

6 155 1097 792 -34 0 6 10.26 10.26 (15+16)-VI-1 62.0

7 127 307 624 -40 -4 4 10.26 10.26 (15+16)-II-3 55.7

8 305 -7 239 -40 -2 3 10.26 10.26 (15+16)-IV-3 56.4

9 645 2133 1004 -10 25 -4 10.26 10.26 4 81.8

10 103 1014 934 -28 1 6 10.26 10.26 (15+16)-VI-1 71.1

11 176 300 687 -36 -3 5 10.26 10.26 (15+16)-II-3 59.6

12 434 13 267 -37 -1 4 10.26 10.26 (15+16)-II-3 59.1

13 442 1830 1173 -7 26 -7 10.26 10.26 4 70.5

14 57 917 1040 -24 2 6 10.26 10.26 (15+16)-VI-1 82.4

15 277 305 711 -28 -3 10 10.26 10.26 (15+16)-VI-1 64.0

16 690 66 308 -34 -1 5 10.26 10.26 (15+16)-II-3 62.8

Massimi/minimi

1 10.26

1 10.26

3 53.4



[kg/cmq], FC=1.20



1 291 250 1633 3 37 -14 10.26 10.26 4 47.8

2 457 191 1399 -3 15 6 10.26 10.26 (15+16)-I-1 >100

3 607 110 1016 -11 5 11 10.26 10.26 (15+16)-I-1 >100

4 805 -3 389 -14 -1 12 10.26 10.26 (15+16)-V-1 94.0

5 275 -1986 1360 11 67 -11 10.26 10.26 (15+16)-VII-2 32.3

6 921 -1327 1115 8 31 5 10.26 10.26 (15+16)-I-1 71.0

7 1293 -640 851 20 10 -1 10.26 10.26 (15+16)-I-4 >100

8 2024 4 330 23 2 -2 10.26 10.26 (15+16)-I-4 96.0

9 549 -3778 -13 15 86 1 10.26 10.26 (15+16)-III-2 29.8

10 1415 -2446 -376 17 31 5 10.26 10.26 3 69.1

11 1588 -999 -348 21 8 6 10.26 10.26 (15+16)-I-4 89.1

12 2208 -10 -166 21 1 4 10.26 10.26 (15+16)-III-3 95.3

13 768 -1731 -2185 8 73 14 10.26 10.26 3 28.7

14 1053 -773 -1749 -6 17 -8 10.26 10.26 (15+16)-III-2 >100

15 1109 -285 -1210 -21 -3 -15 10.26 10.26 (15+16)-I-2 67.3

16 1355 -45 -465 -27 -2 -13 10.26 10.26 (15+16)-III-2 58.4

25


Massimi/minimi

1 10.26

1 10.26

13 28.7



[kg/cmq], FC=1.20



1 459 2114 -2297 -11 60 7 10.26 10.26 4 35.0

2 9 729 -1746 -47 -0 -12 10.26 10.26 (15+16)-IV-2 41.3

3 105 208 -1156 -60 -8 -12 10.26 10.26 (15+16)-VIII-4 34.0

4 643 15 -464 -60 -2 -7 10.26 10.26 (15+16)-VIII-4 36.2

5 748 2357 -1910 -17 56 -5 10.26 10.26 (15+16)-III-2 38.6

6 368 989 -1619 -57 -4 -13 10.26 10.26 (15+16)-IV-2 34.7

7 354 305 -1118 -67 -8 -10 10.26 10.26 (15+16)-VIII-4 31.4

8 694 1 -448 -65 -2 -6 10.26 10.26 (15+16)-VIII-4 34.0

9 1129 3652 -1725 -26 57 -7 10.26 10.26 4 35.1

10 480 1195 -1463 -72 -7 -11 10.26 10.26 (15+16)-VIII-4 29.3

11 294 356 -1057 -75 -9 -8 10.26 10.26 (15+16)-VIII-4 29.6

12 491 -15 -421 -70 -2 -4 10.26 10.26 (15+16)-VIII-4 32.6

13 1547 4455 -1394 -38 55 -12 10.26 10.26 4 33.3

14 845 1364 -1216 -87 -7 -9 10.26 10.26 (15+16)-VIII-4 25.1

15 532 413 -982 -82 -9 -3 10.26 10.26 (15+16)-VIII-4 28.6

16 630 -8 -424 -75 -3 1 10.26 10.26 (15+16)-V-4 32.0

Massimi/minimi

1 10.26

1 10.26

14 25.1

Muro [Platea]:5 - Nodi : [10 - 7 - 8 - 13 - 16 - 46 - 60 - 55 - 54 - 57 - 45 - 15 ]:Verificato

Pann=144 Spess.= 50 cm Terreno:Terreno1 Criterio CLS_Muri Materiale: C35/45rcm=300

[kg/cmq],fym=4500 [kg/cmq], FC=1.20



1 0 0 0 -495 -412 -26 12.83 12.83 4 21.6

2 0 0 0 -831 -281 77 12.83 12.83 3 12.4

3 0 0 0 -1091 -467 14 12.83 12.83 3 10.2

4 0 0 0 -580 2 303 12.83 12.83 3 12.8

5 0 0 0 856 286 -641 12.83 12.83 4 7.52

6 0 0 0 474 -699 502 12.83 12.83 (15+16)-VIII-3 9.37

7 0 0 0 681 -452 -528 12.83 12.83 3 9.32

8 0 0 0 819 222 719 12.83 12.83 3 7.33

9 0 0 0 -690 -88 -420 12.83 12.83 3 10.1

10 0 0 0 -1170 -491 -115 12.83 12.83 3 8.76

11 0 0 0 -842 -352 -115 12.83 12.83 3 11.8

12 0 0 0 -503 -436 31 12.83 12.83 4 21.1

13 0 0 0 -253 -599 88 12.83 12.83 3 16.4

14 0 0 0 -460 -359 125 12.83 12.83 3 19.2

15 0 0 0 -625 -118 -409 12.83 12.83 3 10.9

16 0 0 0 272 528 -943 12.83 12.83 3 7.66

17 0 0 0 825 -181 -1019 12.83 12.83 3 6.11

18 0 0 0 399 -517 691 12.83 12.83 (15+16)-IV-3 9.32

19 0 0 0 626 -84 -701 12.83 12.83 3 8.48

20 0 0 0 815 -285 1169 12.83 12.83 3 5.68

21 0 0 0 287 523 1066 12.83 12.83 3 7.09

22 0 0 0 -537 104 557 12.83 12.83 3 10.3

23 0 0 0 -475 -246 -167 12.83 12.83 10 17.5

26


24 0 0 0 -312 -566 -123 12.83 12.83 3 16.4

25 0 0 0 -358 -688 33 12.83 12.83 3 15.6

26 0 0 0 -253 -224 -251 12.83 12.83 4 22.3

27 0 0 0 -31 623 -736 12.83 12.83 (15+16)-II-3 8.29

28 0 0 0 -21 295 -1600 12.83 12.83 3 5.94

29 0 0 0 1258 -1170 -1324 12.83 12.83 3 4.36

30 0 0 0 307 189 1197 12.83 12.83 4 7.49

31 0 0 0 405 -49 -1276 12.83 12.83 3 6.70

32 0 0 0 1333 -1182 1662 12.83 12.83 3 3.76

33 0 0 0 -37 742 1961 12.83 12.83 4 4.17

34 0 0 0 -486 910 1159 12.83 12.83 3 5.44

35 0 0 0 -89 -213 533 12.83 12.83 (15+16)-II-2 15.1

36 0 0 0 -311 -662 -45 12.83 12.83 3 15.9

37 0 0 0 61 -101 290 12.83 12.83 3 28.8

38 0 0 0 185 763 -475 12.83 12.83 (15+16)-II-3 9.10

39 0 0 0 177 796 -788 12.83 12.83 (15+16)-V-4 7.11

40 0 0 0 466 2400 -1200 12.83 12.83 (15+16)-VIII-3 3.13

41 0 0 0 1183 -4127 -3766 12.83 12.83 (15+16)-VIII-3 1.43

42 0 0 0 164 1118 2207 12.83 12.83 4 3.39

43 0 0 0 141 753 -2340 12.83 12.83 3 3.64

44 0 0 0 1466 -3634 4033 12.83 12.83 (15+16)-VI-1 1.47

45 0 0 0 728 2866 1336 12.83 12.83 4 2.68

46 0 0 0 230 1135 1195 12.83 12.83 4 4.83

47 0 0 0 127 849 781 12.83 12.83 (15+16)-II-2 6.91

48 0 0 0 147 -226 -110 12.83 12.83 10 33.5

49 0 0 0 31 1216 -264 12.83 12.83 (15+16)-VIII-3 7.61

50 0 0 0 101 1440 -450 12.83 12.83 4 5.96

51 0 0 0 439 1926 -549 12.83 12.83 4 4.55

52 0 0 0 1191 2373 -694 12.83 12.83 3 3.67

53 0 0 0 2429 7922 -2254 12.83 12.83 (15+16)-VIII-3 1.11

54 0 0 0 1342 5661 759 12.83 12.83 (15+16)-VI-3 1.75

55 0 0 0 1398 5965 -703 12.83 12.83 (15+16)-VI-3 1.69

56 0 0 0 2633 7735 2445 12.83 12.83 4 1.11

57 0 0 0 1402 2554 688 12.83 12.83 4 3.47

58 0 0 0 576 2118 612 12.83 12.83 4 4.13

59 0 0 0 154 1567 552 12.83 12.83 4 5.32

60 0 0 0 -7 1228 346 12.83 12.83 4 7.15

61 0 0 0 -123 1748 -4 12.83 12.83 4 6.43

62 0 0 0 108 1696 62 12.83 12.83 4 6.41

63 0 0 0 466 1732 171 12.83 12.83 4 5.92

64 0 0 0 1106 2275 84 12.83 12.83 4 4.78

65 0 0 0 1320 2665 187 12.83 12.83 4 3.95

66 0 0 0 1497 2803 53 12.83 12.83 4 3.94

67 0 0 0 1522 2782 72 12.83 12.83 4 3.95

68 0 0 0 1295 2556 -153 12.83 12.83 3 4.16

69 0 0 0 1118 2183 -55 12.83 12.83 3 5.03

70 0 0 0 579 1724 -164 12.83 12.83 3 5.97

71 0 0 0 196 1704 -55 12.83 12.83 4 6.40

72 0 0 0 -64 1752 -2 12.83 12.83 4 6.42

73 0 0 0 -25 809 174 12.83 12.83 3 11.5

74 0 0 0 115 812 356 12.83 12.83 4 9.65

75 0 0 0 367 867 506 12.83 12.83 4 8.20

76 0 0 0 697 983 530 12.83 12.83 4 7.44

77 0 0 0 1079 1183 344 12.83 12.83 4 7.38

78 0 0 0 1163 1346 115 12.83 12.83 4 7.71

79 0 0 0 1141 1311 -108 12.83 12.83 3 7.94

80 0 0 0 1029 1127 -336 12.83 12.83 3 7.70

81 0 0 0 690 959 -488 12.83 12.83 3 7.78

82 0 0 0 439 868 -490 12.83 12.83 3 8.29

83 0 0 0 186 812 -393 12.83 12.83 3 9.34

84 0 0 0 -20 791 -177 12.83 12.83 3 11.6

85 0 0 0 -27 -69 85 12.83 12.83 (15+16)-VIII-2 73.2

86 0 0 0 17 133 318 12.83 12.83 3 25.0

87 0 0 0 165 236 546 12.83 12.83 4 14.4

88 0 0 0 404 354 588 12.83 12.83 4 11.4

89 0 0 0 720 476 424 12.83 12.83 4 9.85

90 0 0 0 897 572 160 12.83 12.83 4 10.7

91 0 0 0 860 562 -185 12.83 12.83 3 10.8

27


92 0 0 0 661 470 -417 12.83 12.83 3 10.5

93 0 0 0 414 389 -545 12.83 12.83 3 11.7

94 0 0 0 195 317 -539 12.83 12.83 3 13.2

95 0 0 0 52 286 -320 12.83 12.83 10 18.6

96 0 0 0 -11 200 -162 12.83 12.83 10 31.1

97 0 0 0 -121 -431 -28 12.83 12.83 4 24.5

98 0 0 0 -61 -229 255 12.83 12.83 (15+16)-VII-2 23.3

99 0 0 0 -67 -253 407 12.83 12.83 (15+16)-VIII-2 17.0

100 0 0 0 156 -29 578 12.83 12.83 4 15.4

101 0 0 0 507 151 441 12.83 12.83 4 11.9

102 0 0 0 684 245 164 12.83 12.83 4 13.3

103 0 0 0 648 240 -195 12.83 12.83 3 13.4

104 0 0 0 454 164 -422 12.83 12.83 3 12.9

105 0 0 0 205 101 -528 12.83 12.83 3 15.4

106 0 0 0 -159 -262 -619 12.83 12.83 4 12.8

107 0 0 0 -29 476 -444 12.83 12.83 14 12.2

108 0 0 0 -38 -453 -77 12.83 12.83 4 21.3

109 0 0 0 -195 -529 4 12.83 12.83 4 21.1

110 0 0 0 -212 -395 142 12.83 12.83 4 21.0

111 0 0 0 -158 -300 278 12.83 12.83 10 19.5

112 0 0 0 -3 -109 437 12.83 12.83 4 20.7

113 0 0 0 365 27 399 12.83 12.83 4 14.7

114 0 0 0 566 110 162 12.83 12.83 4 15.5

115 0 0 0 539 93 -178 12.83 12.83 3 15.7

116 0 0 0 312 34 -378 12.83 12.83 3 16.3

117 0 0 0 -39 -106 -483 12.83 12.83 4 19.1

118 0 0 0 -671 -82 -398 12.83 12.83 4 10.5

119 0 0 0 -176 -442 -475 12.83 12.83 10 12.3

120 0 0 0 -202 -587 -4 12.83 12.83 4 19.0

121 0 0 0 -146 -431 -12 12.83 12.83 4 25.4

122 0 0 0 -250 -326 14 12.83 12.83 3 33.1

123 0 0 0 -311 -213 163 12.83 12.83 4 23.8

124 0 0 0 -91 -51 270 12.83 12.83 (15+16)-VII-2 31.2

125 0 0 0 235 -31 300 12.83 12.83 4 21.0

126 0 0 0 518 8 139 12.83 12.83 4 17.1

127 0 0 0 498 -14 -139 12.83 12.83 3 17.7

128 0 0 0 166 -9 -288 12.83 12.83 3 24.8

129 0 0 0 -165 -79 -300 12.83 12.83 4 24.2

130 0 0 0 -468 -52 -226 12.83 12.83 4 16.2

131 0 0 0 -254 -367 -235 12.83 12.83 10 18.7

132 0 0 0 -226 -444 44 12.83 12.83 4 23.1

133 0 0 0 -198 -316 29 12.83 12.83 4 32.6

134 0 0 0 -314 -221 -17 12.83 12.83 4 34.1

135 0 0 0 -406 -238 9 12.83 12.83 4 27.1

136 0 0 0 -288 -78 -31 12.83 12.83 4 35.4

137 0 0 0 144 -33 130 12.83 12.83 4 41.2

138 0 0 0 523 -42 73 12.83 12.83 4 18.9

139 0 0 0 499 -67 -60 12.83 12.83 3 20.1

140 0 0 0 44 -60 -145 12.83 12.83 4 55.0

141 0 0 0 -412 12 54 12.83 12.83 4 24.1

142 0 0 0 -544 -161 -4 12.83 12.83 4 20.5

143 0 0 0 -434 -207 45 12.83 12.83 4 23.5

144 0 0 0 -309 -360 -70 12.83 12.83 3 26.2

Massimi/minimi

1 12.83

1 12.83

56 1.11

Verifica Stabilità aste Metalliche


28

Asta : 1 [ 1 , 101 ]

Sez. G: Tubo100x100x5 L=120.0 cm Ln1=120.0 cm Ln2=120.0 cm Crit.: Acciaio_PressSverg M=1.05

fyk/M=2619 kg/cmq ft=4300 kg/cmq:Verificato N My Mz NRk MyRk MzRk Y Z Y Z LT kyy kyz kzy kzz

kg kg*m kg*m kg kg*m kg*m

-1458 -84 4 52250 1863 1863 31 31 0.964 0.964 -- 0.530 0.416 0.318 0.693

Cls Dir N Myeq Mzeq NRd MyRd MzRd Comb. SF


1 Y 1458 44 2 47973 1774 1774 10 17.8

1 Z 1458 27 3 47973 1774 1774 10 21.4

Asta : 1 [ 701 , 801 ]

Sez. G: Tubo100x100x5 L=60.0 cm Ln1=60.0 cm Ln2=60.0 cm Crit.: Acciaio_PressSverg M=1.05 fyk/M=2619

kg/cmq ft=4300 kg/cmq:Verificato N My Mz NRk MyRk MzRk Y Z Y Z LT kyy kyz kzy kzz


-3 -123 121 52250 1863 1863 15 15 1.000 1.000 -- 0.468 0.254 0.281 0.424



1 Y 3 58 31 49762 1774 1774 14 20.0

1 Z 3 35 51 49762 1774 1774 14 20.6

Asta : 1 [ 101 , 201 ]




-1435 49 -3 52250 1863 1863 39 39 0.941 0.941 -- 0.984 0.289 0.590 0.481



1 Y 1435 48 1 46804 1774 1774 10 17.2

1 Z 1435 29 1 46804 1774 1774 10 21.0

Asta : 1 [ 201 , 301 ]




-1219 -134 22 52250 1863 1863 39 39 0.941 0.941 -- 0.403 0.242 0.242 0.403



1 Y 1219 54 5 46804 1774 1774 10 16.8

1 Z 1219 32 9 46804 1774 1774 10 20.3

Asta : 1 [ 301 , 401 ]




-1321 16 -39 52250 1863 1863 39 39 0.941 0.941 -- 0.403 0.242 0.242 0.403



1 Y 1321 7 10 46804 1774 1774 4 26.8

1 Z 1321 4 16 46804 1774 1774 4 25.4

Asta : 1 [ 401 , 501 ]


29



-750 -91 21 52250 1863 1863 39 39 0.941 0.941 -- 0.402 0.241 0.241 0.402



1 Y 750 37 5 46804 1774 1774 10 25.3

1 Z 750 22 9 46804 1774 1774 10 30.1

Asta : 1 [ 501 , 601 ]




-921 14 -31 52250 1863 1863 39 39 0.941 0.941 -- 0.622 0.241 0.373 0.402



1 Y 921 9 7 46804 1774 1774 4 34.5

1 Z 921 5 12 46804 1774 1774 4 33.6

Asta : 1 [ 601 , 701 ]




-381 -97 21 52250 1863 1863 39 39 0.941 0.941 -- 0.433 0.241 0.260 0.401



1 Y 381 42 5 46804 1774 1774 10 28.8

1 Z 381 25 9 46804 1774 1774 10 36.8

Asta : 2 [ 2 , 102 ]




-1930 -225 6 52250 1863 1863 31 31 0.964 0.964 -- 0.665 0.296 0.399 0.494



1 Y 1930 150 2 47973 1774 1774 10 7.96

1 Z 1930 90 3 47973 1774 1774 10 10.8

Asta : 2 [ 702 , 802 ]




-346 -69 -66 52250 1863 1863 15 15 1.000 1.000 -- 0.628 0.371 0.377 0.618



1 Y 346 43 25 49762 1774 1774 6 22.2

1 Z 346 26 41 49762 1774 1774 6 22.4

Asta : 2 [ 102 , 202 ]




-1907 91 -11 52250 1863 1863 39 39 0.941 0.941 -- 0.454 0.400 0.272 0.666

30



1 Y 1907 41 4 46804 1774 1774 10 15.0

1 Z 1907 25 7 46804 1774 1774 10 17.0

Asta : 2 [ 202 , 0 ]




-1802 92 9 52250 1863 1863 18 18 0.998 0.998 -- 0.998 0.264 0.599 0.439



1 Y 1802 92 2 49679 1774 1774 10 11.2

1 Z 1802 55 4 49679 1774 1774 10 14.4

Asta : 2 [ 0 , 302 ]




-1258 -17 -88 52250 1863 1863 21 21 0.992 0.992 -- 0.596 0.361 0.358 0.601



1 Y 1258 10 32 49353 1774 1774 9 20.4

1 Z 1258 6 53 49353 1774 1774 9 17.0

Asta : 2 [ 302 , 402 ]




-1714 24 -15 52250 1863 1863 39 39 0.941 0.941 -- 0.463 0.243 0.278 0.404



1 Y 1714 11 4 46804 1774 1774 10 22.2

1 Z 1714 7 6 46804 1774 1774 10 22.8

Asta : 2 [ 402 , 502 ]




-1514 -82 9 52250 1863 1863 39 39 0.941 0.941 -- 0.403 0.267 0.242 0.446



1 Y 1514 33 2 46804 1774 1774 10 19.1

1 Z 1514 20 4 46804 1774 1774 10 21.9

Asta : 2 [ 502 , 602 ]




-1106 120 -3 52250 1863 1863 39 39 0.941 0.941 -- 0.402 0.432 0.241 0.720



1 Y 1106 48 1 46804 1774 1774 10 19.4

1 Z 1106 29 2 46804 1774 1774 10 24.2

31

Asta : 2 [ 602 , 702 ]




-745 -242 17 52250 1863 1863 39 39 0.941 0.941 -- 0.403 0.293 0.242 0.488



1 Y 745 97 5 46804 1774 1774 10 13.6

1 Z 745 58 8 46804 1774 1774 10 18.7

Asta : 3 [ 5 , 105 ]




-1054 -75 -8 52250 1863 1863 31 31 0.964 0.964 -- 0.536 0.305 0.322 0.508



1 Y 1054 40 2 47973 1774 1774 10 21.7

1 Z 1054 24 4 47973 1774 1774 10 26.4

Asta : 3 [ 705 , 805 ]




-184 -117 -131 52250 1863 1863 15 15 1.000 1.000 -- 0.409 0.240 0.246 0.400



1 Y 184 48 31 49762 1774 1774 14 20.7

1 Z 184 29 52 49762 1774 1774 14 20.2

Asta : 3 [ 105 , 205 ]




-1030 50 14 52250 1863 1863 39 39 0.941 0.941 -- 0.998 0.394 0.599 0.657



1 Y 1030 50 6 46804 1774 1774 10 18.7

1 Z 1030 30 9 46804 1774 1774 10 22.6

Asta : 3 [ 205 , 305 ]




-911 -118 -6 52250 1863 1863 39 39 0.941 0.941 -- 0.402 0.479 0.241 0.799



1 Y 911 47 3 46804 1774 1774 10 20.9

1 Z 911 28 5 46804 1774 1774 10 26.2

Asta : 3 [ 305 , 405 ]




32

N My Mz NRk MyRk MzRk Y Z Y Z LT kyy kyz kzy kzz

-792 -70 16 52250 1863 1863 39 39 0.941 0.941 -- 0.402 0.241 0.241 0.402



1 Y 792 28 4 46804 1774 1774 10 28.6

1 Z 792 17 6 46804 1774 1774 10 33.2

Asta : 3 [ 405 , 505 ]




-641 -69 -4 52250 1863 1863 39 39 0.941 0.941 -- 0.401 0.277 0.241 0.462



1 Y 641 28 1 46804 1774 1774 10 33.2

1 Z 641 17 2 46804 1774 1774 10 41.2

Asta : 3 [ 505 , 605 ]




-490 -46 7 52250 1863 1863 39 39 0.941 0.941 -- 0.401 0.241 0.241 0.401



1 Y 490 19 2 46804 1774 1774 10 45.6

1 Z 490 11 3 46804 1774 1774 10 54.4

Asta : 3 [ 605 , 705 ]




-399 -78 -29 52250 1863 1863 39 39 0.941 0.941 -- 0.449 0.316 0.269 0.526



1 Y 399 35 9 46804 1774 1774 14 30.0

1 Z 399 21 15 46804 1774 1774 14 34.6

Asta : 4 [ 6 , 106 ]




-571 -203 -1 52250 1863 1863 31 31 0.964 0.964 -- 0.680 0.572 0.408 0.953



1 Y 571 138 1 47973 1774 1774 10 11.1

1 Z 571 83 1 47973 1774 1774 10 16.9

Asta : 4 [ 706 , 806 ]




-452 -79 -96 52250 1863 1863 15 15 1.000 1.000 -- 0.400 0.240 0.240 0.399



33


1 Y 452 32 23 49762 1774 1774 6 25.1

1 Z 452 19 38 49762 1774 1774 6 24.2

Asta : 4 [ 106 , 206 ]




-1166 -12 38 52250 1863 1863 39 39 0.941 0.941 -- 0.402 0.586 0.241 0.977



1 Y 1166 5 22 46804 1774 1774 9 24.9

1 Z 1166 3 37 46804 1774 1774 9 21.0

Asta : 4 [ 206 , 0 ]




-446 104 17 52250 1863 1863 18 18 0.998 0.998 -- 1.000 0.488 0.600 0.813



1 Y 446 104 8 49679 1774 1774 10 13.9

1 Z 446 62 14 49679 1774 1774 10 19.2

Asta : 4 [ 0 , 306 ]




-1033 -9 -85 52250 1863 1863 21 21 0.992 0.992 -- 0.723 0.357 0.434 0.596



1 Y 1033 7 30 49353 1774 1774 9 24.0

1 Z 1033 4 51 49353 1774 1774 9 19.3

Asta : 4 [ 306 , 406 ]




-878 22 -49 52250 1863 1863 39 39 0.941 0.941 -- 0.491 0.326 0.294 0.543



1 Y 878 11 16 46804 1774 1774 9 29.5

1 Z 878 6 27 46804 1774 1774 9 26.7

Asta : 4 [ 406 , 506 ]




-749 -23 -61 52250 1863 1863 39 39 0.941 0.941 -- 0.405 0.263 0.243 0.438



1 Y 749 9 16 46804 1774 1774 9 33.1

1 Z 749 5 27 46804 1774 1774 9 29.2

Asta : 4 [ 506 , 606 ]

34




-662 44 -56 52250 1863 1863 39 39 0.941 0.941 -- 0.420 0.300 0.252 0.501



1 Y 662 18 17 46804 1774 1774 9 29.4

1 Z 662 11 28 46804 1774 1774 9 27.6

Asta : 4 [ 606 , 706 ]




-21 -223 -28 52250 1863 1863 39 39 0.941 0.941 -- 0.400 0.240 0.240 0.400



1 Y 21 89 7 46804 1774 1774 10 18.4

1 Z 21 53 11 46804 1774 1774 10 27.1

Asta : 103 [ 205 , 201 ]

Sez. G: UPN 100 L=180.0 cm Ln1=180.0 cm Ln2=180.0 cm Crit.: Acciaio_FlessTors M=1.05 fyk/M=2619



-22 60 16 37923 1388 495 46 116 0.827 0.375 1.000 0.997 0.360 0.598 0.601



1 Y 22 60 6 29856 1322 472 10 17.2

1 Z 22 36 10 13534 1322 472 10 20.3

Asta : 104 [ 201 , 219 ]

Sez. G: UPN 100 L=52.7 cm Ln1=52.7 cm Ln2=52.7 cm Crit.: Acciaio_FlessTors M=1.05 fyk/M=2619 kg/cmq

ft=4300 kg/cmq:Verificato N My Mz NRk MyRk MzRk Y Z Y Z LT kyy kyz kzy kzz


12 25 20 37923 1388 495 13 34 0.888 0.888 1.000 0.513 0.482 0.308 0.803



1 Y 12 13 10 32074 1322 472 10 32.2

1 Z 12 8 16 32074 1322 472 10 24.4

Asta : 104 [ 219 , 220 ]




12 -16 10 37923 1388 495 13 34 0.888 0.888 1.000 0.741 0.367 0.445 0.612



1 Y 12 12 4 32074 1322 472 10 58.3

1 Z 12 7 6 32074 1322 472 10 52.6

Asta : 104 [ 220 , 221 ]




12 -16 -10 37923 1388 495 13 34 0.888 0.888 1.000 1.000 0.352 0.600 0.587

35



1 Y 12 16 3 32074 1322 472 10 51.6

1 Z 12 9 6 32074 1322 472 10 51.3

Asta : 104 [ 221 , 202 ]




12 24 -20 37923 1388 495 13 34 0.888 0.888 1.000 0.497 0.478 0.298 0.797



1 Y 12 12 9 32074 1322 472 10 34.0

1 Z 12 7 16 32074 1322 472 10 25.6

Asta : 105 [ 302 , 306 ]




-4 80 108 78538 5063 1325 26 84 0.951 0.558 1.000 0.600 0.360 0.360 0.600



1 Y 4 48 39 71120 4821 1262 14 24.4

1 Z 4 29 65 41764 4821 1262 14 17.4

Asta : 106 [ 305 , 301 ]




-28 78 94 78538 5063 1325 26 84 0.951 0.558 1.000 1.000 0.360 0.600 0.600



1 Y 28 78 34 71120 4821 1262 10 22.9

1 Z 28 47 57 41764 4821 1262 10 18.1

Asta : 107 [ 301 , 319 ]




148 19 128 78538 5063 1325 8 25 0.943 0.943 1.000 0.620 0.481 0.372 0.801



1 Y 148 12 61 70548 4821 1262 14 18.8

1 Z 148 7 102 70548 4821 1262 14 11.8

Asta : 107 [ 319 , 320 ]




148 -9 64 78538 5063 1325 8 25 0.943 0.943 1.000 0.553 0.363 0.332 0.604



1 Y 148 5 23 70548 4821 1262 14 46.4

1 Z 148 3 39 70548 4821 1262 14 29.9

36

Asta : 107 [ 320 , 321 ]




148 -13 -63 78538 5063 1325 8 25 0.943 0.943 1.000 0.879 0.357 0.527 0.596



1 Y 148 11 22 70548 4821 1262 14 45.0

1 Z 148 7 37 70548 4821 1262 14 30.2

Asta : 107 [ 321 , 302 ]




148 -13 -126 78538 5063 1325 8 25 0.943 0.943 1.000 0.860 0.479 0.516 0.799



1 Y 148 11 61 70548 4821 1262 14 19.1

1 Z 148 7 101 70548 4821 1262 14 12.0

Asta : 107 [ 314 , 301 ]




286 -0 173 78538 5063 1325 4 14 1.000 1.000 1.000 1.000 0.414 0.600 0.689



1 Y 286 0 72 74798 4821 1262 14 16.5

1 Z 286 0 119 74798 4821 1262 14 10.1

Asta : 108 [ 306 , 305 ]




-149 21 -127 78538 5063 1325 30 99 0.925 0.466 1.000 0.461 0.241 0.277 0.401



1 Y 149 10 31 69158 4821 1262 14 35.1

1 Z 149 6 51 34837 4821 1262 14 21.7

Asta : 108 [ 305 , 344 ]




-285 -0 -174 78538 5063 1325 4 14 1.000 1.000 1.000 1.000 0.410 0.600 0.683



1 Y 285 0 71 74798 4821 1262 14 16.6

1 Z 285 0 119 74798 4821 1262 14 10.2

Asta : 109 [ 402 , 406 ]




37


-24 33 24 37923 1388 495 46 116 0.827 0.375 1.000 0.417 0.361 0.250 0.601



1 Y 24 14 9 29856 1322 472 10 33.7

1 Z 24 8 14 13534 1322 472 10 25.9

Asta : 110 [ 405 , 401 ]




-19 27 23 37923 1388 495 46 116 0.827 0.375 1.000 0.914 0.360 0.549 0.601



1 Y 19 25 8 29856 1322 472 10 26.9

1 Z 19 15 14 13534 1322 472 10 23.7

Asta : 111 [ 401 , 419 ]




-1 10 31 37923 1388 495 13 34 0.888 0.888 1.000 0.674 0.480 0.404 0.800



1 Y 1 7 15 32074 1322 472 14 27.4

1 Z 1 4 24 32074 1322 472 14 18.2

Asta : 111 [ 419 , 420 ]




-1 -15 13 37923 1388 495 13 34 0.888 0.888 1.000 0.676 0.362 0.406 0.604



1 Y 1 10 5 32074 1322 472 10 55.3

1 Z 1 6 8 32074 1322 472 10 45.8

Asta : 111 [ 420 , 421 ]




-1 -15 -13 37923 1388 495 13 34 0.888 0.888 1.000 1.000 0.358 0.600 0.596



1 Y 1 15 5 32074 1322 472 10 46.4

1 Z 1 9 8 32074 1322 472 10 42.4

Asta : 111 [ 421 , 402 ]




-1 -4 -30 37923 1388 495 13 34 0.888 0.888 1.000 0.740 0.480 0.444 0.800



1 Y 1 3 15 32074 1322 472 14 30.1

38


1 Z 1 2 24 32074 1322 472 14 18.9

Asta : 112 [ 406 , 405 ]




2 29 -27 37923 1388 495 54 136 0.773 0.295 1.000 0.507 0.240 0.304 0.400



1 Y 2 15 6 27934 1322 472 10 40.3

1 Z 2 9 11 10644 1322 472 10 33.8

Asta : 113 [ 502 , 506 ]




-22 -125 107 78538 5063 1325 26 84 0.951 0.558 1.000 0.600 0.360 0.360 0.600



1 Y 22 75 39 71120 4821 1262 14 21.5

1 Z 22 45 64 41764 4821 1262 14 16.5

Asta : 114 [ 505 , 501 ]




-41 -27 99 78538 5063 1325 26 84 0.951 0.558 1.000 0.600 0.360 0.360 0.600



1 Y 41 16 36 71120 4821 1262 14 31.1

1 Z 41 10 59 41764 4821 1262 14 20.0

Asta : 115 [ 501 , 519 ]




122 37 120 78538 5063 1325 8 25 0.943 0.943 1.000 0.729 0.481 0.437 0.802



1 Y 122 27 58 70548 4821 1262 14 18.9

1 Z 122 16 96 70548 4821 1262 14 12.3

Asta : 115 [ 519 , 520 ]




122 12 60 78538 5063 1325 8 25 0.943 0.943 1.000 0.442 0.364 0.265 0.607



1 Y 122 5 22 70548 4821 1262 14 49.3

1 Z 122 3 37 70548 4821 1262 14 31.8

Asta : 115 [ 520 , 521 ]


39



122 -15 -59 78538 5063 1325 8 25 0.943 0.943 1.000 0.724 0.356 0.434 0.593



1 Y 122 11 21 70548 4821 1262 14 48.7

1 Z 122 7 35 70548 4821 1262 14 32.7

Asta : 115 [ 521 , 502 ]




122 -18 -118 78538 5063 1325 8 25 0.943 0.943 1.000 1.000 0.479 0.600 0.799



1 Y 122 18 57 70548 4821 1262 14 19.9

1 Z 122 11 94 70548 4821 1262 14 12.7

Asta : 115 [ 514 , 501 ]




237 -0 160 78538 5063 1325 4 14 1.000 1.000 1.000 1.000 0.427 0.600 0.712



1 Y 237 0 68 74798 4821 1262 14 17.4

1 Z 237 0 114 74798 4821 1262 14 10.7

Asta : 116 [ 506 , 505 ]




-122 30 -120 78538 5063 1325 30 99 0.925 0.466 1.000 0.400 0.241 0.240 0.401



1 Y 122 12 29 69158 4821 1262 14 36.9

1 Z 122 7 48 34837 4821 1262 14 23.2

Asta : 116 [ 505 , 544 ]




-237 -0 -160 78538 5063 1325 4 14 1.000 1.000 1.000 1.000 0.424 0.600 0.707



1 Y 237 0 68 74798 4821 1262 14 17.5

1 Z 237 0 113 74798 4821 1262 14 10.8

Asta : 117 [ 602 , 606 ]




-23 -164 -16 37923 1388 495 46 116 0.827 0.375 1.000 0.600 0.360 0.360 0.601

40



1 Y 23 98 6 29856 1322 472 10 11.5

1 Z 23 59 10 13534 1322 472 10 15.0

Asta : 118 [ 601 , 619 ]




11 19 17 37923 1388 495 13 34 0.888 0.888 1.000 0.738 0.471 0.443 0.784



1 Y 11 14 8 32074 1322 472 14 35.6

1 Z 11 9 13 32074 1322 472 14 28.5

Asta : 118 [ 619 , 620 ]




-56 -16 3 37923 1388 495 13 34 0.888 0.888 1.000 1.000 0.328 0.600 0.546



1 Y 56 16 1 32074 1322 472 9 61.9

1 Z 56 10 2 32074 1322 472 9 77.7

Asta : 118 [ 620 , 621 ]




-56 -16 7 37923 1388 495 13 34 0.888 0.888 1.000 0.726 0.473 0.435 0.788



1 Y 56 12 3 32074 1322 472 9 56.7

1 Z 56 7 6 32074 1322 472 9 52.9

Asta : 118 [ 621 , 602 ]




11 -9 -20 37923 1388 495 13 34 0.888 0.888 1.000 0.930 0.488 0.558 0.814



1 Y 11 9 10 32074 1322 472 14 36.8

1 Z 11 5 16 32074 1322 472 14 26.2

Asta : 119 [ 606 , 605 ]




-12 18 20 37923 1388 495 54 136 0.773 0.295 1.000 0.400 0.240 0.240 0.400



1 Y 12 7 5 27934 1322 472 14 61.9

1 Z 12 4 8 10644 1322 472 14 46.2

Asta : 120 [ 702 , 706 ]

41




246 -233 -69 78538 5063 1325 26 84 0.951 0.558 1.000 0.600 0.362 0.360 0.603



1 Y 246 140 25 71120 4821 1262 10 19.2

1 Z 246 84 41 41764 4821 1262 10 17.8

Asta : 121 [ 705 , 701 ]




625 95 -84 78538 5063 1325 26 84 0.951 0.558 1.000 0.601 0.364 0.360 0.607



1 Y 625 57 31 71120 4821 1262 6 22.3

1 Z 625 34 51 41764 4821 1262 6 16.0

Asta : 122 [ 714 , 701 ]




-764 -0 -129 78538 5063 1325 4 14 1.000 1.000 1.000 1.000 0.499 0.600 0.832



1 Y 764 0 64 74798 4821 1262 9 16.3

1 Z 764 0 107 74798 4821 1262 9 10.5

Asta : 122 [ 701 , 719 ]




-309 74 -207 78538 5063 1325 8 25 0.943 0.943 1.000 0.684 0.259 0.411 0.431



1 Y 309 51 54 70548 4821 1262 9 17.4

1 Z 309 30 89 70548 4821 1262 9 12.3

Asta : 122 [ 719 , 720 ]




431 -22 72 78538 5063 1325 8 25 0.943 0.943 1.000 0.997 0.596 0.598 0.994



1 Y 431 22 43 70548 4821 1262 10 22.5

1 Z 431 13 71 70548 4821 1262 10 15.3

Asta : 122 [ 720 , 721 ]




-107 -25 98 78538 5063 1325 8 25 0.943 0.943 1.000 1.000 0.543 0.600 0.904

42



1 Y 107 25 53 70548 4821 1262 9 20.5

1 Z 107 15 89 70548 4821 1262 9 13.3

Asta : 122 [ 721 , 702 ]




229 62 -161 78538 5063 1325 8 25 0.943 0.943 1.000 0.657 0.240 0.394 0.400



1 Y 229 40 39 70548 4821 1262 10 23.7

1 Z 229 24 64 70548 4821 1262 10 16.9

Asta : 123 [ 705 , 744 ]




-785 -0 -147 78538 5063 1325 4 14 1.000 1.000 1.000 1.000 0.352 0.600 0.587



1 Y 785 0 52 74798 4821 1262 14 19.4

1 Z 785 0 86 74798 4821 1262 14 12.7

Asta : 123 [ 706 , 705 ]




-346 112 48 78538 5063 1325 30 99 0.925 0.466 1.000 0.400 0.242 0.240 0.403



1 Y 346 45 12 69158 4821 1262 14 42.5

1 Z 346 27 19 34837 4821 1262 14 32.4

Asta : 124 [ 829 , 834 ]




-119 46 13 37923 1388 495 11 29 0.910 0.910 1.000 0.600 0.360 0.360 0.600



1 Y 119 27 5 32854 1322 472 6 29.4

1 Z 119 16 8 32854 1322 472 6 31.1

Asta : 124 [ 839 , 805 ]




-202 -55 -26 37923 1388 495 11 29 0.910 0.910 1.000 0.740 0.240 0.444 0.400



1 Y 202 40 6 32854 1322 472 14 19.9

1 Z 202 24 11 32854 1322 472 14 21.3

43

Asta : 124 [ 824 , 829 ]




147 32 13 37923 1388 495 6 16 0.981 0.981 1.000 0.944 0.267 0.566 0.445



1 Y 147 30 3 35444 1322 472 14 29.5

1 Z 147 18 6 35444 1322 472 14 33.8

Asta : 124 [ 801 , 824 ]




-243 -91 -29 37923 1388 495 5 13 1.000 1.000 1.000 0.781 0.286 0.469 0.477



1 Y 243 71 8 36117 1322 472 6 12.8

1 Z 243 43 14 36117 1322 472 6 14.6

Asta : 124 [ 834 , 839 ]




-30 43 13 37923 1388 495 11 29 0.910 0.910 1.000 0.927 0.240 0.556 0.400



1 Y 30 40 3 32854 1322 472 6 26.7

1 Z 30 24 5 32854 1322 472 6 33.3

Asta : 125 [ 851 , 806 ]




-258 -109 9 37923 1388 495 13 34 0.888 0.888 1.000 0.567 0.240 0.340 0.401



1 Y 258 62 2 32074 1322 472 6 16.9

1 Z 258 37 3 32074 1322 472 6 23.0

Asta : 125 [ 849 , 850 ]




-83 59 12 37923 1388 495 13 34 0.888 0.888 1.000 0.888 0.240 0.533 0.400



1 Y 83 52 3 32074 1322 472 6 20.7

1 Z 83 31 5 32074 1322 472 6 27.3

Asta : 125 [ 805 , 849 ]




44


-240 -67 -18 37923 1388 495 13 34 0.888 0.888 1.000 0.720 0.240 0.432 0.401



1 Y 240 48 4 32074 1322 472 14 18.9

1 Z 240 29 7 32074 1322 472 14 22.5

Asta : 125 [ 850 , 851 ]




-174 56 -13 37923 1388 495 13 34 0.888 0.888 1.000 0.643 0.240 0.386 0.400



1 Y 174 36 3 32074 1322 472 6 25.7

1 Z 174 21 5 32074 1322 472 6 31.0

Asta : 126 [ 833 , 828 ]




-176 -48 -12 37923 1388 495 6 16 0.981 0.981 1.000 0.794 0.276 0.476 0.460



1 Y 176 38 3 35444 1322 472 14 24.3

1 Z 176 23 6 35444 1322 472 14 29.1

Asta : 126 [ 843 , 838 ]




-129 42 11 37923 1388 495 11 29 0.910 0.910 1.000 0.646 0.240 0.387 0.400



1 Y 129 27 3 32854 1322 472 6 33.2

1 Z 129 16 4 32854 1322 472 6 38.9

Asta : 126 [ 828 , 802 ]




-143 -52 -35 37923 1388 495 5 13 1.000 1.000 1.000 0.811 0.316 0.486 0.527



1 Y 143 42 11 36117 1322 472 10 16.7

1 Z 143 25 19 36117 1322 472 10 15.9

Asta : 126 [ 806 , 843 ]




-205 -83 -18 37923 1388 495 11 29 0.910 0.910 1.000 0.591 0.240 0.355 0.400



1 Y 205 49 4 32854 1322 472 6 19.0

45


1 Z 205 29 7 32854 1322 472 6 22.8

Asta : 126 [ 838 , 833 ]




-84 -24 -22 37923 1388 495 11 29 0.910 0.910 1.000 0.600 0.360 0.360 0.600



1 Y 84 14 8 32854 1322 472 14 33.2

1 Z 84 9 13 32854 1322 472 14 27.0

Asta : 127 [ 821 , 820 ]




110 41 -7 37923 1388 495 13 34 0.888 0.888 1.000 0.888 0.240 0.533 0.400



1 Y 110 37 2 32074 1322 472 6 28.8

1 Z 110 22 3 32074 1322 472 6 38.2

Asta : 127 [ 819 , 801 ]




-118 -101 4 37923 1388 495 13 34 0.888 0.888 1.000 0.580 0.414 0.348 0.691



1 Y 118 59 2 32074 1322 472 6 19.5

1 Z 118 35 3 32074 1322 472 6 27.9

Asta : 127 [ 802 , 821 ]




-258 -65 -13 37923 1388 495 13 34 0.888 0.888 1.000 0.683 0.240 0.410 0.401



1 Y 258 45 3 32074 1322 472 14 20.7

1 Z 258 27 5 32074 1322 472 14 25.5

Asta : 127 [ 820 , 819 ]




32 44 -2 37923 1388 495 13 34 0.888 0.888 1.000 0.791 0.240 0.475 0.400



1 Y 32 35 1 32074 1322 472 3 34.9

1 Z 32 21 1 32074 1322 472 3 53.1

Asta : 128 [ 831 , 836 ]


46



3 9 -30 37923 1388 495 11 29 0.910 0.910 1.000 0.990 0.360 0.594 0.600



1 Y 3 9 11 32854 1322 472 14 32.8

1 Z 3 6 18 32854 1322 472 14 23.2

Asta : 128 [ 841 , 850 ]




-3 7 -35 37923 1388 495 11 29 0.910 0.910 1.000 0.657 0.240 0.394 0.400



1 Y 3 5 8 32854 1322 472 14 47.4

1 Z 3 3 14 32854 1322 472 14 31.8

Asta : 128 [ 826 , 831 ]




-4 37 -15 37923 1388 495 6 16 0.981 0.981 1.000 0.795 0.240 0.477 0.400



1 Y 4 29 4 35444 1322 472 6 33.4

1 Z 4 18 6 35444 1322 472 6 38.2

Asta : 128 [ 820 , 826 ]




3 4 20 37923 1388 495 5 13 1.000 1.000 1.000 0.695 0.240 0.417 0.400



1 Y 3 3 5 36117 1322 472 14 83.5

1 Z 3 2 8 36117 1322 472 14 56.2

Asta : 128 [ 836 , 841 ]




-2 52 22 37923 1388 495 11 29 0.910 0.910 1.000 0.894 0.240 0.536 0.400



1 Y 2 46 5 32854 1322 472 6 21.6

1 Z 2 28 9 32854 1322 472 6 25.2

Asta : 129 [ 835 , 834 ]




-4 38 -25 37923 1388 495 13 34 0.888 0.888 1.000 0.647 0.240 0.388 0.400

47



1 Y 4 25 6 32074 1322 472 6 31.9

1 Z 4 15 10 32074 1322 472 6 30.9

Asta : 129 [ 837 , 836 ]




3 47 21 37923 1388 495 13 34 0.888 0.888 1.000 1.000 0.240 0.600 0.400



1 Y 3 47 5 32074 1322 472 6 21.6

1 Z 3 28 9 32074 1322 472 6 25.3

Asta : 129 [ 838 , 837 ]




-5 9 -35 37923 1388 495 13 34 0.888 0.888 1.000 0.646 0.240 0.388 0.400



1 Y 5 6 8 32074 1322 472 14 45.0

1 Z 5 4 14 32074 1322 472 14 31.1

Asta : 129 [ 836 , 835 ]




1 45 21 37923 1388 495 13 34 0.888 0.888 1.000 1.000 0.240 0.600 0.400



1 Y 1 45 5 32074 1322 472 6 22.5

1 Z 1 27 8 32074 1322 472 6 26.3

Asta : 130 [ 206 , 205 ]




-44 52 2 37923 1388 495 54 136 0.773 0.295 1.000 0.591 0.241 0.354 0.401



1 Y 44 30 1 27934 1322 472 9 38.8

1 Z 44 18 1 10644 1322 472 9 50.2

Asta : 131 [ 221 , 204 ]




-0 -0 -0 37923 1388 495 5 13 1.000 1.000 1.000 0.600 0.374 0.360 0.624



1 Y 0 0 0 36117 1322 472 (15+16)-VI-4 >100

1 Z 0 0 0 36117 1322 472 (15+16)-VI-4 >100

Asta : 132 [ 219 , 203 ]

48




-0 0 0 37923 1388 495 5 13 1.000 1.000 1.000 0.600 0.358 0.360 0.596



1 Y 0 0 0 36117 1322 472 (15+16)-I-4 >100

1 Z 0 0 0 36117 1322 472 (15+16)-I-4 >100

Asta : 133 [ 319 , 303 ]




-0 1 0 78538 5063 1325 3 9 1.000 1.000 1.000 0.600 0.359 0.360 0.598



1 Y 0 0 0 74798 4821 1262 (15+16)-VII-4 >100

1 Z 0 0 0 74798 4821 1262 (15+16)-VII-4 >100

Asta : 134 [ 321 , 304 ]




-0 -1 -0 78538 5063 1325 3 9 1.000 1.000 1.000 0.600 0.375 0.360 0.625



1 Y 0 0 0 74798 4821 1262 (15+16)-I-4 >100

1 Z 0 0 0 74798 4821 1262 (15+16)-I-4 >100

Asta : 135 [ 419 , 403 ]




-0 0 -0 37923 1388 495 5 13 1.000 1.000 1.000 0.600 0.384 0.360 0.640



1 Y 0 0 0 36117 1322 472 (15+16)-II-2 >100

1 Z 0 0 0 36117 1322 472 (15+16)-II-2 >100

Asta : 136 [ 421 , 404 ]




-0 -0 -0 37923 1388 495 5 13 1.000 1.000 1.000 0.600 0.397 0.360 0.661



1 Y 0 0 0 36117 1322 472 (15+16)-II-4 >100

1 Z 0 0 0 36117 1322 472 (15+16)-II-4 >100

Asta : 137 [ 519 , 503 ]




-0 1 -0 78538 5063 1325 3 9 1.000 1.000 1.000 0.600 0.367 0.360 0.611

49



1 Y 0 0 0 74798 4821 1262 (15+16)-III-2 >100

1 Z 0 0 0 74798 4821 1262 (15+16)-III-2 >100

Asta : 138 [ 521 , 504 ]




-0 -0 -0 78538 5063 1325 3 9 1.000 1.000 1.000 0.600 0.373 0.360 0.622



1 Y 0 0 0 74798 4821 1262 (15+16)-III-3 >100

1 Z 0 0 0 74798 4821 1262 (15+16)-III-3 >100

Asta : 139 [ 619 , 603 ]




-0 0 0 37923 1388 495 5 13 1.000 1.000 1.000 0.600 0.356 0.360 0.593



1 Y 0 0 0 36117 1322 472 (15+16)-III-4 >100

1 Z 0 0 0 36117 1322 472 (15+16)-III-4 >100

Asta : 140 [ 621 , 604 ]




0 -0 0 37923 1388 495 5 13 1.000 1.000 1.000 0.600 0.362 0.360 0.604



1 Y 0 0 0 36117 1322 472 (15+16)-I-1 >100

1 Z 0 0 0 36117 1322 472 (15+16)-I-1 >100

Asta : 141 [ 719 , 703 ]




-515 1 30 78538 5063 1325 3 9 1.000 1.000 1.000 0.600 0.279 0.360 0.465



1 Y 515 0 8 74798 4821 1262 10 73.5

1 Z 515 0 14 74798 4821 1262 10 55.5

Asta : 142 [ 721 , 704 ]




-514 -1 31 78538 5063 1325 3 9 1.000 1.000 1.000 0.600 0.284 0.360 0.474



1 Y 514 0 9 74798 4821 1262 11 72.3

1 Z 514 0 14 74798 4821 1262 11 54.3

50

Asta : 143 [ 851 , 842 ]




13 41 -20 37923 1388 495 11 29 0.910 0.910 1.000 0.648 0.240 0.389 0.400



1 Y 13 27 5 32854 1322 472 6 32.1

1 Z 13 16 8 32854 1322 472 6 33.4

Asta : 143 [ 837 , 832 ]




9 9 -33 37923 1388 495 11 29 0.910 0.910 1.000 0.993 0.360 0.596 0.600



1 Y 9 9 12 32854 1322 472 14 31.5

1 Z 9 5 20 32854 1322 472 14 21.9

Asta : 143 [ 842 , 837 ]




14 50 -21 37923 1388 495 11 29 0.910 0.910 1.000 1.000 0.240 0.600 0.400



1 Y 14 50 5 32854 1322 472 6 20.4

1 Z 14 30 9 32854 1322 472 6 24.3

Asta : 143 [ 832 , 804 ]




28 35 11 37923 1388 495 6 16 0.981 0.981 1.000 0.831 0.240 0.499 0.400



1 Y 28 29 3 35444 1322 472 6 35.1

1 Z 28 18 4 35444 1322 472 6 42.7

Asta : 143 [ 804 , 821 ]




49 19 18 37923 1388 495 5 13 1.000 1.000 1.000 0.685 0.240 0.411 0.400



1 Y 49 13 4 36117 1322 472 6 48.3

1 Z 49 8 7 36117 1322 472 6 43.5

Asta : 144 [ 849 , 840 ]




51


6 10 34 37923 1388 495 11 29 0.910 0.910 1.000 0.640 0.240 0.384 0.400



1 Y 6 6 8 32854 1322 472 14 45.1

1 Z 6 4 13 32854 1322 472 14 31.6

Asta : 144 [ 835 , 830 ]




16 47 22 37923 1388 495 11 29 0.910 0.910 1.000 1.000 0.360 0.600 0.600



1 Y 16 47 8 32854 1322 472 6 18.9

1 Z 16 28 13 32854 1322 472 6 20.0

Asta : 144 [ 840 , 835 ]




6 49 -23 37923 1388 495 11 29 0.910 0.910 1.000 0.902 0.240 0.541 0.400



1 Y 6 44 5 32854 1322 472 6 22.3

1 Z 6 26 9 32854 1322 472 6 25.5

Asta : 144 [ 830 , 803 ]




22 38 16 37923 1388 495 6 16 0.981 0.981 1.000 0.878 0.240 0.527 0.400



1 Y 22 33 4 35444 1322 472 6 29.1

1 Z 22 20 7 35444 1322 472 6 33.6

Asta : 144 [ 803 , 819 ]




28 28 12 37923 1388 495 5 13 1.000 1.000 1.000 0.677 0.240 0.406 0.400



1 Y 28 19 3 36117 1322 472 6 48.0

1 Z 28 11 5 36117 1322 472 6 52.3

Asta : 145 [ 833 , 832 ]




21 9 -26 37923 1388 495 13 34 0.888 0.888 1.000 0.639 0.240 0.383 0.400



1 Y 21 6 6 32074 1322 472 14 55.8

52


1 Z 21 3 10 32074 1322 472 14 40.1

Asta : 145 [ 831 , 830 ]




-11 40 -17 37923 1388 495 13 34 0.888 0.888 1.000 1.000 0.240 0.600 0.400



1 Y 11 40 4 32074 1322 472 6 25.7

1 Z 11 24 7 32074 1322 472 6 30.6

Asta : 145 [ 832 , 831 ]




-24 41 17 37923 1388 495 13 34 0.888 0.888 1.000 1.000 0.240 0.600 0.400



1 Y 24 41 4 32074 1322 472 6 24.7

1 Z 24 25 7 32074 1322 472 6 29.6

Asta : 145 [ 830 , 829 ]




11 33 -19 37923 1388 495 13 34 0.888 0.888 1.000 0.645 0.240 0.387 0.400



1 Y 11 21 5 32074 1322 472 6 37.7

1 Z 11 13 8 32074 1322 472 6 37.6

Asta : 146 [ 843 , 842 ]




-3 8 -33 37923 1388 495 13 34 0.888 0.888 1.000 0.659 0.240 0.395 0.400



1 Y 3 5 8 32074 1322 472 14 47.5

1 Z 3 3 13 32074 1322 472 14 32.5

Asta : 146 [ 841 , 840 ]




-1 48 20 37923 1388 495 13 34 0.888 0.888 1.000 1.000 0.240 0.600 0.400



1 Y 1 48 5 32074 1322 472 6 21.5

1 Z 1 29 8 32074 1322 472 6 25.8

Asta : 146 [ 842 , 841 ]


53



-7 49 20 37923 1388 495 13 34 0.888 0.888 1.000 0.893 0.240 0.536 0.400



1 Y 7 44 5 32074 1322 472 6 22.7

1 Z 7 26 8 32074 1322 472 6 26.6

Asta : 146 [ 840 , 839 ]




9 39 -24 37923 1388 495 13 34 0.888 0.888 1.000 0.646 0.240 0.388 0.400



1 Y 9 25 6 32074 1322 472 6 31.8

1 Z 9 15 10 32074 1322 472 6 31.2

Asta : 147 [ 828 , 804 ]




-215 30 -8 37923 1388 495 13 34 0.888 0.888 1.000 0.641 0.240 0.384 0.401



1 Y 215 19 2 32079 1322 472 6 39.5

1 Z 215 11 3 32079 1322 472 6 44.9

Asta : 147 [ 804 , 826 ]




-145 40 14 37923 1388 495 13 34 0.888 0.888 1.000 0.906 0.240 0.544 0.400



1 Y 145 36 3 32074 1322 472 6 25.8

1 Z 145 22 5 32074 1322 472 6 30.9

Asta : 147 [ 826 , 803 ]




-127 41 13 37923 1388 495 13 34 0.888 0.888 1.000 0.757 0.240 0.454 0.400



1 Y 127 31 3 32079 1322 472 6 29.8

1 Z 127 18 5 32079 1322 472 6 35.0

Asta : 147 [ 803 , 824 ]




-141 18 -15 37923 1388 495 13 34 0.888 0.888 1.000 0.638 0.240 0.383 0.400

54



1 Y 141 12 4 32074 1322 472 6 47.8

1 Z 141 7 6 32074 1322 472 6 44.4

Asta : 148 [ 0 , 0 ]




-27 75 21 37923 1388 495 46 116 0.827 0.375 1.000 0.600 0.361 0.360 0.601



1 Y 27 45 7 29856 1322 472 14 19.7

1 Z 27 27 12 13534 1322 472 14 20.5

Verifica Resistenza aste Metalliche


Asta : 1 [ 1 , 101 ]

Sez. G: Tubo100x100x5 L=120.0 cm Crit.: Acciaio_PressSverg M=1.05 fyk/M=2619 kg/cmq ft=4300 kg/cmq

:Verificato X cls N TY TZ MT MY MZ My4 Mz4 Comb.

cm kg kg kg kg*m kg*m kg*m

0 1 -1458 2 82 12 -84 4 -- -- 10

X cls Nr Vyr Vzr Mry Mrz MTrd SF_V. SF_M SF_Mt SF


0 1 49762 14309 14309 1774 1774 1263 >100 12.7 >100 12.7

Asta : 1 [ 701 , 801 ]




0 1 -3 291 303 1 -123 121 -- -- 14



0 1 49762 14363 14363 1774 1774 1263 47.4 7.25 >100 7.25

Asta : 1 [ 101 , 201 ]




90 1 -1418 2 -8 12 48 -1 -- -- 10



90 1 49762 14309 14309 1774 1774 1263 >100 17.7 >100 17.7

Asta : 1 [ 201 , 301 ]




150 1 -1190 -27 -216 7 -134 22 -- -- 10


55



150 1 49762 14333 14333 1774 1774 1263 66.2 8.95 >100 8.95

Asta : 1 [ 301 , 401 ]




0 1 -1087 -95 -16 -3 14 -60 -- -- 9



0 1 49762 14352 14352 1774 1774 1263 >100 15.8 >100 15.8

Asta : 1 [ 401 , 501 ]




150 1 -721 -28 -169 -4 -91 21 -- -- 10



150 1 49762 14345 14345 1774 1774 1263 84.9 12.8 >100 12.8

Asta : 1 [ 501 , 601 ]




0 1 -496 -19 145 -11 -61 -14 -- -- 10



0 1 49762 14316 14316 1774 1774 1263 98.8 19.3 >100 19.3

Asta : 1 [ 601 , 701 ]




150 1 91 -26 -170 -13 -100 31 -- -- 14



150 1 49762 14307 14307 1774 1774 1263 84.2 13.2 99.2 13.2

Asta : 2 [ 2 , 102 ]




0 1 -1930 6 159 14 -225 6 -- -- 10



0 1 49762 14302 14302 1774 1774 1263 90.0 5.92 91.9 5.92

Asta : 2 [ 702 , 802 ]




0 1 -210 307 -217 9 80 117 -- -- 14

56



0 1 49762 14324 14324 1774 1774 1263 46.7 8.67 >100 8.67

Asta : 2 [ 102 , 202 ]




150 1 -1878 6 8 14 91 -11 -- -- 10



150 1 49762 14302 14302 1774 1774 1263 >100 10.5 91.9 10.5

Asta : 2 [ 202 , 0 ]




7 1 -1801 18 20 -5 90 8 -- -- 10



7 1 49762 14344 14344 1774 1774 1263 >100 10.9 >100 10.9

Asta : 2 [ 0 , 302 ]




80 1 -1242 110 -21 -1 -17 -88 -- -- 9



80 1 49762 14360 14360 1774 1774 1263 >100 11.9 >100 11.9

Asta : 2 [ 302 , 402 ]




0 1 -998 -117 -34 -0 32 -52 -- -- 9



0 1 49762 14363 14363 1774 1774 1263 >100 14.8 >100 14.8

Asta : 2 [ 402 , 502 ]




150 1 -1485 -8 -163 -1 -82 9 -- -- 10



150 1 49762 14359 14359 1774 1774 1263 88.2 12.3 >100 12.3

Asta : 2 [ 502 , 602 ]




57

X cls N TY TZ MT MY MZ My4 Mz4 Comb.

0 1 -1106 -2 -48 -1 120 -3 -- -- 10



0 1 49762 14359 14359 1774 1774 1263 >100 10.9 >100 10.9

Asta : 2 [ 602 , 702 ]




150 1 -716 -15 -316 9 -242 17 -- -- 10



150 1 49762 14323 14323 1774 1774 1263 45.3 6.24 >100 6.24

Asta : 3 [ 5 , 105 ]




0 1 -1054 -8 73 11 -75 -8 -- -- 10



0 1 49762 14313 14313 1774 1774 1263 >100 14.7 >100 14.7

Asta : 3 [ 705 , 805 ]




0 1 -184 -339 309 -5 -117 -131 -- -- 14



0 1 49762 14343 14343 1774 1774 1263 42.3 6.97 >100 6.97

Asta : 3 [ 105 , 205 ]




120 1 -1007 -8 -12 11 49 12 -- -- 10



120 1 49762 14313 14313 1774 1774 1263 >100 18.3 >100 18.3

Asta : 3 [ 205 , 305 ]




150 1 -882 -2 -179 8 -118 -3 -- -- 10



150 1 49762 14327 14327 1774 1774 1263 80.2 11.7 >100 11.7

Asta : 3 [ 305 , 405 ]


:Verificato

58



0 1 -792 -20 129 -0 -70 -14 -- -- 10



0 1 49762 14364 14364 1774 1774 1263 >100 15.7 >100 15.7

Asta : 3 [ 405 , 505 ]




150 1 -408 17 -134 -2 -75 -13 -- -- 14



150 1 49762 14354 14354 1774 1774 1263 >100 17.2 >100 17.2

Asta : 3 [ 505 , 605 ]




0 1 -230 -102 -4 -7 6 -64 -- -- 9



0 1 49762 14332 14332 1774 1774 1263 >100 22.8 >100 22.8

Asta : 3 [ 605 , 705 ]




150 1 -376 23 -125 -13 -78 -29 -- -- 14



150 1 49762 14304 14304 1774 1774 1263 >100 14.8 95.1 14.8

Asta : 4 [ 6 , 106 ]




0 1 160 -3 145 16 -221 -4 -- -- 14



0 1 49762 14293 14293 1774 1774 1263 98.3 7.70 80.0 7.70

Asta : 4 [ 706 , 806 ]




0 1 18 -259 -190 3 75 -111 -- -- 14



0 1 49762 14353 14353 1774 1774 1263 55.4 9.51 >100 9.51

Asta : 4 [ 106 , 206 ]


59



150 1 200 -3 40 16 92 5 -- -- 14



150 1 49762 14293 14293 1774 1774 1263 >100 17.0 80.0 17.0

Asta : 4 [ 206 , 0 ]




70 1 222 -1 11 -4 117 8 -- -- 14



70 1 49762 14347 14347 1774 1774 1263 >100 13.3 >100 13.3

Asta : 4 [ 0 , 306 ]




80 1 -1018 107 -8 -2 -9 -85 -- -- 9



80 1 49762 14356 14356 1774 1774 1263 >100 13.6 >100 13.6

Asta : 4 [ 306 , 406 ]




0 1 -878 -113 -19 -2 22 -49 -- -- 9



0 1 49762 14357 14357 1774 1774 1263 >100 17.3 >100 17.3

Asta : 4 [ 406 , 506 ]




150 1 -720 133 -22 -2 -23 -61 -- -- 9



150 1 49762 14357 14357 1774 1774 1263 >100 16.2 >100 16.2

Asta : 4 [ 506 , 606 ]




0 1 6 24 -56 -12 115 18 -- -- 10



0 1 49762 14309 14309 1774 1774 1263 >100 13.3 >100 13.3

Asta : 4 [ 606 , 706 ]

60




150 1 9 33 -276 -13 -223 -28 -- -- 10



150 1 49762 14307 14307 1774 1774 1263 51.8 7.07 98.4 7.07

Asta : 103 [ 205 , 201 ]

Sez. G: UPN 100 L=180.0 cm Crit.: Acciaio_FlessTors M=1.05 fyk/M=2619 kg/cmq ft=4300 kg/cmq



180 1 -22 -18 110 2 60 16 -- -- 10



180 1 36117 12795 9473 1322 472 53 86.2 12.5 25.3 12.5

Asta : 104 [ 201 , 219 ]




0 1 12 19 -77 -3 25 20 -- -- 10



0 1 36117 12582 9315 1322 472 53 >100 16.0 18.0 16.0

Asta : 104 [ 219 , 220 ]




0 1 12 19 -38 -1 -5 10 -- -- 10



0 1 36117 12969 9602 1322 472 53 >100 37.9 37.8 37.8

Asta : 104 [ 220 , 221 ]




53 1 12 19 36 1 -6 -10 -- -- 10



53 1 36117 13062 9670 1322 472 53 >100 39.1 51.2 39.1

Asta : 104 [ 221 , 202 ]




53 1 12 19 76 3 24 -20 -- -- 10



53 1 36117 12674 9383 1322 472 53 >100 16.6 20.6 16.6

61

Asta : 105 [ 302 , 306 ]




180 1 -4 -120 107 1 80 108 -- -- 14



180 1 74798 23925 22918 4821 1262 136 >100 9.76 >100 9.76

Asta : 106 [ 305 , 301 ]




180 1 -27 -113 86 1 63 102 -- -- 14



180 1 74798 23927 22920 4821 1262 136 >100 10.6 >100 10.6

Asta : 107 [ 301 , 319 ]




0 1 148 120 -41 -2 19 128 -- -- 14



0 1 74798 23797 22796 4821 1262 136 >100 9.33 87.6 9.33

Asta : 107 [ 319 , 320 ]




0 1 148 120 -25 -1 1 64 -- -- 14



0 1 74798 23979 22970 4821 1262 136 >100 18.9 >100 18.9

Asta : 107 [ 320 , 321 ]




53 1 148 120 -2 0 -13 -63 -- -- 14



53 1 74798 23991 22981 4821 1262 136 >100 18.4 >100 18.4

Asta : 107 [ 321 , 302 ]




53 1 148 120 14 1 -8 -126 -- -- 14



53 1 74798 23808 22806 4821 1262 136 >100 9.63 91.4 9.63

62

Asta : 107 [ 314 , 301 ]




0 1 286 449 -3 -0 0 173 -- -- 14



0 1 74798 24044 23032 4821 1262 136 53.6 7.08 >100 7.08

Asta : 108 [ 306 , 305 ]




0 1 -149 120 -37 -1 21 125 -- -- 14



0 1 74798 23893 22888 4821 1262 136 >100 9.48 >100 9.48

Asta : 108 [ 305 , 344 ]




30 1 -285 459 3 0 0 -174 -- -- 14



30 1 74798 24043 23031 4821 1262 136 52.4 7.07 >100 7.07

Asta : 109 [ 402 , 406 ]




0 1 -24 -27 -99 -2 50 -24 -- -- 10



0 1 36117 12799 9475 1322 472 53 95.8 11.2 25.5 11.2

Asta : 110 [ 405 , 401 ]




180 1 -19 -26 74 2 27 23 -- -- 10



180 1 36117 12799 9476 1322 472 53 >100 14.3 25.5 14.3

Asta : 111 [ 401 , 419 ]




0 1 -1 25 -81 -3 30 27 -- -- 10



63


0 1 36117 12635 9355 1322 472 53 >100 12.6 19.4 12.6

Asta : 111 [ 419 , 420 ]




0 1 -1 29 -11 -0 2 15 -- -- 14



0 1 36117 13278 9831 1322 472 53 >100 29.4 >100 29.4

Asta : 111 [ 420 , 421 ]




53 1 -1 29 -0 0 -4 -15 -- -- 14



53 1 36117 13273 9827 1322 472 53 >100 28.4 >100 28.4

Asta : 111 [ 421 , 402 ]




53 1 -1 25 72 3 20 -26 -- -- 10



53 1 36117 12621 9344 1322 472 53 >100 14.1 19.0 14.1

Asta : 112 [ 406 , 405 ]




0 1 2 25 -78 -2 29 27 -- -- 10



0 1 36117 12716 9415 1322 472 53 >100 12.8 22.0 12.8

Asta : 113 [ 502 , 506 ]




0 1 -24 -99 -300 -3 219 -91 -- -- 10



0 1 74798 23492 22503 4821 1262 136 74.9 8.51 41.5 8.51

Asta : 114 [ 505 , 501 ]




0 1 -41 -109 11 -1 -29 -98 -- -- 14

64



0 1 74798 23919 22912 4821 1262 136 >100 11.8 >100 11.8

Asta : 115 [ 501 , 519 ]




0 1 122 113 -53 -1 37 120 -- -- 14



0 1 74798 23823 22821 4821 1262 136 >100 9.58 96.9 9.58

Asta : 115 [ 519 , 520 ]




0 1 122 113 -37 -0 12 60 -- -- 14



0 1 74798 24006 22995 4821 1262 136 >100 19.2 >100 19.2

Asta : 115 [ 520 , 521 ]




53 1 122 113 -14 1 -15 -59 -- -- 14



53 1 74798 23964 22956 4821 1262 136 >100 19.5 >100 19.5

Asta : 115 [ 521 , 502 ]




53 1 122 113 2 2 -17 -118 -- -- 14



53 1 74798 23782 22781 4821 1262 136 >100 10.1 83.1 10.1

Asta : 115 [ 514 , 501 ]




0 1 237 385 -3 -0 0 160 -- -- 14



0 1 74798 24013 23002 4821 1262 136 62.3 7.68 >100 7.68

Asta : 116 [ 506 , 505 ]




211 1 -122 112 -3 1 -25 -120 -- -- 14

65



211 1 74798 23880 22875 4821 1262 136 >100 9.82 >100 9.82

Asta : 116 [ 505 , 544 ]




30 1 -237 392 3 0 0 -160 -- -- 14



30 1 74798 24060 23048 4821 1262 136 61.4 7.68 >100 7.68

Asta : 117 [ 602 , 606 ]




0 1 -23 -19 -265 -2 199 -19 -- -- 10



0 1 36117 12797 9474 1322 472 53 35.8 5.19 25.4 5.19

Asta : 118 [ 601 , 619 ]




0 1 6 11 -86 -3 35 13 -- -- 10



0 1 36117 12662 9375 1322 472 53 >100 18.6 20.2 18.6

Asta : 118 [ 619 , 620 ]




0 1 -36 -7 -34 -1 -8 -1 -- -- 4



0 1 36117 13020 9639 1322 472 53 >100 >100 44.1 44.1

Asta : 118 [ 620 , 621 ]




53 1 11 17 -8 0 -8 -11 -- -- 14



53 1 36117 13247 9808 1322 472 53 >100 35.3 >100 35.3

Asta : 118 [ 621 , 602 ]




66


53 1 6 11 67 3 15 -9 -- -- 10



53 1 36117 12593 9324 1322 472 53 >100 31.6 18.3 18.3

Asta : 119 [ 606 , 605 ]




0 1 -11 14 -83 -2 33 15 -- -- 10



0 1 36117 12746 9437 1322 472 53 >100 17.3 23.1 17.3

Asta : 120 [ 702 , 706 ]




0 1 246 -68 -355 -3 269 -81 -- -- 10



0 1 74798 23479 22490 4821 1262 136 63.3 8.12 40.6 8.12

Asta : 121 [ 705 , 701 ]




180 1 625 85 164 3 96 -84 -- -- 4



180 1 74798 23478 22490 4821 1262 136 >100 10.5 40.6 10.5

Asta : 122 [ 714 , 701 ]




0 1 784 486 -3 -1 0 145 -- -- 14



0 1 74798 23972 22963 4821 1262 136 49.4 7.96 >100 7.96

Asta : 122 [ 701 , 719 ]




0 1 -239 -558 -146 -5 87 -207 -- -- 11



0 1 74798 23264 22285 4821 1262 136 41.7 5.40 29.8 5.40

Asta : 122 [ 719 , 720 ]


:Verificato

67



32 1 431 -2 10 -1 -21 71 -- -- 10



32 1 74798 23967 22958 4821 1262 136 >100 15.0 >100 15.0

Asta : 122 [ 720 , 721 ]




53 1 -37 -44 -7 2 -32 98 -- -- 11



53 1 74798 23750 22751 4821 1262 136 >100 11.8 74.9 11.8

Asta : 122 [ 721 , 702 ]




53 1 229 512 123 5 62 -161 -- -- 10



53 1 74798 23248 22270 4821 1262 136 45.4 6.98 29.2 6.98

Asta : 123 [ 705 , 744 ]




30 1 323 -737 4 0 0 168 -- -- 11



30 1 74798 23987 22977 4821 1262 136 32.5 7.27 >100 7.27

Asta : 123 [ 706 , 705 ]




0 1 -346 43 78 -1 -102 48 -- -- 14



0 1 74798 23943 22935 4821 1262 136 >100 15.7 >100 15.7

Asta : 124 [ 829 , 834 ]




0 1 51 90 -36 0 27 22 -- -- 14



0 1 36117 13301 9847 1322 472 53 >100 14.5 >100 14.5

Asta : 124 [ 839 , 805 ]


68



45 1 -202 98 -83 -0 -55 -26 -- -- 14



45 1 36117 13210 9780 1322 472 53 >100 9.72 >100 9.72

Asta : 124 [ 824 , 829 ]




0 1 147 70 -16 -0 32 13 -- -- 14



0 1 36117 13312 9855 1322 472 53 >100 18.3 >100 18.3

Asta : 124 [ 801 , 824 ]




0 1 -243 -192 254 1 -91 -29 -- -- 6



0 1 36117 13066 9674 1322 472 53 38.1 7.26 52.1 7.26

Asta : 124 [ 834 , 839 ]




0 1 -30 -58 -5 0 43 -13 -- -- 6



0 1 36117 13213 9782 1322 472 53 >100 16.5 >100 16.5

Asta : 125 [ 851 , 806 ]




53 1 -258 32 -238 -1 -109 -8 -- -- 6



53 1 36117 13119 9713 1322 472 53 40.7 9.29 65.6 9.29

Asta : 125 [ 849 , 850 ]




53 1 -83 45 18 -0 59 -12 -- -- 6



53 1 36117 13212 9781 1322 472 53 >100 13.9 >100 13.9

Asta : 125 [ 805 , 849 ]

69




0 1 -240 -64 93 0 -67 -18 -- -- 14



0 1 36117 13223 9789 1322 472 53 >100 10.6 >100 10.6

Asta : 125 [ 850 , 851 ]




0 1 -174 46 -81 0 56 12 -- -- 6



0 1 36117 13206 9777 1322 472 53 >100 14.0 >100 14.0

Asta : 126 [ 833 , 828 ]




25 1 -176 67 -101 -0 -48 -12 -- -- 14



25 1 36117 13270 9825 1322 472 53 97.3 14.8 >100 14.8

Asta : 126 [ 843 , 838 ]




0 1 39 83 -45 0 31 19 -- -- 14



0 1 36117 13296 9844 1322 472 53 >100 15.4 >100 15.4

Asta : 126 [ 828 , 802 ]




20 1 -97 195 -233 -1 -65 -34 -- -- 3



20 1 36117 13144 9731 1322 472 53 41.8 8.13 74.9 8.13

Asta : 126 [ 806 , 843 ]




0 1 -205 -65 202 1 -83 -18 -- -- 6



0 1 36117 13095 9695 1322 472 53 48.0 9.35 58.6 9.35

70

Asta : 126 [ 838 , 833 ]




45 1 -84 88 -78 -0 -24 -22 -- -- 14



45 1 36117 13290 9839 1322 472 53 >100 14.9 >100 14.9

Asta : 127 [ 821 , 820 ]




53 1 110 27 14 -0 41 -7 -- -- 6



53 1 36117 13259 9817 1322 472 53 >100 20.2 >100 20.2

Asta : 127 [ 819 , 801 ]




53 1 -118 6 -210 -1 -101 1 -- -- 6



53 1 36117 13154 9739 1322 472 53 46.5 12.3 79.4 12.3

Asta : 127 [ 802 , 821 ]




0 1 119 48 167 1 -62 18 -- -- 3



0 1 36117 13188 9764 1322 472 53 58.5 11.3 99.5 11.3

Asta : 127 [ 820 , 819 ]




0 1 -15 34 -56 0 44 9 -- -- 6



0 1 36117 13253 9812 1322 472 53 >100 19.3 >100 19.3

Asta : 128 [ 831 , 836 ]




45 1 -4 -94 7 -1 51 20 -- -- 6



45 1 36117 13134 9724 1322 472 53 >100 12.2 71.0 12.2

71

Asta : 128 [ 841 , 850 ]




45 1 -3 141 -17 -0 1 -35 -- -- 14



45 1 36117 13290 9839 1322 472 53 94.0 13.5 >100 13.5

Asta : 128 [ 826 , 831 ]




25 1 -4 -107 63 -0 37 12 -- -- 6



25 1 36117 13216 9784 1322 472 53 >100 18.9 >100 18.9

Asta : 128 [ 820 , 826 ]




0 1 3 161 16 0 1 20 -- -- 14



0 1 36117 13301 9847 1322 472 53 82.5 23.7 >100 23.7

Asta : 128 [ 836 , 841 ]




0 1 -2 -97 -8 1 52 -22 -- -- 6



0 1 36117 13135 9724 1322 472 53 >100 11.8 71.2 11.8

Asta : 129 [ 835 , 834 ]




53 1 7 -127 -15 -0 1 36 -- -- 14



53 1 36117 13287 9837 1322 472 53 >100 13.1 >100 13.1

Asta : 129 [ 837 , 836 ]




53 1 3 81 -6 -1 47 -21 -- -- 6



72


53 1 36117 13132 9723 1322 472 53 >100 12.5 70.3 12.5

Asta : 129 [ 838 , 837 ]




0 1 -5 -123 20 0 1 -35 -- -- 14



0 1 36117 13285 9835 1322 472 53 >100 13.4 >100 13.4

Asta : 129 [ 836 , 835 ]




0 1 1 78 8 1 44 21 -- -- 6



0 1 36117 13132 9722 1322 472 53 >100 12.9 70.0 12.9

Asta : 130 [ 206 , 205 ]




211 1 12 18 74 2 23 -20 -- -- 10



211 1 36117 12761 9448 1322 472 53 >100 16.6 23.8 16.6

Asta : 131 [ 221 , 204 ]




0 1 0 0 3 0 -0 0 -- -- 9



0 1 36117 13299 9846 1322 472 53 >100 >100 >100 >100

Asta : 132 [ 219 , 203 ]




0 1 0 0 -3 -0 0 0 -- -- 10



0 1 36117 13299 9846 1322 472 53 >100 >100 >100 >100

Asta : 133 [ 319 , 303 ]




0 1 0 0 -6 -0 1 0 -- -- 9

73



0 1 74798 24029 23018 4821 1262 136 >100 >100 >100 >100

Asta : 134 [ 321 , 304 ]




0 1 0 0 6 0 -1 0 -- -- 10



0 1 74798 24029 23018 4821 1262 136 >100 >100 >100 >100

Asta : 135 [ 419 , 403 ]




0 1 0 0 -3 -0 0 0 -- -- 6



0 1 36117 13299 9846 1322 472 53 >100 >100 >100 >100

Asta : 136 [ 421 , 404 ]




0 1 0 0 3 0 -0 0 -- -- 8



0 1 36117 13299 9846 1322 472 53 >100 >100 >100 >100

Asta : 137 [ 519 , 503 ]




0 1 0 0 -6 -0 1 0 -- -- 9



0 1 74798 24029 23018 4821 1262 136 >100 >100 >100 >100

Asta : 138 [ 521 , 504 ]




0 1 0 0 6 0 -1 0 -- -- 10



0 1 74798 24029 23018 4821 1262 136 >100 >100 >100 >100

Asta : 139 [ 619 , 603 ]




0 1 0 0 -3 -0 0 0 -- -- 9

74



0 1 36117 13299 9846 1322 472 53 >100 >100 >100 >100

Asta : 140 [ 621 , 604 ]




0 1 0 0 3 0 -0 0 -- -- 2



0 1 36117 13299 9846 1322 472 53 >100 >100 >100 >100

Asta : 141 [ 719 , 703 ]




0 1 -515 201 -6 -0 1 30 -- -- 7



0 1 74798 24029 23018 4821 1262 136 >100 32.4 >100 32.4

Asta : 142 [ 721 , 704 ]




0 1 -514 201 6 0 -1 31 -- -- 4



0 1 74798 24029 23018 4821 1262 136 >100 32.0 >100 32.0

Asta : 143 [ 851 , 842 ]




0 1 6 139 16 0 1 34 -- -- 14



0 1 36117 13301 9848 1322 472 53 95.8 13.7 >100 13.7

Asta : 143 [ 837 , 832 ]




0 1 18 -90 -4 1 49 -19 -- -- 6



0 1 36117 13141 9729 1322 472 53 >100 12.7 73.7 12.7

Asta : 143 [ 842 , 837 ]




75


45 1 14 -93 -1 -1 50 21 -- -- 6



45 1 36117 13132 9722 1322 472 53 >100 12.1 70.0 12.1

Asta : 143 [ 832 , 804 ]




25 1 5 148 -1 -0 9 -21 -- -- 14



25 1 36117 13288 9838 1322 472 53 90.0 19.5 >100 19.5

Asta : 143 [ 804 , 821 ]




20 1 49 -150 -86 -0 4 18 -- -- 6



20 1 36117 13234 9798 1322 472 53 88.5 23.0 >100 23.0

Asta : 144 [ 849 , 840 ]




0 1 6 139 24 0 1 34 -- -- 14



0 1 36117 13301 9847 1322 472 53 95.6 13.8 >100 13.8

Asta : 144 [ 835 , 830 ]




0 1 16 -95 6 1 47 -21 -- -- 6



0 1 36117 13125 9717 1322 472 53 >100 12.6 67.8 12.6

Asta : 144 [ 840 , 835 ]




45 1 6 -99 4 -1 49 22 -- -- 6



45 1 36117 13136 9725 1322 472 53 >100 11.9 71.5 11.9

Asta : 144 [ 830 , 803 ]


:Verificato

76



0 1 22 -117 -34 1 38 -13 -- -- 6



0 1 36117 13196 9770 1322 472 53 >100 17.7 >100 17.7

Asta : 144 [ 803 , 819 ]




0 1 28 -103 -102 0 28 -9 -- -- 6



0 1 36117 13235 9799 1322 472 53 96.5 24.6 >100 24.6

Asta : 145 [ 833 , 832 ]




53 1 21 -92 11 -0 9 23 -- -- 14



53 1 36117 13304 9850 1322 472 53 >100 18.0 >100 18.0

Asta : 145 [ 831 , 830 ]




0 1 -11 64 5 1 39 17 -- -- 6



0 1 36117 13169 9750 1322 472 53 >100 15.2 87.1 15.2

Asta : 145 [ 832 , 831 ]




53 1 -24 64 -5 -1 41 -17 -- -- 6



53 1 36117 13170 9751 1322 472 53 >100 14.9 87.9 14.9

Asta : 145 [ 830 , 829 ]




0 1 11 70 -37 1 33 18 -- -- 6



0 1 36117 13193 9768 1322 472 53 >100 15.9 >100 15.9

Asta : 146 [ 843 , 842 ]


77



0 1 -3 -119 17 0 1 -33 -- -- 14



0 1 36117 13270 9825 1322 472 53 >100 13.9 >100 13.9

Asta : 146 [ 841 , 840 ]




0 1 -1 76 3 1 48 20 -- -- 6



0 1 36117 13129 9720 1322 472 53 >100 12.7 69.0 12.7

Asta : 146 [ 842 , 841 ]




53 1 -7 77 2 -1 49 -20 -- -- 6



53 1 36117 13133 9723 1322 472 53 >100 12.4 70.4 12.4

Asta : 146 [ 840 , 839 ]




53 1 -16 -126 -13 -0 0 35 -- -- 14



53 1 36117 13305 9850 1322 472 53 >100 13.2 >100 13.2

Asta : 147 [ 828 , 804 ]




53 1 -215 30 38 -0 30 -8 -- -- 6



53 1 36117 13228 9793 1322 472 53 >100 21.9 >100 21.9

Asta : 147 [ 804 , 826 ]




53 1 -145 50 4 -0 40 -13 -- -- 6



53 1 36117 13215 9784 1322 472 53 >100 16.3 >100 16.3

Asta : 147 [ 826 , 803 ]

78




0 1 -127 47 -34 0 41 13 -- -- 6



0 1 36117 13211 9781 1322 472 53 >100 16.4 >100 16.4

Asta : 147 [ 803 , 824 ]




0 1 -141 53 -18 0 18 13 -- -- 6



0 1 36117 13270 9825 1322 472 53 >100 22.0 >100 22.0

Asta : 148 [ 0 , 0 ]




180 1 -27 -23 88 0 75 21 -- -- 14



180 1 36117 13236 9800 1322 472 53 >100 9.89 >100 9.89

79

VERIFICHE STATO LIMITE DI ESERCIZIO

Verifica dei Muri (Stati limite esercizio)

Scenario di calcolo : Set_NT_SLE

Muro :0 - Nodi : [10 - 7 - 111 - 109 ]


[kg/cmq], FC=1.20

Armatura a maglia doppia

Combinazione Rara: ca[kg/cmq]=187 fa[kg/cmq]=3000 P. Nx Ny Nxy Mx My Mxy Afx Afy cmax fmax Cbc Cbf Ver Cs

kg/mq kg/mq kg/mq kg kg kg cmq/m cmq/m kg/cmq kg/cmq

1 5730 18820 -3991 -25 42 -6 10.26 10.26 -1 390 7 10 Si 7.69

2 2744 6997 -5678 -56 1 2 10.26 10.26 -4 154 10 10 Si 19.5

3 801 1658 -3922 -47 -8 -2 10.26 10.26 -3 104 7 10 Si 28.8

4 -223 -171 -1723 -35 -7 1 10.26 10.26 -2 65 7 10 Si 46.0

5 4419 16727 -3870 -19 49 -16 10.26 10.26 -1 342 3 10 Si 8.78

6 1450 6908 -4280 -44 1 -3 10.26 10.26 -3 121 10 4 Si 24.8

7 496 1822 -3453 -40 -8 -2 10.26 10.26 -2 87 7 10 Si 34.7

8 -371 41 -1580 -32 -6 1 10.26 10.26 -2 57 7 10 Si 52.8

9 2164 11659 -3089 -12 46 -21 10.26 10.26 -2 298 8 10 Si 10.1

10 672 6473 -3308 -35 3 -6 10.26 10.26 -2 104 10 10 Si 28.9

11 571 1964 -3035 -34 -7 -1 10.26 10.26 -2 76 7 10 Si 39.5

12 -82 232 -1379 -29 -5 2 10.26 10.26 -2 55 7 10 Si 54.7

13 -955 9281 -2532 -8 49 -29 10.26 10.26 -3 263 8 10 Si 11.4

14 -1623 5723 -2677 -27 6 -9 10.26 10.26 -1 101 7 10 Si 29.6

15 -677 1906 -2706 -29 -6 -0 10.26 10.26 -2 45 7 10 Si 66.6

16 -901 352 -1174 -25 -4 2 10.26 10.26 -1 35 7 10 Si 85.4

Combinazione QP: ca[kg/cmq]=140 fa[kg/cmq]=3000 P. Nx Ny Nxy Mx My Mxy Afx Afy cmax fmax Cbc Cbf Ver Cs


1 5475 18461 -4120 -25 41 -7 10.26 10.26 -1 385 16 16 Si 7.79

2 2694 6896 -5691 -56 1 2 10.26 10.26 -3 152 16 16 Si 19.7

3 781 1626 -3943 -47 -8 -2 10.26 10.26 -3 104 16 16 Si 28.9

4 -230 -172 -1729 -35 -7 1 10.26 10.26 -2 65 16 16 Si 46.2

5 3971 14840 -3718 -16 46 -15 10.26 10.26 -2 338 16 16 Si 8.88

6 1428 6817 -4313 -44 1 -3 10.26 10.26 -3 109 16 16 Si 27.6

7 492 1794 -3479 -40 -8 -2 10.26 10.26 -2 86 16 16 Si 34.9

8 -371 40 -1588 -32 -6 1 10.26 10.26 -2 57 16 16 Si 53.0

9 2044 12053 -3292 -10 48 -21 10.26 10.26 -2 296 16 16 Si 10.2

10 658 6399 -3353 -34 3 -6 10.26 10.26 -2 103 16 16 Si 29.2

11 562 1939 -3063 -34 -7 -1 10.26 10.26 -2 75 16 16 Si 39.8

12 -96 229 -1389 -29 -5 2 10.26 10.26 -2 55 16 16 Si 55.0

13 -1041 9752 -2715 -6 50 -29 10.26 10.26 -3 261 16 16 Si 11.5

14 -1591 5681 -2763 -27 6 -8 10.26 10.26 -1 101 16 16 Si 29.8

15 -634 1888 -2737 -28 -6 -0 10.26 10.26 -2 45 16 16 Si 66.4

16 -875 354 -1183 -25 -4 2 10.26 10.26 -1 35 16 16 Si 85.2

Verifica aperture fessure:Wamm_Freq[mm]=0.400 Wamm_Qp[mm]=0.300 P. Nx Ny Nxy Mx My Mxy fmed Wd Wk Cb Ver Cs

80

P. Nx Ny Nxy Mx My Mxy fmed Wd Wk Cb Ver Cs

kg/mq kg/mq kg/mq kg kg kg kg/cmq mm mm

1 5502 18381 -4065 -25 41 -7 383 0.050 0.050 14(Fr) Si 8.06

1 5475 18461 -4120 -25 41 -7 385 0.050 0.050 16(Qp) Si 6.03

2 2705 6859 -5658 -56 1 2 103 0.022 0.022 14(Fr) Si 17.8

2 2694 6896 -5691 -56 1 2 104 0.023 0.023 16(Qp) Si 13.3

3 781 1626 -3943 -47 -8 -2 57 0.003 0.003 11(Fr) Si >100

3 781 1626 -3943 -47 -8 -2 57 0.003 0.003 16(Qp) Si >100

4 -229 -172 -1726 -35 -7 1 34 0.002 0.002 13(Fr) Si >100

4 -230 -172 -1729 -35 -7 1 34 0.002 0.002 16(Qp) Si >100

5 3971 14840 -3718 -16 46 -15 223 0.012 0.012 16(Qp) Si 25.5

5 3994 14747 -3666 -17 45 -15 221 0.012 0.012 14(Fr) Si 34.3

6 1428 6817 -4313 -44 1 -3 104 0.022 0.022 16(Qp) Si 13.6

6 1435 6778 -4285 -44 1 -3 103 0.022 0.022 14(Fr) Si 18.2

7 492 1794 -3470 -40 -8 -2 47 0.002 0.002 13(Fr) Si >100

7 492 1794 -3479 -40 -8 -2 47 0.002 0.002 16(Qp) Si >100

8 -371 40 -1588 -32 -6 1 29 0.001 0.001 16(Qp) Si >100

8 -371 40 -1585 -32 -6 1 29 0.001 0.001 13(Fr) Si >100

9 2044 12053 -3292 -10 48 -21 190 0.010 0.010 16(Qp) Si 30.5

9 2065 11947 -3248 -11 48 -21 188 0.010 0.010 14(Fr) Si 41.1

10 658 6399 -3353 -34 3 -6 103 0.020 0.020 16(Qp) Si 15.1

10 662 6359 -3330 -35 3 -6 102 0.020 0.020 14(Fr) Si 20.3

11 562 1939 -3063 -34 -7 -1 41 0.002 0.002 16(Qp) Si >100

11 563 1938 -3055 -34 -7 -1 41 0.002 0.002 13(Fr) Si >100

12 -96 229 -1389 -29 -5 2 29 0.001 0.001 16(Qp) Si >100

12 -94 229 -1385 -29 -5 2 29 0.001 0.001 13(Fr) Si >100

13 -1021 9633 -2677 -6 50 -29 163 0.008 0.008 14(Fr) Si 48.4

13 -1041 9752 -2715 -6 50 -29 164 0.008 0.008 16(Qp) Si 35.9

14 -1602 5641 -2747 -27 6 -9 100 0.016 0.016 14(Fr) Si 24.4

14 -1591 5681 -2763 -27 6 -8 101 0.017 0.017 16(Qp) Si 18.2

15 -637 1874 -2726 -29 -6 -0 28 0.001 0.001 14(Fr) Si >100

15 -634 1888 -2737 -28 -6 -0 29 0.002 0.002 16(Qp) Si >100

16 -875 354 -1183 -25 -4 2 35 0.002 0.002 16(Qp) Si >100

16 -881 352 -1180 -25 -4 2 35 0.002 0.002 13(Fr) Si >100

Muro :0 - Nodi : [7 - 8 - 112 - 111 ]


[kg/cmq], FC=1.20




1 2993 -197 -1786 14 78 -29 10.26 10.26 -5 149 8 10 Si 20.1

2 1833 1320 -310 8 24 -12 10.26 10.26 -1 69 8 10 Si 43.7

3 257 775 -310 1 3 -3 10.26 10.26 -0 21 8 10 Si >100

4 -1814 -150 -151 0 -1 -0 10.26 10.26 -0 -2 7 8 Si >100

5 1280 -4681 1744 16 82 -8 10.26 10.26 -5 87 7 10 Si 34.3

6 1665 -3299 865 23 44 -10 10.26 10.26 -2 72 8 10 Si 41.4

7 612 -1852 726 26 16 -4 10.26 10.26 -2 61 8 10 Si 49.2

8 -871 -503 368 27 3 -2 10.26 10.26 -2 38 8 10 Si 78.7

9 1363 -5084 -1685 17 83 9 10.26 10.26 -5 88 8 10 Si 34.1

10 1707 -3523 -668 23 43 9 10.26 10.26 -2 73 8 10 Si 41.2

11 547 -1885 -668 26 16 5 10.26 10.26 -2 61 7 10 Si 49.5

12 -1034 -512 -344 27 3 3 10.26 10.26 -2 37 7 10 Si 80.7

13 2882 -715 1712 13 73 28 10.26 10.26 -4 157 8 10 Si 19.1

14 1894 911 194 8 23 11 10.26 10.26 -1 70 8 10 Si 42.7

15 363 1021 222 1 4 4 10.26 10.26 -0 20 4 10 Si >100

16 -1550 -164 99 -1 -1 1 10.26 10.26 -0 -2 8 4 Si >100



1 2994 -97 -1691 14 78 -28 10.26 10.26 -5 151 16 16 Si 19.9

2 1772 1388 -310 9 24 -11 10.26 10.26 -1 69 16 16 Si 43.4

81

P. Nx Ny Nxy Mx My Mxy Afx Afy cmax fmax Cbc Cbf Ver Cs

3 186 794 -324 3 4 -2 10.26 10.26 -0 21 16 16 Si >100

4 -1835 -151 -158 0 -1 -0 10.26 10.26 -0 -2 16 16 Si >100

5 1266 -4606 1830 16 82 -8 10.26 10.26 -5 87 16 16 Si 31.1

6 1676 -3373 833 23 44 -8 10.26 10.26 -2 72 16 16 Si 41.8

7 544 -1887 689 26 16 -2 10.26 10.26 -2 60 16 16 Si 49.7

8 -1022 -508 352 28 3 -1 10.26 10.26 -2 38 16 16 Si 79.7

9 1347 -4865 -1726 17 83 10 10.26 10.26 -5 87 16 16 Si 30.6

10 1695 -3418 -715 23 44 11 10.26 10.26 -2 72 16 16 Si 41.4

11 587 -1908 -615 26 16 5 10.26 10.26 -2 61 16 16 Si 49.6

12 -971 -508 -325 27 3 3 10.26 10.26 -2 37 16 16 Si 80.4

13 3011 -234 1883 14 80 29 10.26 10.26 -5 151 16 16 Si 19.8

14 1892 1307 326 8 24 13 10.26 10.26 -2 68 16 16 Si 44.2

15 268 770 341 1 3 4 10.26 10.26 -0 19 16 16 Si >100

16 -1725 -151 168 -3 -1 2 10.26 10.26 -0 -2 16 16 Si >100



1 3008 -155 -1698 14 78 -28 80 0.004 0.004 13(Fr) Si >100

1 2994 -97 -1691 14 78 -28 80 0.004 0.004 16(Qp) Si 80.8

2 1781 1369 -313 9 24 -11 40 0.002 0.002 14(Fr) Si >100

2 1772 1388 -310 9 24 -11 40 0.002 0.002 16(Qp) Si >100

3 198 787 -324 3 4 -3 13 0.001 0.001 14(Fr) Si >100

3 186 794 -324 3 4 -2 13 0.001 0.001 16(Qp) Si >100

4 -1997 -135 -174 0 -1 0 0 0.000 0.000 1(Fr) Si >100

4 -1835 -151 -158 0 -1 -0 0 0.000 0.000 16(Qp) Si >100

5 1266 -4606 1830 16 82 -8 87 0.006 0.006 16(Qp) Si 51.1

5 1266 -4612 1809 16 82 -8 87 0.006 0.006 13(Fr) Si 68.3

6 1676 -3373 833 23 44 -8 34 0.002 0.002 16(Qp) Si >100

6 1676 -3379 815 23 44 -8 34 0.002 0.002 13(Fr) Si >100

7 544 -1891 677 26 16 -2 33 0.002 0.002 13(Fr) Si >100

7 544 -1887 689 26 16 -2 33 0.002 0.002 16(Qp) Si >100

8 -1022 -508 352 28 3 -1 38 0.003 0.003 16(Qp) Si >100

8 -1024 -508 348 28 3 -1 38 0.003 0.003 13(Fr) Si >100

9 1347 -4865 -1726 17 83 10 87 0.006 0.006 16(Qp) Si 51.7

9 1348 -4900 -1714 17 83 10 86 0.006 0.006 14(Fr) Si 69.8

10 1695 -3418 -715 23 44 11 34 0.002 0.002 16(Qp) Si >100

10 1692 -3434 -703 23 44 10 34 0.002 0.002 14(Fr) Si >100

11 587 -1908 -615 26 16 5 34 0.002 0.002 16(Qp) Si >100

11 575 -1901 -623 26 16 5 33 0.002 0.002 13(Fr) Si >100

12 -971 -508 -325 27 3 3 37 0.003 0.003 16(Qp) Si >100

12 -988 -509 -328 27 3 3 37 0.003 0.003 13(Fr) Si >100

13 2981 -335 1852 13 78 29 78 0.004 0.004 14(Fr) Si >100

13 3011 -234 1883 14 80 29 80 0.004 0.004 16(Qp) Si 81.1

14 1889 1222 303 8 24 12 38 0.002 0.002 14(Fr) Si >100

14 1892 1307 326 8 24 13 39 0.002 0.002 16(Qp) Si >100

15 285 729 315 1 3 4 12 0.001 0.001 14(Fr) Si >100

15 268 770 341 1 3 4 6 0.001 0.001 16(Qp) Si >100

16 -1725 -151 168 -3 -1 2 0 0.000 0.000 16(Qp) Si >100

16 -1689 -154 155 -3 -1 2 0 0.000 0.000 14(Fr) Si >100

Muro :0 - Nodi : [8 - 13 - 113 - 112 ]


[kg/cmq], FC=1.20




1 -957 8153 1861 -10 39 28 10.26 10.26 -2 256 8 10 Si 11.7

2 -1671 5177 2331 -29 6 8 10.26 10.26 -2 101 8 10 Si 29.8

3 -725 1746 2397 -29 -6 1 10.26 10.26 -2 54 8 10 Si 55.1

4 -855 306 1050 -26 -4 -2 10.26 10.26 -2 48 8 10 Si 62.4

5 2066 10639 2346 -13 37 19 10.26 10.26 -2 297 8 10 Si 10.1

82


6 743 5933 2825 -36 4 7 10.26 10.26 -2 102 8 10 Si 29.3

7 622 1842 2705 -35 -7 1 10.26 10.26 -2 86 8 10 Si 34.9

8 49 200 1239 -30 -5 -2 10.26 10.26 -2 69 8 10 Si 43.3

9 3955 13538 2775 -18 36 13 10.26 10.26 -1 344 8 10 Si 8.73

10 1521 6429 3668 -45 2 4 10.26 10.26 -3 127 8 4 Si 23.6

11 545 1729 3109 -41 -8 2 10.26 10.26 -3 98 8 10 Si 30.8

12 -252 19 1434 -33 -6 -1 10.26 10.26 -2 73 8 10 Si 41.1

13 5492 17179 3125 -25 33 6 10.26 10.26 -1 394 8 10 Si 7.62

14 2753 6641 4945 -55 1 -1 10.26 10.26 -3 162 8 10 Si 18.5

15 850 1590 3565 -48 -8 2 10.26 10.26 -3 116 8 10 Si 25.8

16 -97 -171 1576 -37 -7 -1 10.26 10.26 -2 83 8 10 Si 36.2



1 -498 9290 2195 -7 50 29 10.26 10.26 -3 253 16 16 Si 11.9

2 -1589 5645 2742 -30 6 9 10.26 10.26 -2 100 16 16 Si 30.1

3 -649 1880 2726 -33 -7 1 10.26 10.26 -2 54 16 16 Si 55.9

4 -806 345 1190 -31 -4 -2 10.26 10.26 -2 47 16 16 Si 63.2

5 2426 11947 2801 -12 48 21 10.26 10.26 -2 295 16 16 Si 10.2

6 723 6363 3310 -38 3 7 10.26 10.26 -2 102 16 16 Si 29.5

7 603 1938 3055 -39 -8 1 10.26 10.26 -2 85 16 16 Si 35.1

8 40 226 1391 -35 -5 -1 10.26 10.26 -2 69 16 16 Si 43.5

9 4275 15024 3366 -18 47 15 10.26 10.26 -2 343 16 16 Si 8.76

10 1515 6798 4247 -47 1 3 10.26 10.26 -3 117 16 16 Si 25.6

11 536 1791 3472 -45 -9 2 10.26 10.26 -3 97 16 16 Si 31.0

12 -228 39 1590 -39 -7 -1 10.26 10.26 -2 72 16 16 Si 41.5

13 5799 18855 3891 -26 42 6 10.26 10.26 -1 394 16 16 Si 7.62

14 2820 6904 5631 -59 1 -2 10.26 10.26 -4 162 16 16 Si 18.5

15 846 1617 3934 -52 -9 2 10.26 10.26 -3 116 16 16 Si 26.0

16 -63 -165 1733 -43 -8 -1 10.26 10.26 -3 82 16 16 Si 36.5



1 -588 9039 2127 -8 48 28 153 0.008 0.008 14(Fr) Si 51.3

1 -498 9290 2195 -7 50 29 159 0.008 0.008 16(Qp) Si 37.3

2 -1604 5538 2659 -30 6 9 98 0.016 0.016 14(Fr) Si 24.8

2 -1589 5645 2742 -30 6 9 100 0.016 0.016 16(Qp) Si 18.2

3 -664 1848 2659 -32 -7 1 29 0.001 0.001 14(Fr) Si >100

3 -649 1880 2726 -33 -7 1 29 0.002 0.002 16(Qp) Si >100

4 -816 336 1161 -30 -4 -2 45 0.003 0.003 14(Fr) Si >100

4 -806 345 1190 -31 -4 -2 47 0.003 0.003 16(Qp) Si 89.3

5 2426 11947 2801 -12 48 21 189 0.010 0.010 16(Qp) Si 30.7

5 2351 11658 2708 -12 46 20 184 0.009 0.009 14(Fr) Si 42.1

6 723 6363 3310 -38 3 7 102 0.020 0.020 16(Qp) Si 15.1

6 726 6263 3211 -37 3 7 100 0.019 0.019 14(Fr) Si 20.6

7 606 1914 2982 -38 -8 1 46 0.002 0.002 14(Fr) Si >100

7 603 1938 3055 -39 -8 1 47 0.002 0.002 16(Qp) Si >100

8 40 226 1391 -35 -5 -1 37 0.002 0.002 16(Qp) Si >100

8 41 220 1359 -34 -5 -1 36 0.002 0.002 14(Fr) Si >100

9 4275 15024 3366 -18 47 15 226 0.012 0.012 16(Qp) Si 25.2

9 4206 14697 3244 -18 44 14 220 0.012 0.012 14(Fr) Si 34.4

10 1515 6798 4247 -47 1 3 103 0.022 0.022 16(Qp) Si 13.5

10 1514 6708 4128 -47 1 3 102 0.022 0.022 14(Fr) Si 18.3

11 536 1791 3472 -45 -9 2 53 0.002 0.002 16(Qp) Si >100

11 537 1773 3396 -44 -8 2 52 0.002 0.002 14(Fr) Si >100

12 -228 39 1590 -39 -7 -1 38 0.002 0.002 16(Qp) Si >100

12 -233 35 1557 -38 -6 -1 37 0.002 0.002 14(Fr) Si >100

13 5730 18486 3733 -26 41 6 383 0.050 0.050 14(Fr) Si 8.00

13 5799 18855 3891 -26 42 6 394 0.051 0.051 16(Qp) Si 5.90

14 2803 6836 5488 -59 1 -2 102 0.022 0.022 14(Fr) Si 17.8

14 2820 6904 5631 -59 1 -2 103 0.023 0.023 16(Qp) Si 13.2

15 846 1606 3856 -51 -9 2 62 0.003 0.003 14(Fr) Si >100

15 846 1617 3934 -52 -9 2 63 0.003 0.003 16(Qp) Si >100

83


16 -63 -165 1733 -43 -8 -1 44 0.002 0.002 16(Qp) Si >100

16 -70 -166 1700 -42 -8 -1 42 0.002 0.002 14(Fr) Si >100

Muro :0 - Nodi : [13 - 16 - 123 - 113 ]


[kg/cmq], FC=1.20




1 7220 19203 6439 -27 37 8 10.26 10.26 -1 382 10 10 Si 7.85

2 3712 6455 5027 -56 -4 6 10.26 10.26 -4 188 8 10 Si 16.0

3 2140 1587 4228 -49 -6 2 10.26 10.26 -3 143 8 10 Si 20.9

4 2403 -107 1659 -38 -1 1 10.26 10.26 -2 130 8 10 Si 23.1

5 5315 15487 7869 -19 38 5 10.26 10.26 -1 331 10 10 Si 9.06

6 2130 5740 6192 -46 -3 7 10.26 10.26 -3 136 8 10 Si 22.1

7 1152 1397 4627 -44 -5 5 10.26 10.26 -3 115 8 10 Si 26.0

8 1740 -197 1857 -36 -1 3 10.26 10.26 -2 114 8 10 Si 26.4

9 3950 11836 9133 -13 37 1 10.26 10.26 -1 276 7 10 Si 10.9

10 1664 4866 7130 -37 -2 6 10.26 10.26 -2 110 8 10 Si 27.3

11 1434 1211 4965 -39 -5 7 10.26 10.26 -2 111 8 10 Si 27.1

12 2636 -101 1997 -34 -1 4 10.26 10.26 -2 125 8 10 Si 24.0

13 2235 8380 10335 -9 38 -5 10.26 10.26 -2 219 7 10 Si 13.7

14 265 3761 7842 -30 -0 5 10.26 10.26 -2 68 8 10 Si 44.3

15 660 833 5179 -35 -4 8 10.26 10.26 -2 83 8 10 Si 36.2

16 2754 18 2119 -31 -1 5 10.26 10.26 -2 117 8 10 Si 25.7



1 7199 19273 6291 -27 37 8 10.26 10.26 -1 386 16 16 Si 7.77

2 4200 6674 5608 -60 -4 6 10.26 10.26 -4 187 16 16 Si 16.1

3 2309 1599 4633 -54 -6 1 10.26 10.26 -3 142 16 16 Si 21.1

4 2653 -101 1817 -44 -2 1 10.26 10.26 -3 129 16 16 Si 23.3

5 5304 15571 7728 -19 39 5 10.26 10.26 -1 336 16 16 Si 8.94

6 2333 5872 6903 -50 -4 7 10.26 10.26 -3 135 16 16 Si 22.3

7 1200 1379 5022 -49 -6 4 10.26 10.26 -3 114 16 16 Si 26.3

8 1909 -212 2020 -42 -1 2 10.26 10.26 -3 112 16 16 Si 26.7

9 3960 12092 8946 -13 39 1 10.26 10.26 -2 280 16 16 Si 10.7

10 1809 4868 7906 -41 -3 6 10.26 10.26 -3 109 16 16 Si 27.6

11 1516 1179 5346 -44 -5 6 10.26 10.26 -3 110 16 16 Si 27.4

12 2888 -115 2159 -39 -1 3 10.26 10.26 -2 124 16 16 Si 24.2

13 2266 8656 10160 -8 41 -5 10.26 10.26 -2 224 16 16 Si 13.4

14 145 3594 8607 -33 -1 5 10.26 10.26 -2 67 16 16 Si 44.7

15 444 759 5549 -39 -5 7 10.26 10.26 -2 82 16 16 Si 36.4

16 2758 -23 2259 -36 -1 4 10.26 10.26 -2 116 16 16 Si 25.9



1 6835 18934 6054 -26 37 8 380 0.052 0.052 14(Fr) Si 7.72

1 7199 19273 6291 -27 37 8 386 0.053 0.053 16(Qp) Si 5.68

2 4097 6614 5485 -59 -4 6 108 0.020 0.020 14(Fr) Si 19.7

2 4200 6674 5608 -60 -4 6 109 0.020 0.020 16(Qp) Si 14.7

3 2272 1591 4546 -53 -6 1 79 0.004 0.004 14(Fr) Si >100

3 2309 1599 4633 -54 -6 1 81 0.004 0.004 16(Qp) Si 77.6

4 2600 -102 1783 -42 -1 1 73 0.004 0.004 14(Fr) Si >100

4 2653 -101 1817 -44 -2 1 75 0.004 0.004 16(Qp) Si 83.3

5 5304 15571 7728 -19 39 5 228 0.012 0.012 16(Qp) Si 24.3

5 5008 15396 7474 -18 39 5 225 0.012 0.012 14(Fr) Si 32.8

6 2333 5872 6903 -50 -4 7 97 0.018 0.018 16(Qp) Si 16.8

6 2290 5831 6752 -49 -4 7 96 0.018 0.018 14(Fr) Si 22.5

84


7 1189 1378 4937 -48 -5 4 62 0.003 0.003 14(Fr) Si >100

7 1200 1379 5022 -49 -6 4 63 0.003 0.003 16(Qp) Si >100

8 1909 -212 2020 -42 -1 2 64 0.003 0.003 16(Qp) Si 97.7

8 1872 -209 1985 -41 -1 2 63 0.003 0.003 14(Fr) Si >100

9 3960 12092 8946 -13 39 1 183 0.010 0.010 16(Qp) Si 31.2

9 3954 12014 8973 -13 39 1 182 0.010 0.010 13(Fr) Si 41.9

10 1809 4868 7906 -41 -3 6 79 0.015 0.015 16(Qp) Si 20.0

10 1812 4840 7925 -41 -3 6 79 0.015 0.015 13(Fr) Si 26.8

11 1516 1179 5346 -44 -5 6 62 0.003 0.003 16(Qp) Si >100

11 1498 1181 5263 -43 -5 6 61 0.003 0.003 14(Fr) Si >100

12 2888 -115 2159 -39 -1 3 73 0.004 0.004 16(Qp) Si 85.0

12 2834 -113 2124 -38 -1 3 71 0.003 0.003 14(Fr) Si >100

13 2259 8577 10183 -9 40 -5 141 0.007 0.007 13(Fr) Si 55.6

13 2266 8656 10160 -8 41 -5 142 0.007 0.007 16(Qp) Si 41.3

14 138 3565 8621 -33 -1 5 55 0.011 0.011 13(Fr) Si 34.9

14 145 3594 8607 -33 -1 5 55 0.012 0.012 16(Qp) Si 25.9

15 486 770 5468 -38 -5 7 44 0.002 0.002 14(Fr) Si >100

15 444 759 5549 -39 -5 7 45 0.002 0.002 16(Qp) Si >100

16 2758 -23 2259 -36 -1 4 68 0.003 0.003 16(Qp) Si 90.6

16 2753 -16 2228 -35 -1 4 67 0.003 0.003 14(Fr) Si >100

Muro :0 - Nodi : [16 - 46 - 153 - 123 ]


[kg/cmq], FC=1.20




1 3497 -8720 9667 5 49 -10 10.26 10.26 -2 65 7 10 Si 46.3

2 4499 -3268 8346 -4 11 0 10.26 10.26 -1 90 8 10 Si 33.2

3 4653 -1347 5778 -11 -1 5 10.26 10.26 -0 111 8 10 Si 27.0

4 5584 -251 2244 -15 -1 4 10.26 10.26 -0 135 8 10 Si 22.1

5 2502 -18296 1190 11 53 -3 10.26 10.26 -3 65 8 10 Si 46.2

6 5975 -10586 2035 11 21 -3 10.26 10.26 -1 122 8 10 Si 24.5

7 7519 -4721 1955 9 4 -1 10.26 10.26 -1 138 8 10 Si 21.8

8 10354 -199 829 6 -0 -0 10.26 10.26 -0 172 8 10 Si 17.4

9 1184 -10899 -6401 8 41 5 10.26 10.26 -2 35 7 10 Si 85.3

10 4196 -7163 -5391 9 18 -2 10.26 10.26 -1 87 7 10 Si 34.4

11 6498 -3397 -3814 9 5 -5 10.26 10.26 -0 119 7 10 Si 25.2

12 10660 -101 -1602 8 0 -4 10.26 10.26 -0 160 2 10 Si 18.7

13 1458 -2088 -6768 -0 22 8 10.26 10.26 -1 35 8 10 Si 84.8

14 2883 -1023 -7127 -6 8 0 10.26 10.26 -0 46 8 10 Si 65.8

15 3315 -273 -5210 -6 1 -3 10.26 10.26 -0 58 9 10 Si 51.5

16 4125 -351 -2098 -3 -0 -5 10.26 10.26 -0 68 7 10 Si 44.2



1 3510 -8568 9620 5 50 -10 10.26 10.26 -2 65 16 16 Si 46.0

2 5097 -4034 8674 -5 10 -1 10.26 10.26 -1 89 16 16 Si 33.6

3 5000 -1623 5978 -13 -1 4 10.26 10.26 -0 110 16 16 Si 27.3

4 5952 -275 2315 -18 -1 2 10.26 10.26 -1 134 16 16 Si 22.4

5 2602 -19047 437 11 54 -4 10.26 10.26 -3 64 16 16 Si 45.7

6 6199 -11047 1497 11 21 -5 10.26 10.26 -2 121 16 16 Si 24.7

7 7796 -4932 1683 8 4 -3 10.26 10.26 -1 137 16 16 Si 21.9

8 10683 -201 739 5 -0 -2 10.26 10.26 -0 171 16 16 Si 17.6

9 1168 -10843 -6352 8 40 5 10.26 10.26 -2 35 16 16 Si 70.5

10 4182 -7133 -5355 9 18 -2 10.26 10.26 -1 86 16 16 Si 34.7

11 6444 -3384 -3787 9 5 -4 10.26 10.26 -0 118 16 16 Si 25.4

12 9426 -128 -1475 8 0 -4 10.26 10.26 -0 159 16 16 Si 18.9

13 904 -332 -6998 0 22 7 10.26 10.26 -1 37 16 16 Si 81.5

14 2318 -394 -7009 -4 8 -1 10.26 10.26 -0 45 16 16 Si 67.0

15 3153 -151 -5170 -4 2 -4 10.26 10.26 -0 58 16 16 Si 52.1

85


16 4060 -345 -2075 -3 -0 -4 10.26 10.26 -0 67 16 16 Si 44.7



1 3392 -8171 9597 5 50 -10 64 0.010 0.010 14(Fr) Si 41.8

1 3510 -8568 9620 5 50 -10 65 0.010 0.010 16(Qp) Si 30.2

2 4971 -3880 8595 -5 10 -1 86 0.015 0.015 14(Fr) Si 27.4

2 5097 -4034 8674 -5 10 -1 89 0.015 0.015 16(Qp) Si 20.1

3 4924 -1568 5929 -13 -1 4 72 0.004 0.004 14(Fr) Si >100

3 5000 -1623 5978 -13 -1 4 74 0.004 0.004 16(Qp) Si 76.1

4 5870 -270 2297 -17 -1 3 87 0.005 0.005 14(Fr) Si 86.3

4 5952 -275 2315 -18 -1 2 89 0.005 0.005 16(Qp) Si 63.8

5 2602 -19047 437 11 54 -4 41 0.002 0.002 16(Qp) Si >100

5 2578 -18871 585 11 53 -4 41 0.002 0.002 14(Fr) Si >100

6 6199 -11047 1497 11 21 -5 121 0.017 0.017 16(Qp) Si 17.5

6 6144 -10940 1601 11 21 -5 121 0.017 0.017 14(Fr) Si 23.6

7 7729 -4884 1734 8 4 -2 136 0.023 0.023 14(Fr) Si 17.7

7 7796 -4932 1683 8 4 -3 137 0.023 0.023 16(Qp) Si 13.2

8 10683 -201 739 5 -0 -2 171 0.033 0.033 16(Qp) Si 9.02

8 10601 -201 755 5 -0 -2 170 0.033 0.033 14(Fr) Si 12.1

9 1168 -10843 -6352 8 40 5 21 0.001 0.001 16(Qp) Si >100

9 1168 -10843 -6352 8 40 5 21 0.001 0.001 11(Fr) Si >100

10 4182 -7133 -5355 9 18 -2 86 0.011 0.011 16(Qp) Si 26.5

10 4178 -7129 -5354 9 18 -2 86 0.011 0.011 13(Fr) Si 35.4

11 6444 -3384 -3787 9 5 -4 118 0.018 0.018 16(Qp) Si 16.3

11 6444 -3384 -3787 9 5 -4 118 0.018 0.018 11(Fr) Si 21.8

12 9426 -128 -1475 8 0 -4 159 0.028 0.028 16(Qp) Si 10.6

12 9426 -128 -1475 8 0 -4 159 0.028 0.028 11(Fr) Si 14.1

13 904 -332 -6998 0 22 7 14 0.003 0.003 11(Fr) Si >100

13 904 -332 -6998 0 22 7 14 0.003 0.003 16(Qp) Si >100

14 2318 -409 -7009 -4 8 -1 45 0.006 0.006 13(Fr) Si 62.1

14 2318 -394 -7009 -4 8 -1 45 0.006 0.006 16(Qp) Si 46.5

15 3153 -151 -5170 -4 2 -4 58 0.009 0.009 11(Fr) Si 44.3

15 3153 -151 -5170 -4 2 -4 58 0.009 0.009 16(Qp) Si 33.3

16 4060 -345 -2075 -3 -0 -4 67 0.012 0.012 16(Qp) Si 24.3

16 4091 -350 -2072 -3 -0 -4 70 0.012 0.012 14(Fr) Si 32.8

Muro :0 - Nodi : [46 - 60 - 160 - 153 ]


[kg/cmq], FC=1.20




1 1599 4687 -3206 -5 107 21 10.26 10.26 0 195 2 10 Si 15.4

2 -45 2711 -3009 -22 26 -8 10.26 10.26 -0 104 7 10 Si 28.8

3 612 1028 -1887 -16 7 -7 10.26 10.26 -0 37 10 10 Si 82.0

4 2189 608 -905 -14 3 -5 10.26 10.26 0 68 2 10 Si 44.3

5 2511 6202 -3018 -7 98 11 10.26 10.26 0 221 2 10 Si 13.6

6 242 3103 -2592 -25 27 -5 10.26 10.26 -0 117 7 10 Si 25.6

7 270 954 -1765 -19 7 -8 10.26 10.26 -0 35 7 10 Si 86.4

8 1206 138 -659 -16 2 -5 10.26 10.26 0 41 2 10 Si 73.5

9 3373 7976 -2808 -10 94 5 10.26 10.26 0 257 2 10 Si 11.7

10 532 3449 -2049 -28 28 -3 10.26 10.26 -0 128 7 10 Si 23.4

11 125 831 -1505 -22 7 -7 10.26 10.26 -0 31 7 10 Si 97.4

12 448 -206 -453 -13 2 -4 10.26 10.26 -0 25 7 10 Si >100

13 4522 10184 -2671 -14 94 -2 10.26 10.26 0 306 2 10 Si 9.80

14 1959 4572 -1487 -40 34 -1 10.26 10.26 0 137 2 10 Si 21.9

15 697 715 -1183 -25 7 -4 10.26 10.26 -0 42 7 10 Si 71.9

16 833 -424 -361 -21 1 -1 10.26 10.26 -0 33 3 10 Si 89.7

86



1 1132 4226 -2576 -4 94 20 10.26 10.26 0 207 16 16 Si 14.5

2 -3 2796 -2966 -22 27 -8 10.26 10.26 -0 106 16 16 Si 28.3

3 624 1033 -1858 -16 7 -7 10.26 10.26 -0 37 16 16 Si 82.0

4 2007 510 -791 -10 2 -5 10.26 10.26 0 68 16 16 Si 44.4

5 1871 5328 -2417 -6 86 11 10.26 10.26 0 232 16 16 Si 12.9

6 241 3189 -2531 -25 29 -6 10.26 10.26 -0 119 16 16 Si 25.2

7 259 973 -1721 -19 7 -8 10.26 10.26 -0 35 16 16 Si 86.6

8 1025 85 -563 -12 2 -5 10.26 10.26 0 40 16 16 Si 74.1

9 2561 6650 -2213 -8 82 5 10.26 10.26 0 267 16 16 Si 11.2

10 529 3532 -1972 -28 30 -4 10.26 10.26 -0 130 16 16 Si 23.1

11 118 850 -1457 -22 7 -7 10.26 10.26 -0 31 16 16 Si 97.6

12 436 -201 -435 -14 2 -4 10.26 10.26 -0 25 16 16 Si >100

13 3460 8310 -2080 -12 82 -0 10.26 10.26 0 315 16 16 Si 9.52

14 1545 3814 -1232 -33 31 -1 10.26 10.26 0 139 16 16 Si 21.6

15 690 732 -1131 -25 6 -4 10.26 10.26 -0 42 16 16 Si 72.1

16 686 -424 -330 -15 2 -1 10.26 10.26 -0 33 16 16 Si 90.0



1 1251 4071 -2692 -4 96 19 204 0.033 0.033 14(Fr) Si 12.1

1 1132 4226 -2576 -4 94 20 207 0.034 0.034 16(Qp) Si 8.76

2 -37 2764 -3014 -23 27 -8 105 0.023 0.023 14(Fr) Si 17.4

2 -3 2796 -2966 -22 27 -8 106 0.023 0.023 16(Qp) Si 12.9

3 572 1023 -1872 -17 7 -7 36 0.009 0.009 14(Fr) Si 46.5

3 624 1033 -1858 -16 7 -7 37 0.009 0.009 16(Qp) Si 34.6

4 1975 504 -793 -11 3 -5 68 0.017 0.017 14(Fr) Si 24.0

4 2007 510 -791 -10 2 -5 68 0.017 0.017 16(Qp) Si 17.6

5 1871 5328 -2417 -6 86 11 232 0.044 0.044 16(Qp) Si 6.89

5 1862 5268 -2432 -6 82 10 227 0.043 0.043 13(Fr) Si 9.28

6 241 3189 -2531 -25 29 -6 119 0.027 0.027 16(Qp) Si 11.3

6 241 3161 -2540 -25 29 -5 118 0.026 0.026 13(Fr) Si 15.2

7 261 965 -1728 -19 7 -8 34 0.008 0.008 13(Fr) Si 49.4

7 259 973 -1721 -19 7 -8 35 0.008 0.008 16(Qp) Si 36.7

8 1025 85 -563 -12 2 -5 40 0.008 0.008 16(Qp) Si 35.4

8 1025 85 -563 -12 2 -5 40 0.008 0.008 11(Fr) Si 47.2

9 2561 6650 -2213 -8 82 5 267 0.055 0.055 16(Qp) Si 5.47

9 2550 6589 -2230 -8 79 5 263 0.054 0.054 13(Fr) Si 7.36

10 529 3532 -1972 -28 30 -4 130 0.029 0.029 16(Qp) Si 10.2

10 529 3504 -1985 -28 30 -4 129 0.029 0.029 13(Fr) Si 13.7

11 118 850 -1457 -22 7 -7 31 0.007 0.007 16(Qp) Si 42.2

11 119 842 -1465 -22 7 -7 31 0.007 0.007 13(Fr) Si 56.8

12 436 -201 -435 -14 2 -4 14 0.001 0.001 16(Qp) Si >100

12 436 -201 -435 -14 2 -4 14 0.001 0.001 11(Fr) Si >100

13 3447 8247 -2098 -12 79 -1 311 0.069 0.069 13(Fr) Si 5.83

13 3460 8310 -2080 -12 82 -0 315 0.069 0.069 16(Qp) Si 4.34

14 1541 3787 -1251 -33 30 -1 138 0.032 0.032 13(Fr) Si 12.6

14 1545 3814 -1232 -33 31 -1 139 0.032 0.032 16(Qp) Si 9.41

15 690 725 -1140 -25 6 -4 27 0.006 0.006 13(Fr) Si 66.2

15 690 732 -1131 -25 6 -4 27 0.006 0.006 16(Qp) Si 49.1

16 686 -424 -330 -15 2 -1 33 0.006 0.006 16(Qp) Si 53.9

16 686 -424 -330 -15 2 -1 33 0.006 0.006 11(Fr) Si 71.9

Muro :0 - Nodi : [60 - 55 - 159 - 160 ]


[kg/cmq], FC=1.20




1 1075 8413 -3152 -14 20 2 10.26 10.26 -1 180 7 10 Si 16.6

87


2 1505 3752 -2399 -31 -0 4 10.26 10.26 -2 86 7 10 Si 34.7

3 719 703 -1746 -25 -5 -1 10.26 10.26 -2 61 7 10 Si 49.5

4 -64 -484 -666 -15 -4 0 10.26 10.26 -1 28 7 10 Si >100

5 772 9166 -2598 -10 25 -2 10.26 10.26 -1 175 4 10 Si 17.1

6 1047 3530 -1836 -24 -1 2 10.26 10.26 -2 66 7 10 Si 45.7

7 446 772 -1361 -21 -5 -1 10.26 10.26 -1 50 7 10 Si 60.5

8 -225 -270 -600 -14 -3 1 10.26 10.26 -1 24 7 10 Si >100

9 83 8403 -1863 -6 26 -5 10.26 10.26 -1 166 4 10 Si 18.1

10 737 3278 -1356 -19 -1 -0 10.26 10.26 -1 56 7 8 Si 53.2

11 424 809 -1033 -19 -5 0 10.26 10.26 -1 44 7 10 Si 68.6

12 -59 -106 -502 -13 -3 2 10.26 10.26 -1 25 7 10 Si >100

13 -855 7532 -1057 -3 28 -9 10.26 10.26 -1 154 4 10 Si 19.5

14 115 2996 -976 -15 -0 -1 10.26 10.26 -1 44 7 10 Si 67.9

15 329 772 -779 -16 -4 1 10.26 10.26 -1 37 7 10 Si 82.0

16 156 54 -364 -12 -2 2 10.26 10.26 -1 26 7 10 Si >100



1 1378 8598 -2909 -14 20 2 10.26 10.26 -1 181 16 16 Si 16.6

2 1695 3823 -2208 -31 -0 4 10.26 10.26 -2 88 16 16 Si 34.0

3 790 724 -1643 -25 -5 -1 10.26 10.26 -2 62 16 16 Si 48.7

4 -8 -477 -625 -15 -4 0 10.26 10.26 -1 29 16 16 Si >100

5 809 7769 -2287 -9 23 -1 10.26 10.26 -1 175 16 16 Si 17.2

6 1181 3557 -1638 -25 -1 2 10.26 10.26 -2 67 16 16 Si 44.7

7 476 783 -1253 -22 -5 -1 10.26 10.26 -1 50 16 16 Si 59.8

8 -198 -272 -557 -14 -3 1 10.26 10.26 -1 25 16 16 Si >100

9 218 6944 -1641 -5 24 -5 10.26 10.26 -1 164 16 16 Si 18.3

10 857 3264 -1159 -19 -1 0 10.26 10.26 -1 51 16 16 Si 58.4

11 460 812 -924 -19 -5 0 10.26 10.26 -1 44 16 16 Si 67.7

12 -12 -109 -460 -13 -3 2 10.26 10.26 -1 26 16 16 Si >100

13 -605 6031 -938 -3 25 -8 10.26 10.26 -1 151 16 16 Si 19.9

14 171 2937 -789 -15 -0 -1 10.26 10.26 -1 43 16 16 Si 69.1

15 301 760 -671 -16 -4 1 10.26 10.26 -1 37 16 16 Si 82.0

16 151 43 -326 -12 -2 2 10.26 10.26 -1 26 16 16 Si >100



1 1314 8540 -2954 -14 20 2 180 0.023 0.023 13(Fr) Si 17.4

1 1378 8598 -2909 -14 20 2 181 0.023 0.023 16(Qp) Si 13.0

2 1654 3797 -2245 -31 -0 4 56 0.013 0.013 13(Fr) Si 31.8

2 1695 3823 -2208 -31 -0 4 57 0.013 0.013 16(Qp) Si 23.7

3 775 715 -1663 -25 -5 -1 34 0.002 0.002 13(Fr) Si >100

3 790 724 -1643 -25 -5 -1 35 0.002 0.002 16(Qp) Si >100

4 -75 -492 -711 -15 -4 0 15 0.001 0.001 1(Fr) Si >100

4 -8 -477 -625 -15 -4 0 16 0.001 0.001 16(Qp) Si >100

5 809 7769 -2287 -9 23 -1 116 0.006 0.006 16(Qp) Si 48.9

5 757 7738 -2335 -9 23 -2 115 0.006 0.006 13(Fr) Si 65.4

6 1181 3557 -1638 -25 -1 2 55 0.011 0.011 16(Qp) Si 26.4

6 1152 3540 -1677 -24 -1 2 55 0.011 0.011 13(Fr) Si 35.4

7 469 777 -1275 -22 -5 -1 28 0.001 0.001 13(Fr) Si >100

7 476 783 -1253 -22 -5 -1 28 0.001 0.001 16(Qp) Si >100

8 -198 -272 -557 -14 -3 1 13 0.001 0.001 16(Qp) Si >100

8 -262 -267 -643 -14 -3 1 12 0.001 0.001 1(Fr) Si >100

9 218 6944 -1641 -5 24 -5 107 0.006 0.006 16(Qp) Si 53.9

9 173 6939 -1691 -5 24 -5 107 0.006 0.006 13(Fr) Si 71.9

10 857 3264 -1159 -19 -1 0 51 0.010 0.010 16(Qp) Si 28.8

10 831 3256 -1200 -19 -1 0 50 0.010 0.010 13(Fr) Si 38.5

11 460 812 -924 -19 -5 0 25 0.001 0.001 16(Qp) Si >100

11 452 807 -947 -19 -5 0 24 0.001 0.001 13(Fr) Si >100

12 -12 -109 -460 -13 -3 2 14 0.001 0.001 16(Qp) Si >100

12 -83 -94 -542 -13 -3 2 13 0.001 0.001 1(Fr) Si >100

13 -605 6031 -938 -3 25 -8 96 0.005 0.005 11(Fr) Si 80.6

13 -605 6031 -938 -3 25 -8 96 0.005 0.005 16(Qp) Si 60.4

88


14 171 2937 -789 -15 -0 -1 43 0.010 0.010 11(Fr) Si 41.0

14 171 2937 -789 -15 -0 -1 43 0.010 0.010 16(Qp) Si 30.7

15 306 758 -694 -16 -4 1 20 0.001 0.001 13(Fr) Si >100

15 301 760 -671 -16 -4 1 20 0.001 0.001 16(Qp) Si >100

16 151 43 -326 -12 -2 2 14 0.001 0.001 16(Qp) Si >100

16 50 62 -404 -12 -2 2 13 0.001 0.001 1(Fr) Si >100

Muro :0 - Nodi : [55 - 54 - 158 - 159 ]


[kg/cmq], FC=1.20




1 918 533 1104 4 30 -10 10.26 10.26 -2 67 10 10 Si 44.7

2 1064 209 1018 1 8 -4 10.26 10.26 -1 25 10 4 Si >100

3 842 135 989 -2 0 1 10.26 10.26 0 13 4 10 Si >100

4 -236 -184 247 -2 -1 2 10.26 10.26 -0 1 7 10 Si >100

5 764 -5749 1002 7 35 -3 10.26 10.26 -2 27 7 10 Si >100

6 1491 -3668 1034 9 17 -2 10.26 10.26 -1 44 7 10 Si 68.7

7 1440 -1994 733 10 6 -2 10.26 10.26 -1 43 8 10 Si 69.6

8 1207 -352 343 10 1 -1 10.26 10.26 -1 40 8 10 Si 74.9

9 821 -5852 -934 7 34 3 10.26 10.26 -1 27 8 10 Si >100

10 1601 -3719 -1028 9 18 3 10.26 10.26 -1 45 9 10 Si 66.7

11 1448 -2001 -798 10 6 2 10.26 10.26 -1 44 7 10 Si 68.3

12 1163 -374 -382 10 1 2 10.26 10.26 -1 39 7 10 Si 76.7

13 1273 133 -1146 5 31 11 10.26 10.26 -2 66 7 10 Si 45.8

14 1364 344 -1190 1 9 6 10.26 10.26 -1 27 7 9 Si >100

15 665 390 -737 -1 0 1 10.26 10.26 0 15 2 10 Si >100

16 -453 -176 -244 -1 -1 -1 10.26 10.26 -0 2 8 10 Si >100



1 983 245 1068 4 30 -10 10.26 10.26 -2 62 16 16 Si 48.3

2 1153 76 1035 1 8 -4 10.26 10.26 -0 20 16 16 Si >100

3 693 -50 727 -1 0 1 10.26 10.26 -0 14 16 16 Si >100

4 -146 -187 268 -2 -1 2 10.26 10.26 -0 2 16 16 Si >100

5 776 -5838 834 7 34 -3 10.26 10.26 -2 27 16 16 Si 93.0

6 1529 -3735 898 9 17 -2 10.26 10.26 -1 44 16 16 Si 68.7

7 1401 -1965 740 10 6 0 10.26 10.26 -1 43 16 16 Si 69.4

8 1223 -344 341 10 1 1 10.26 10.26 -1 40 16 16 Si 74.5

9 817 -5814 -822 7 34 5 10.26 10.26 -2 27 16 16 Si 92.9

10 1580 -3690 -960 9 17 4 10.26 10.26 -1 44 16 16 Si 67.7

11 1413 -1957 -864 10 6 2 10.26 10.26 -1 43 16 16 Si 69.4

12 1131 -375 -405 10 1 1 10.26 10.26 -1 38 16 16 Si 78.0

13 1177 446 -1131 5 31 11 10.26 10.26 -2 68 16 16 Si 44.2

14 1262 462 -1138 1 9 6 10.26 10.26 -1 25 16 16 Si >100

15 647 184 -683 -2 0 1 10.26 10.26 -0 14 16 16 Si >100

16 -335 -186 -239 -3 -1 0 10.26 10.26 -0 1 16 16 Si >100



1 983 245 1068 4 30 -10 34 0.002 0.002 11(Fr) Si >100

1 983 245 1068 4 30 -10 34 0.002 0.002 16(Qp) Si >100

2 1119 114 1020 1 8 -4 20 0.003 0.003 13(Fr) Si >100

2 1153 76 1035 1 8 -4 20 0.003 0.003 16(Qp) Si 88.2

3 623 15 620 -1 0 1 12 0.002 0.002 1(Fr) Si >100

3 693 -50 727 -1 0 1 14 0.002 0.002 16(Qp) Si >100

4 -317 -181 224 -2 -1 2 0 0.000 0.000 1(Fr) Si >100

4 -146 -187 268 -2 -1 2 2 0.000 0.000 16(Qp) Si >100

89


5 776 -5838 834 7 34 -3 16 0.001 0.001 16(Qp) Si >100

5 770 -5831 810 7 34 -4 16 0.001 0.001 14(Fr) Si >100

6 1529 -3735 898 9 17 -2 27 0.001 0.001 16(Qp) Si >100

6 1516 -3715 921 9 17 -2 27 0.001 0.001 13(Fr) Si >100

7 1284 -1946 720 11 6 0 26 0.001 0.001 1(Fr) Si >100

7 1401 -1965 740 10 6 0 26 0.001 0.001 16(Qp) Si >100

8 1223 -344 341 10 1 1 24 0.001 0.001 16(Qp) Si >100

8 979 -358 336 11 1 1 22 0.001 0.001 1(Fr) Si >100

9 817 -5814 -822 7 34 5 16 0.001 0.001 16(Qp) Si >100

9 815 -5810 -840 7 34 5 16 0.001 0.001 14(Fr) Si >100

10 1580 -3690 -960 9 17 4 28 0.001 0.001 16(Qp) Si >100

10 1578 -3689 -976 9 17 3 28 0.001 0.001 14(Fr) Si >100

11 1413 -1957 -864 10 6 2 27 0.001 0.001 16(Qp) Si >100

11 1308 -1942 -831 11 6 3 26 0.001 0.001 1(Fr) Si >100

12 1131 -375 -405 10 1 1 23 0.001 0.001 16(Qp) Si >100

12 895 -389 -395 11 1 2 21 0.001 0.001 1(Fr) Si >100

13 1194 377 -1126 5 31 11 36 0.002 0.002 13(Fr) Si >100

13 1177 446 -1131 5 31 11 37 0.002 0.002 16(Qp) Si >100

14 1247 488 -1138 2 9 5 23 0.004 0.004 14(Fr) Si >100

14 1262 462 -1138 1 9 6 22 0.004 0.004 16(Qp) Si 81.4

15 647 184 -683 -2 0 1 3 0.001 0.001 11(Fr) Si >100

15 647 184 -683 -2 0 1 3 0.001 0.001 16(Qp) Si >100

16 -335 -186 -239 -3 -1 0 1 0.000 0.000 16(Qp) Si >100

16 -360 -184 -238 -3 -1 -0 1 0.000 0.000 14(Fr) Si >100

Muro :0 - Nodi : [54 - 57 - 156 - 158 ]


[kg/cmq], FC=1.20




1 255 8717 386 -1 31 10 10.26 10.26 -1 176 4 10 Si 17.0

2 -108 4083 897 -10 1 3 10.26 10.26 -1 59 8 10 Si 51.0

3 206 1283 1077 -13 -4 -0 10.26 10.26 -1 35 8 10 Si 85.4

4 182 215 519 -11 -2 -2 10.26 10.26 -1 34 8 10 Si 89.5

5 1250 10142 1131 -3 31 7 10.26 10.26 -1 198 4 10 Si 15.1

6 434 4514 1403 -14 -0 1 10.26 10.26 -1 66 8 10 Si 45.6

7 268 1333 1367 -16 -4 0 10.26 10.26 -1 43 8 10 Si 69.2

8 -40 58 706 -12 -3 -2 10.26 10.26 -1 35 8 10 Si 85.2

9 1951 11646 1764 -7 30 4 10.26 10.26 -0 220 4 10 Si 13.6

10 707 4860 2066 -19 -1 -1 10.26 10.26 -1 72 8 10 Si 41.5

11 272 1301 1730 -19 -5 1 10.26 10.26 -1 49 8 10 Si 61.3

12 -191 -76 851 -13 -3 -1 10.26 10.26 -1 36 8 10 Si 84.2

13 1923 11653 2553 -10 26 0 10.26 10.26 -1 240 8 10 Si 12.5

14 1227 5083 2891 -25 -0 -3 10.26 10.26 -2 88 8 4 Si 33.9

15 510 1233 2138 -21 -5 1 10.26 10.26 -1 59 8 10 Si 50.4

16 -54 -240 967 -14 -4 -1 10.26 10.26 -1 41 8 10 Si 73.0



1 226 7132 572 -1 28 9 10.26 10.26 -1 175 16 16 Si 17.2

2 -166 3877 813 -13 1 3 10.26 10.26 -1 58 16 16 Si 51.6

3 161 1209 1022 -17 -4 -0 10.26 10.26 -1 35 16 16 Si 85.6

4 220 195 497 -15 -3 -2 10.26 10.26 -1 33 16 16 Si 90.8

5 1058 8412 1217 -3 28 6 10.26 10.26 -1 196 16 16 Si 15.3

6 459 4317 1289 -17 -1 2 10.26 10.26 -1 65 16 16 Si 46.4

7 310 1267 1302 -19 -5 0 10.26 10.26 -1 43 16 16 Si 70.4

8 85 47 675 -17 -3 -1 10.26 10.26 -1 34 16 16 Si 87.6

9 1631 9760 1768 -6 27 4 10.26 10.26 -1 216 16 16 Si 13.9

10 748 4675 1931 -21 -1 -0 10.26 10.26 -1 71 16 16 Si 42.3

11 310 1235 1652 -22 -5 1 10.26 10.26 -1 48 16 16 Si 62.2

90


12 -70 -84 817 -18 -4 -1 10.26 10.26 -1 35 16 16 Si 86.2

13 2115 11343 2285 -11 25 0 10.26 10.26 -1 235 16 16 Si 12.8

14 1297 4915 2739 -28 -0 -3 10.26 10.26 -2 75 16 16 Si 40.1

15 567 1169 2047 -25 -5 1 10.26 10.26 -2 58 16 16 Si 51.3

16 91 -236 933 -20 -5 -0 10.26 10.26 -1 40 16 16 Si 74.9



1 254 7118 534 -1 28 9 112 0.006 0.006 13(Fr) Si 68.9

1 226 7132 572 -1 28 9 112 0.006 0.006 16(Qp) Si 51.6

2 -172 3873 790 -13 1 3 58 0.013 0.013 13(Fr) Si 31.5

2 -166 3877 813 -13 1 3 58 0.013 0.013 16(Qp) Si 23.6

3 150 1207 1012 -17 -4 -0 19 0.001 0.001 13(Fr) Si >100

3 161 1209 1022 -17 -4 -0 19 0.001 0.001 16(Qp) Si >100

4 210 198 501 -14 -2 -2 17 0.001 0.001 14(Fr) Si >100

4 220 195 497 -15 -3 -2 18 0.001 0.001 16(Qp) Si >100

5 1058 8412 1217 -3 28 6 128 0.007 0.007 16(Qp) Si 44.7

5 1058 8412 1217 -3 28 6 128 0.007 0.007 11(Fr) Si 59.6

6 459 4317 1289 -17 -1 2 65 0.014 0.014 16(Qp) Si 21.1

6 459 4317 1289 -17 -1 2 65 0.014 0.014 11(Fr) Si 28.2

7 301 1275 1315 -19 -5 0 23 0.001 0.001 14(Fr) Si >100

7 310 1267 1302 -19 -5 0 23 0.001 0.001 16(Qp) Si >100

8 85 47 675 -17 -3 -1 18 0.001 0.001 16(Qp) Si >100

8 59 48 681 -16 -3 -1 17 0.001 0.001 14(Fr) Si >100

9 1631 9760 1768 -6 27 4 144 0.008 0.008 16(Qp) Si 39.0

9 1631 9760 1768 -6 27 4 144 0.008 0.008 11(Fr) Si 52.0

10 748 4675 1931 -21 -1 -0 71 0.015 0.015 16(Qp) Si 19.8

10 748 4675 1931 -21 -1 -0 71 0.015 0.015 11(Fr) Si 26.3

11 310 1235 1652 -22 -5 1 26 0.001 0.001 16(Qp) Si >100

11 302 1243 1667 -21 -5 1 25 0.001 0.001 14(Fr) Si >100

12 -70 -84 817 -18 -4 -1 18 0.001 0.001 16(Qp) Si >100

12 -95 -83 824 -17 -4 -1 17 0.001 0.001 14(Fr) Si >100

13 2115 11343 2285 -11 25 0 235 0.031 0.031 11(Fr) Si 13.0

13 2115 11343 2285 -11 25 0 235 0.031 0.031 16(Qp) Si 9.78

14 1297 4915 2739 -28 -0 -3 73 0.016 0.016 11(Fr) Si 24.5

14 1297 4915 2739 -28 -0 -3 73 0.016 0.016 16(Qp) Si 18.4

15 554 1177 2063 -25 -5 1 31 0.001 0.001 14(Fr) Si >100

15 567 1169 2047 -25 -5 1 32 0.002 0.002 16(Qp) Si >100

16 91 -236 933 -20 -5 -0 22 0.001 0.001 16(Qp) Si >100

16 61 -237 939 -19 -5 -1 20 0.001 0.001 14(Fr) Si >100

Muro :0 - Nodi : [57 - 45 - 149 - 156 ]


[kg/cmq], FC=1.20




1 5888 13433 4016 -14 15 2 10.26 10.26 0 216 2 10 Si 13.9

2 1971 5120 3119 -26 0 1 10.26 10.26 -2 96 8 4 Si 31.2

3 996 1238 2668 -22 -2 1 10.26 10.26 -1 67 8 10 Si 44.7

4 1204 -213 1035 -15 -0 0 10.26 10.26 -1 61 8 10 Si 49.1

5 4412 11439 4614 -11 16 -0 10.26 10.26 0 192 2 10 Si 15.6

6 883 4783 4057 -22 0 1 10.26 10.26 -1 70 8 10 Si 42.9

7 443 1211 3031 -19 -1 2 10.26 10.26 -1 53 8 10 Si 56.8

8 905 -184 1182 -14 -0 2 10.26 10.26 -1 54 8 10 Si 55.8

9 3320 9772 5302 -8 16 -2 10.26 10.26 0 173 2 10 Si 17.4

10 601 4335 4788 -18 1 1 10.26 10.26 -1 66 8 10 Si 45.7

11 698 1179 3359 -17 -1 3 10.26 10.26 -1 52 8 10 Si 57.9

12 1598 -59 1315 -13 -0 2 10.26 10.26 -1 62 8 10 Si 48.2

13 2065 7379 5310 -5 17 -5 10.26 10.26 0 154 6 10 Si 19.4

14 269 3807 5327 -15 2 1 10.26 10.26 -1 61 8 10 Si 49.1

91


15 1160 1061 3578 -15 -1 3 10.26 10.26 -1 56 8 10 Si 53.7

16 2782 197 1520 -12 -0 3 10.26 10.26 -1 80 8 10 Si 37.4



1 5098 11605 3409 -13 14 2 10.26 10.26 -0 208 16 16 Si 14.4

2 1939 4966 2941 -28 -0 1 10.26 10.26 -2 87 16 16 Si 34.5

3 1007 1177 2572 -26 -2 1 10.26 10.26 -2 66 16 16 Si 45.2

4 1294 -210 996 -20 -1 0 10.26 10.26 -1 60 16 16 Si 49.8

5 3828 9856 3953 -10 15 -0 10.26 10.26 -0 185 16 16 Si 16.2

6 870 4666 3863 -24 0 1 10.26 10.26 -1 68 16 16 Si 43.9

7 461 1164 2926 -23 -2 2 10.26 10.26 -1 52 16 16 Si 57.5

8 984 -185 1141 -19 -1 1 10.26 10.26 -1 53 16 16 Si 56.6

9 2893 8390 4566 -7 15 -2 10.26 10.26 -0 165 16 16 Si 18.2

10 592 4258 4588 -20 1 1 10.26 10.26 -1 64 16 16 Si 46.9

11 707 1143 3248 -20 -2 2 10.26 10.26 -1 51 16 16 Si 58.6

12 1648 -64 1271 -18 -0 2 10.26 10.26 -1 62 16 16 Si 48.7

13 2026 7008 5277 -5 16 -5 10.26 10.26 -0 147 16 16 Si 20.4

14 321 3776 5128 -16 2 0 10.26 10.26 -1 59 16 16 Si 50.5

15 1221 1041 3466 -18 -1 3 10.26 10.26 -1 55 16 16 Si 54.5

16 2859 194 1476 -16 -0 2 10.26 10.26 -1 79 16 16 Si 37.9



1 5098 11605 3409 -13 14 2 208 0.033 0.033 11(Fr) Si 11.9

1 5098 11605 3409 -13 14 2 208 0.033 0.033 16(Qp) Si 8.96

2 1939 4966 2941 -28 -0 1 73 0.017 0.017 11(Fr) Si 24.2

2 1939 4966 2941 -28 -0 1 73 0.017 0.017 16(Qp) Si 18.1

3 1007 1177 2572 -26 -2 1 24 0.003 0.003 11(Fr) Si >100

3 1007 1177 2572 -26 -2 1 24 0.003 0.003 16(Qp) Si 93.6

4 1274 -210 1002 -19 -1 0 34 0.002 0.002 14(Fr) Si >100

4 1294 -210 996 -20 -1 0 35 0.002 0.002 16(Qp) Si >100

5 3828 9856 3953 -10 15 -0 185 0.028 0.028 16(Qp) Si 10.8

5 3828 9856 3953 -10 15 -0 185 0.028 0.028 11(Fr) Si 14.4

6 870 4666 3863 -24 0 1 68 0.016 0.016 16(Qp) Si 19.2

6 872 4676 3897 -23 0 1 69 0.016 0.016 14(Fr) Si 25.6

7 461 1164 2926 -23 -2 2 23 0.003 0.003 11(Fr) Si >100

7 461 1164 2926 -23 -2 2 23 0.003 0.003 16(Qp) Si 93.1

8 984 -185 1141 -19 -1 1 30 0.001 0.001 16(Qp) Si >100

8 967 -186 1148 -18 -0 1 29 0.001 0.001 14(Fr) Si >100

9 2893 8390 4566 -7 15 -2 165 0.023 0.023 16(Qp) Si 13.0

9 2893 8390 4566 -7 15 -2 165 0.023 0.023 11(Fr) Si 17.3

10 592 4258 4588 -20 1 1 64 0.014 0.014 16(Qp) Si 21.5

10 593 4260 4621 -19 1 1 64 0.014 0.014 14(Fr) Si 28.8

11 707 1143 3248 -20 -2 2 21 0.003 0.003 16(Qp) Si 92.8

11 707 1143 3248 -20 -2 2 21 0.003 0.003 11(Fr) Si >100

12 1648 -64 1271 -18 -0 2 37 0.002 0.002 16(Qp) Si >100

12 1636 -64 1278 -17 -0 2 36 0.002 0.002 14(Fr) Si >100

13 2019 6991 5320 -5 16 -5 146 0.019 0.019 14(Fr) Si 21.2

13 2026 7008 5277 -5 16 -5 147 0.019 0.019 16(Qp) Si 15.9

14 310 3770 5161 -16 2 1 59 0.012 0.012 14(Fr) Si 33.7

14 321 3776 5128 -16 2 0 59 0.012 0.012 16(Qp) Si 25.2

15 1221 1041 3466 -18 -1 3 19 0.003 0.003 11(Fr) Si >100

15 1221 1041 3466 -18 -1 3 19 0.003 0.003 16(Qp) Si >100

16 2859 194 1476 -16 -0 2 49 0.003 0.003 16(Qp) Si >100

16 2840 193 1483 -15 -0 2 48 0.002 0.002 14(Fr) Si >100

Muro :0 - Nodi : [45 - 15 - 119 - 149 ]


[kg/cmq], FC=1.20

92




1 1342 92 7113 2 23 -8 10.26 10.26 -1 57 8 10 Si 52.7

2 2377 38 6951 -2 9 -0 10.26 10.26 -1 41 8 10 Si 72.8

3 2982 92 4965 -5 2 2 10.26 10.26 -0 58 7 10 Si 51.7

4 4377 -132 2117 -7 -0 3 10.26 10.26 -0 75 4 10 Si 39.8

5 1263 -10966 6212 7 40 -5 10.26 10.26 -2 35 8 10 Si 85.1

6 4317 -7140 5362 9 19 1 10.26 10.26 -1 87 9 10 Si 34.4

7 6437 -3335 3802 8 6 1 10.26 10.26 -0 117 10 10 Si 25.6

8 10467 -134 1649 8 0 3 10.26 10.26 -0 156 2 10 Si 19.2

9 2584 -18890 -676 11 53 4 10.26 10.26 -3 65 8 10 Si 46.4

10 6159 -10960 -1592 11 21 4 10.26 10.26 -2 123 8 10 Si 24.5

11 7719 -4897 -1684 8 4 2 10.26 10.26 -1 138 8 10 Si 21.7

12 11634 -203 -818 7 -0 -1 10.26 10.26 -0 172 4 10 Si 17.5

13 3392 -8355 -9534 5 49 9 10.26 10.26 -2 66 9 10 Si 45.6

14 4967 -3926 -8563 -5 10 1 10.26 10.26 -1 85 8 10 Si 35.3

15 4949 -1628 -5986 -11 -0 -5 10.26 10.26 -0 103 7 10 Si 29.1

16 5836 -269 -2317 -14 -1 -4 10.26 10.26 -0 125 7 10 Si 24.0



1 1215 474 6990 2 24 -9 10.26 10.26 -1 54 16 16 Si 55.3

2 2282 184 6827 -3 9 -1 10.26 10.26 -1 41 16 16 Si 72.9

3 2969 55 4936 -5 2 2 10.26 10.26 -0 58 16 16 Si 52.1

4 3985 -167 1908 -6 -0 3 10.26 10.26 -0 75 16 16 Si 40.0

5 1224 -10739 6296 7 40 -7 10.26 10.26 -2 35 16 16 Si 71.0

6 4265 -7044 5373 9 19 -0 10.26 10.26 -1 86 16 16 Si 34.7

7 6386 -3313 3772 8 5 2 10.26 10.26 -0 116 16 16 Si 25.8

8 9230 -162 1465 7 0 1 10.26 10.26 -0 155 16 16 Si 19.4

9 2611 -18995 -545 11 53 2 10.26 10.26 -3 64 16 16 Si 46.1

10 6177 -11022 -1505 11 21 3 10.26 10.26 -2 122 16 16 Si 24.7

11 7719 -4927 -1644 9 5 0 10.26 10.26 -1 137 16 16 Si 21.9

12 10517 -217 -720 6 -0 -1 10.26 10.26 -0 171 16 16 Si 17.6

13 3458 -8602 -9524 5 48 9 10.26 10.26 -2 65 16 16 Si 46.3

14 5051 -4089 -8622 -4 10 -1 10.26 10.26 -1 85 16 16 Si 35.4

15 4931 -1653 -5950 -11 -1 -5 10.26 10.26 -0 103 16 16 Si 29.2

16 5823 -274 -2305 -14 -1 -4 10.26 10.26 -0 125 16 16 Si 24.1



1 1215 474 6990 2 24 -9 22 0.003 0.003 11(Fr) Si >100

1 1215 474 6990 2 24 -9 22 0.003 0.003 16(Qp) Si 86.0

2 2282 184 6827 -3 9 -1 41 0.007 0.007 11(Fr) Si 60.9

2 2282 184 6827 -3 9 -1 41 0.007 0.007 16(Qp) Si 45.6

3 2967 60 4934 -5 2 2 58 0.008 0.008 13(Fr) Si 48.6

3 2969 55 4936 -5 2 2 58 0.008 0.008 16(Qp) Si 36.4

4 3980 -167 1907 -6 -0 3 75 0.011 0.011 13(Fr) Si 35.7

4 3985 -167 1908 -6 -0 3 75 0.011 0.011 16(Qp) Si 26.7

5 1224 -10739 6296 7 40 -7 22 0.001 0.001 16(Qp) Si >100

5 1224 -10741 6295 7 40 -7 22 0.001 0.001 13(Fr) Si >100

6 4265 -7044 5373 9 19 -0 86 0.012 0.012 16(Qp) Si 25.8

6 4265 -7044 5373 9 19 -0 86 0.012 0.012 11(Fr) Si 34.4

7 6387 -3320 3763 8 6 2 116 0.018 0.018 14(Fr) Si 21.9

7 6386 -3313 3772 8 5 2 116 0.018 0.018 16(Qp) Si 16.4

8 9230 -162 1465 7 0 1 155 0.028 0.028 16(Qp) Si 10.8

8 9227 -162 1462 7 0 2 155 0.028 0.028 14(Fr) Si 14.4

9 2611 -18995 -545 11 53 2 41 0.002 0.002 16(Qp) Si >100

9 2601 -18948 -569 11 53 3 41 0.002 0.002 14(Fr) Si >100

10 6177 -11022 -1505 11 21 3 122 0.017 0.017 16(Qp) Si 17.6

10 6163 -10995 -1519 11 21 3 121 0.017 0.017 14(Fr) Si 23.5

11 7719 -4927 -1644 9 5 0 137 0.022 0.022 16(Qp) Si 13.4

11 7707 -4915 -1649 9 5 1 137 0.022 0.022 14(Fr) Si 17.9

93


12 10517 -217 -720 6 -0 -1 171 0.032 0.032 16(Qp) Si 9.27

12 10511 -217 -721 6 -0 -1 171 0.032 0.032 13(Fr) Si 12.4

13 3427 -8513 -9501 5 49 9 64 0.010 0.010 14(Fr) Si 41.4

13 3458 -8602 -9524 5 48 9 65 0.010 0.010 16(Qp) Si 30.8

14 5027 -4055 -8597 -4 10 -0 85 0.015 0.015 14(Fr) Si 26.6

14 5051 -4089 -8622 -4 10 -1 85 0.015 0.015 16(Qp) Si 19.8

15 4920 -1642 -5933 -11 -1 -5 103 0.013 0.013 14(Fr) Si 30.2

15 4931 -1653 -5950 -11 -1 -5 103 0.013 0.013 16(Qp) Si 22.5

16 5823 -274 -2305 -14 -1 -4 125 0.016 0.016 16(Qp) Si 19.3

16 5820 -274 -2299 -15 -1 -4 85 0.005 0.005 14(Fr) Si 86.7

Muro :0 - Nodi : [15 - 10 - 109 - 119 ]


[kg/cmq], FC=1.20




1 2135 8377 -10193 -8 40 5 10.26 10.26 -2 221 9 10 Si 13.6

2 145 3625 -8594 -31 -1 -6 10.26 10.26 -2 62 7 10 Si 48.5

3 423 785 -5561 -34 -4 -8 10.26 10.26 -2 74 7 10 Si 40.8

4 2645 -20 -2257 -30 -1 -5 10.26 10.26 -2 103 7 10 Si 29.1

5 4009 13593 -9707 -13 42 -1 10.26 10.26 -1 277 3 10 Si 10.8

6 1798 4896 -7912 -38 -2 -7 10.26 10.26 -2 103 7 10 Si 29.2

7 1470 1211 -5351 -39 -4 -7 10.26 10.26 -2 100 7 10 Si 30.0

8 2744 -113 -2155 -33 -1 -4 10.26 10.26 -2 109 7 10 Si 27.4

9 5086 15585 -7788 -17 39 -5 10.26 10.26 -1 333 7 10 Si 9.02

10 2317 5914 -6937 -46 -4 -7 10.26 10.26 -3 128 7 10 Si 23.4

11 1167 1420 -5016 -44 -5 -5 10.26 10.26 -3 104 7 10 Si 28.9

12 1774 -209 -2015 -35 -1 -3 10.26 10.26 -2 97 7 10 Si 30.9

13 6938 19236 -6294 -25 37 -8 10.26 10.26 -1 382 7 10 Si 7.85

14 4111 6745 -5674 -57 -4 -6 10.26 10.26 -4 179 7 10 Si 16.8

15 2247 1643 -4613 -48 -5 -2 10.26 10.26 -3 131 7 10 Si 22.9

16 2481 -108 -1813 -36 -1 -1 10.26 10.26 -2 112 7 10 Si 26.9



1 2123 8276 -10298 -8 39 5 10.26 10.26 -2 214 16 16 Si 14.0

2 121 3498 -8574 -31 -1 -6 10.26 10.26 -2 62 16 16 Si 48.7

3 402 746 -5555 -34 -4 -8 10.26 10.26 -2 73 16 16 Si 41.0

4 2623 -28 -2255 -30 -1 -4 10.26 10.26 -2 102 16 16 Si 29.3

5 3746 11750 -9084 -12 38 -1 10.26 10.26 -1 270 16 16 Si 11.1

6 1795 4765 -7913 -38 -2 -6 10.26 10.26 -2 103 16 16 Si 29.2

7 1470 1174 -5350 -39 -4 -6 10.26 10.26 -2 99 16 16 Si 30.2

8 2745 -118 -2157 -33 -1 -4 10.26 10.26 -2 109 16 16 Si 27.5

9 5040 15220 -7837 -18 37 -5 10.26 10.26 -1 325 16 16 Si 9.22

10 2312 5783 -6959 -46 -4 -7 10.26 10.26 -3 128 16 16 Si 23.5

11 1169 1384 -5022 -43 -5 -5 10.26 10.26 -3 104 16 16 Si 29.0

12 1778 -213 -2019 -35 -1 -3 10.26 10.26 -2 97 16 16 Si 31.0

13 6879 18846 -6371 -25 36 -8 10.26 10.26 -1 375 16 16 Si 8.00

14 4089 6623 -5722 -57 -4 -6 10.26 10.26 -4 178 16 16 Si 16.9

15 2242 1609 -4624 -48 -5 -2 10.26 10.26 -3 130 16 16 Si 23.0

16 2482 -109 -1818 -36 -1 -1 10.26 10.26 -2 111 16 16 Si 26.9



1 2123 8276 -10298 -8 39 5 136 0.007 0.007 11(Fr) Si 57.5

1 2123 8276 -10298 -8 39 5 136 0.007 0.007 16(Qp) Si 43.2

2 134 3491 -8531 -31 -1 -6 53 0.011 0.011 14(Fr) Si 35.2

2 121 3498 -8574 -31 -1 -6 53 0.011 0.011 16(Qp) Si 26.3

94


3 402 746 -5555 -34 -4 -8 40 0.002 0.002 11(Fr) Si >100

3 402 746 -5555 -34 -4 -8 40 0.002 0.002 16(Qp) Si >100

4 2623 -27 -2252 -30 -1 -5 61 0.003 0.003 13(Fr) Si >100

4 2623 -28 -2255 -30 -1 -4 61 0.003 0.003 16(Qp) Si >100

5 3746 11750 -9084 -12 38 -1 178 0.009 0.009 16(Qp) Si 32.1

5 3728 11727 -9027 -12 38 -1 177 0.009 0.009 14(Fr) Si 42.9

6 1795 4765 -7913 -38 -2 -6 76 0.015 0.015 16(Qp) Si 20.3

6 1792 4747 -7870 -38 -2 -6 76 0.015 0.015 14(Fr) Si 27.2

7 1468 1177 -5343 -39 -4 -6 56 0.003 0.003 13(Fr) Si >100

7 1470 1174 -5350 -39 -4 -6 56 0.003 0.003 16(Qp) Si >100

8 2745 -118 -2157 -33 -1 -4 65 0.003 0.003 16(Qp) Si 95.2

8 2741 -117 -2153 -33 -1 -4 64 0.003 0.003 13(Fr) Si >100

9 5040 15220 -7837 -18 37 -5 325 0.041 0.041 16(Qp) Si 7.37

9 5008 15176 -7782 -18 37 -5 325 0.041 0.041 14(Fr) Si 9.86

10 2312 5783 -6959 -46 -4 -7 94 0.018 0.018 16(Qp) Si 16.9

10 2308 5757 -6918 -47 -4 -7 94 0.018 0.018 14(Fr) Si 22.7

11 1169 1384 -5022 -43 -5 -5 58 0.003 0.003 16(Qp) Si >100

11 1167 1386 -5014 -43 -5 -5 58 0.003 0.003 13(Fr) Si >100

12 1778 -213 -2019 -35 -1 -3 56 0.003 0.003 16(Qp) Si >100

12 1775 -212 -2016 -35 -1 -3 56 0.003 0.003 13(Fr) Si >100

13 6833 18778 -6316 -26 36 -8 375 0.052 0.052 14(Fr) Si 7.76

13 6879 18846 -6371 -25 36 -8 375 0.052 0.052 16(Qp) Si 5.80

14 4080 6589 -5685 -57 -4 -6 107 0.020 0.020 14(Fr) Si 19.7

14 4089 6623 -5722 -57 -4 -6 107 0.020 0.020 16(Qp) Si 14.7

15 2240 1611 -4617 -48 -5 -2 74 0.004 0.004 13(Fr) Si >100

15 2242 1609 -4624 -48 -5 -2 74 0.004 0.004 16(Qp) Si 84.2

16 2482 -109 -1818 -36 -1 -1 65 0.003 0.003 16(Qp) Si 95.2

16 2479 -109 -1815 -36 -1 -1 65 0.003 0.003 13(Fr) Si >100

Muro [Platea]:5 - Nodi : [10 - 7 - 8 - 13 - 16 - 46 - 60 - 55 - 54 - 57 - 45 - 15 ]

Pann=144 Spess.= 50 cm Terreno:Terreno1 Criterio CLS_Muri Materiale: C35/45rcm=300

[kg/cmq],fym=4500 [kg/cmq], FC=1.20




1 0 0 0 -326 -272 -20 12.83 12.83 -2 118 10 10 Si 25.5

2 0 0 0 -515 -189 27 12.83 12.83 -3 187 7 10 Si 16.0

3 0 0 0 -652 -307 -12 12.83 12.83 -3 238 7 10 Si 12.6

4 0 0 0 -297 -19 176 12.83 12.83 -2 112 7 10 Si 26.8

5 0 0 0 561 198 -437 12.83 12.83 -3 208 9 10 Si 14.5

6 0 0 0 373 -450 340 12.83 12.83 -2 163 10 10 Si 18.4

7 0 0 0 426 -301 -342 12.83 12.83 -2 154 7 10 Si 19.4

8 0 0 0 507 149 464 12.83 12.83 -3 188 7 10 Si 15.9

9 0 0 0 -393 -167 -262 12.83 12.83 -2 142 10 10 Si 21.1

10 0 0 0 -672 -362 -57 12.83 12.83 -3 243 10 10 Si 12.4

11 0 0 0 -512 -255 -39 12.83 12.83 -3 185 10 10 Si 16.2

12 0 0 0 -328 -288 22 12.83 12.83 -2 119 7 10 Si 25.2

13 0 0 0 -169 -361 37 12.83 12.83 -2 132 7 10 Si 22.7

14 0 0 0 -293 -223 80 12.83 12.83 -2 107 8 10 Si 28.1

15 0 0 0 -340 -92 -312 12.83 12.83 -2 127 7 10 Si 23.7

16 0 0 0 227 317 -625 12.83 12.83 -2 114 10 10 Si 26.2

17 0 0 0 547 -120 -692 12.83 12.83 -3 203 8 10 Si 14.8

18 0 0 0 318 -312 464 12.83 12.83 -2 130 7 4 Si 23.0

19 0 0 0 393 -70 -462 12.83 12.83 -2 142 7 10 Si 21.1

20 0 0 0 507 -153 783 12.83 12.83 -3 188 7 10 Si 16.0

21 0 0 0 143 310 655 12.83 12.83 -2 113 7 10 Si 26.5

22 0 0 0 -275 -71 335 12.83 12.83 -1 99 10 10 Si 30.2

23 0 0 0 -318 -298 49 12.83 12.83 -2 115 10 10 Si 26.1

24 0 0 0 -202 -362 -70 12.83 12.83 -2 131 9 10 Si 22.8

25 0 0 0 -233 -386 2 12.83 12.83 -2 143 7 10 Si 21.0

26 0 0 0 -142 -145 -158 12.83 12.83 -1 57 9 10 Si 52.6

27 0 0 0 -70 398 -503 12.83 12.83 -2 144 10 10 Si 20.9

28 0 0 0 53 193 -1052 12.83 12.83 -1 70 10 10 Si 43.0

29 0 0 0 831 -795 -908 12.83 12.83 -4 305 8 10 Si 9.83

95


30 0 0 0 191 124 804 12.83 12.83 -1 69 7 10 Si 43.4

31 0 0 0 249 -53 -851 12.83 12.83 -1 90 7 10 Si 33.3

32 0 0 0 861 -783 1139 12.83 12.83 -4 315 7 10 Si 9.54

33 0 0 0 7 376 1318 12.83 12.83 -2 187 8 10 Si 16.1

34 0 0 0 -281 440 620 12.83 12.83 -2 159 10 10 Si 18.9

35 0 0 0 -38 17 18 12.83 12.83 -0 46 8 10 Si 64.6

36 0 0 0 -217 -371 2 12.83 12.83 -2 134 10 10 Si 22.4

37 0 0 0 28 26 175 12.83 12.83 -0 18 7 8 Si >100

38 0 0 0 127 415 -300 12.83 12.83 -2 180 8 10 Si 16.7

39 0 0 0 118 380 -515 12.83 12.83 -2 187 8 10 Si 16.0

40 0 0 0 316 1529 -864 12.83 12.83 -8 579 8 10 Si 5.18

41 0 0 0 935 -2632 -2432 12.83 12.83 -13 951 10 10 Si 3.16

42 0 0 0 98 714 1447 12.83 12.83 -4 270 8 10 Si 11.1

43 0 0 0 82 485 -1566 12.83 12.83 -2 175 10 10 Si 17.1

44 0 0 0 1148 -2324 2578 12.83 12.83 -12 845 8 10 Si 3.55

45 0 0 0 475 1790 879 12.83 12.83 -9 702 8 10 Si 4.28

46 0 0 0 166 443 867 12.83 12.83 -2 286 8 10 Si 10.5

47 0 0 0 85 96 309 12.83 12.83 -0 176 8 10 Si 17.0

48 0 0 0 72 74 -33 12.83 12.83 -0 37 6 8 Si 80.4

49 0 0 0 10 767 -178 12.83 12.83 -4 297 8 10 Si 10.1

50 0 0 0 68 917 -316 12.83 12.83 -5 350 8 10 Si 8.57

51 0 0 0 297 1247 -408 12.83 12.83 -6 466 8 10 Si 6.44

52 0 0 0 798 1577 -488 12.83 12.83 -8 580 8 10 Si 5.17

53 0 0 0 1701 5284 -1523 12.83 12.83 -27 1912 8 10 Si 1.57

54 0 0 0 932 3817 445 12.83 12.83 -20 1381 8 10 Si 2.17

55 0 0 0 967 3975 -436 12.83 12.83 -20 1468 8 10 Si 2.04

56 0 0 0 1743 5074 1568 12.83 12.83 -26 1880 8 10 Si 1.60

57 0 0 0 917 1619 411 12.83 12.83 -8 618 8 10 Si 4.86

58 0 0 0 376 1303 369 12.83 12.83 -7 512 8 10 Si 5.85

59 0 0 0 105 901 349 12.83 12.83 -5 380 8 10 Si 7.88

60 0 0 0 -26 650 197 12.83 12.83 -3 301 8 10 Si 9.97

61 0 0 0 -81 1140 -13 12.83 12.83 -6 417 8 10 Si 7.19

62 0 0 0 73 1109 20 12.83 12.83 -6 405 8 10 Si 7.41

63 0 0 0 309 1136 79 12.83 12.83 -6 414 8 10 Si 7.25

64 0 0 0 735 1504 10 12.83 12.83 -8 546 8 10 Si 5.49

65 0 0 0 875 1770 76 12.83 12.83 -9 643 8 10 Si 4.67

66 0 0 0 987 1856 -19 12.83 12.83 -10 677 8 10 Si 4.43

67 0 0 0 1001 1826 -13 12.83 12.83 -9 671 8 10 Si 4.47

68 0 0 0 857 1689 -127 12.83 12.83 -9 625 8 10 Si 4.80

69 0 0 0 741 1435 -61 12.83 12.83 -7 534 8 10 Si 5.62

70 0 0 0 382 1126 -128 12.83 12.83 -6 421 8 10 Si 7.12

71 0 0 0 126 1082 -64 12.83 12.83 -6 407 8 10 Si 7.37

72 0 0 0 -36 1111 -0 12.83 12.83 -6 419 8 10 Si 7.16

73 0 0 0 -12 512 127 12.83 12.83 -3 186 7 10 Si 16.2

74 0 0 0 77 526 241 12.83 12.83 -3 190 7 10 Si 15.8

75 0 0 0 246 564 342 12.83 12.83 -3 204 7 10 Si 14.7

76 0 0 0 466 644 359 12.83 12.83 -3 233 7 10 Si 12.9

77 0 0 0 715 780 236 12.83 12.83 -4 313 7 4 Si 9.58

78 0 0 0 756 887 19 12.83 12.83 -5 322 8 10 Si 9.33

79 0 0 0 746 866 -99 12.83 12.83 -4 314 8 10 Si 9.57

80 0 0 0 681 740 -190 12.83 12.83 -4 298 10 4 Si 10.1

81 0 0 0 457 622 -297 12.83 12.83 -3 225 10 10 Si 13.4

82 0 0 0 291 558 -306 12.83 12.83 -3 202 10 10 Si 14.9

83 0 0 0 126 520 -250 12.83 12.83 -3 188 10 10 Si 16.0

84 0 0 0 -11 507 -118 12.83 12.83 -3 183 10 10 Si 16.4

85 0 0 0 -16 15 63 12.83 12.83 -0 8 9 10 Si >100

86 0 0 0 24 63 214 12.83 12.83 -0 23 10 10 Si >100

87 0 0 0 119 154 367 12.83 12.83 -1 56 10 10 Si 53.9

88 0 0 0 268 243 368 12.83 12.83 -1 98 9 10 Si 30.5

89 0 0 0 465 317 233 12.83 12.83 -2 170 8 10 Si 17.6

90 0 0 0 573 378 51 12.83 12.83 -3 210 8 10 Si 14.3

91 0 0 0 554 372 -148 12.83 12.83 -3 203 8 10 Si 14.8

92 0 0 0 422 285 -252 12.83 12.83 -2 154 7 10 Si 19.5

93 0 0 0 257 211 -349 12.83 12.83 -1 103 7 8 Si 29.0

94 0 0 0 120 149 -350 12.83 12.83 -1 54 7 10 Si 55.4

95 0 0 0 9 61 -256 12.83 12.83 -0 22 7 10 Si >100

96 0 0 0 -35 -35 -122 12.83 12.83 -0 13 7 10 Si >100

97 0 0 0 -76 -221 -13 12.83 12.83 -1 93 8 10 Si 32.3

96


98 0 0 0 -20 -60 186 12.83 12.83 -0 47 8 10 Si 63.9

99 0 0 0 -32 -16 290 12.83 12.83 -0 48 8 10 Si 62.8

100 0 0 0 95 10 390 12.83 12.83 -0 43 3 10 Si 70.2

101 0 0 0 320 105 247 12.83 12.83 -2 119 8 10 Si 25.3

102 0 0 0 428 161 59 12.83 12.83 -2 158 8 10 Si 19.0

103 0 0 0 411 159 -149 12.83 12.83 -2 151 8 10 Si 19.9

104 0 0 0 275 80 -267 12.83 12.83 -1 102 7 10 Si 29.4

105 0 0 0 90 4 -365 12.83 12.83 -0 38 7 10 Si 79.6

106 0 0 0 -20 34 -362 12.83 12.83 -0 51 2 10 Si 59.0

107 0 0 0 -56 36 -325 12.83 12.83 -0 74 9 10 Si 40.5

108 0 0 0 -91 -65 -107 12.83 12.83 -0 96 8 10 Si 31.2

109 0 0 0 -123 -304 7 12.83 12.83 -2 117 8 10 Si 25.7

110 0 0 0 -131 -199 117 12.83 12.83 -1 83 8 10 Si 36.2

111 0 0 0 -138 -88 195 12.83 12.83 -1 50 10 10 Si 60.0

112 0 0 0 52 -56 305 12.83 12.83 -0 21 7 10 Si >100

113 0 0 0 225 33 244 12.83 12.83 -1 85 9 10 Si 35.4

114 0 0 0 349 68 68 12.83 12.83 -2 129 8 10 Si 23.2

115 0 0 0 337 58 -134 12.83 12.83 -2 125 8 10 Si 24.1

116 0 0 0 175 0 -247 12.83 12.83 -1 67 7 10 Si 44.8

117 0 0 0 36 8 -344 12.83 12.83 -0 30 3 8 Si >100

118 0 0 0 -183 -209 -154 12.83 12.83 -1 134 9 10 Si 22.4

119 0 0 0 -15 -175 4 12.83 12.83 -1 64 7 10 Si 47.1

120 0 0 0 -187 -239 -86 12.83 12.83 -1 128 8 10 Si 23.3

121 0 0 0 -86 -259 3 12.83 12.83 -1 98 8 10 Si 30.6

122 0 0 0 -156 -200 21 12.83 12.83 -1 72 10 10 Si 41.6

123 0 0 0 -163 -160 119 12.83 12.83 -1 63 8 10 Si 47.7

124 0 0 0 18 -22 207 12.83 12.83 -0 19 7 9 Si >100

125 0 0 0 139 -7 178 12.83 12.83 -1 55 9 10 Si 54.1

126 0 0 0 316 5 71 12.83 12.83 -2 118 8 10 Si 25.5

127 0 0 0 307 -13 -106 12.83 12.83 -2 115 8 10 Si 26.0

128 0 0 0 78 -30 -195 12.83 12.83 -0 33 7 10 Si 90.8

129 0 0 0 -49 -41 -175 12.83 12.83 -0 32 9 10 Si 93.4

130 0 0 0 -165 -183 -124 12.83 12.83 -1 95 9 10 Si 31.6

131 0 0 0 -222 -166 14 12.83 12.83 -1 81 7 10 Si 37.1

132 0 0 0 -169 -265 -71 12.83 12.83 -1 101 8 10 Si 29.7

133 0 0 0 -114 -204 25 12.83 12.83 -1 74 8 10 Si 40.3

134 0 0 0 -170 -144 6 12.83 12.83 -1 69 8 10 Si 43.4

135 0 0 0 -210 -145 24 12.83 12.83 -1 87 8 10 Si 34.5

136 0 0 0 -141 -61 -6 12.83 12.83 -1 58 8 10 Si 52.0

137 0 0 0 81 -28 65 12.83 12.83 -0 36 8 10 Si 83.9

138 0 0 0 319 -23 46 12.83 12.83 -2 119 8 10 Si 25.3

139 0 0 0 305 -45 -52 12.83 12.83 -2 117 8 10 Si 25.6

140 0 0 0 34 -36 -92 12.83 12.83 -0 13 10 10 Si >100

141 0 0 0 -166 -108 19 12.83 12.83 -1 86 9 10 Si 34.9

142 0 0 0 -172 -191 -38 12.83 12.83 -1 116 8 10 Si 25.9

143 0 0 0 -207 -172 -52 12.83 12.83 -1 95 8 10 Si 31.6

144 0 0 0 -182 -212 -19 12.83 12.83 -1 77 7 10 Si 39.0



1 0 0 0 -322 -270 -18 12.83 12.83 -2 116 16 16 Si 25.8

2 0 0 0 -518 -187 34 12.83 12.83 -3 187 16 16 Si 16.0

3 0 0 0 -664 -302 -8 12.83 12.83 -3 240 16 16 Si 12.5

4 0 0 0 -324 -11 179 12.83 12.83 -2 117 16 16 Si 25.7

5 0 0 0 557 191 -424 12.83 12.83 -3 201 16 16 Si 14.9

6 0 0 0 369 -447 337 12.83 12.83 -2 162 16 16 Si 18.6

7 0 0 0 425 -300 -342 12.83 12.83 -2 153 16 16 Si 19.6

8 0 0 0 540 153 464 12.83 12.83 -3 195 16 16 Si 15.4

9 0 0 0 -363 -175 -255 12.83 12.83 -2 131 16 16 Si 22.9

10 0 0 0 -650 -363 -52 12.83 12.83 -3 235 16 16 Si 12.8

11 0 0 0 -501 -254 -33 12.83 12.83 -3 181 16 16 Si 16.6

12 0 0 0 -328 -287 29 12.83 12.83 -2 118 16 16 Si 25.3

13 0 0 0 -163 -370 45 12.83 12.83 -2 134 16 16 Si 22.5

14 0 0 0 -291 -226 40 12.83 12.83 -1 105 16 16 Si 28.6

15 0 0 0 -361 -84 -293 12.83 12.83 -2 130 16 16 Si 23.0

97


16 0 0 0 201 314 -611 12.83 12.83 -2 113 16 16 Si 26.5

17 0 0 0 546 -103 -660 12.83 12.83 -3 197 16 16 Si 15.2

18 0 0 0 315 -309 461 12.83 12.83 -2 114 16 16 Si 26.4

19 0 0 0 391 -70 -459 12.83 12.83 -2 141 16 16 Si 21.2

20 0 0 0 536 -149 774 12.83 12.83 -3 194 16 16 Si 15.5

21 0 0 0 208 317 678 12.83 12.83 -2 115 16 16 Si 26.2

22 0 0 0 -241 -76 350 12.83 12.83 -1 87 16 16 Si 34.4

23 0 0 0 -308 -296 69 12.83 12.83 -2 111 16 16 Si 27.0

24 0 0 0 -204 -355 -28 12.83 12.83 -2 128 16 16 Si 23.4

25 0 0 0 -231 -405 11 12.83 12.83 -2 146 16 16 Si 20.5

26 0 0 0 -147 -120 -173 12.83 12.83 -1 53 16 16 Si 56.4

27 0 0 0 -36 393 -476 12.83 12.83 -2 142 16 16 Si 21.1

28 0 0 0 12 193 -1035 12.83 12.83 -1 70 16 16 Si 43.1

29 0 0 0 831 -761 -868 12.83 12.83 -4 300 16 16 Si 10.0

30 0 0 0 189 123 800 12.83 12.83 -1 68 16 16 Si 43.9

31 0 0 0 248 -52 -846 12.83 12.83 -1 90 16 16 Si 33.4

32 0 0 0 880 -775 1127 12.83 12.83 -5 318 16 16 Si 9.44

33 0 0 0 26 513 1308 12.83 12.83 -3 185 16 16 Si 16.2

34 0 0 0 -170 435 645 12.83 12.83 -2 157 16 16 Si 19.1

35 0 0 0 -57 -128 299 12.83 12.83 -1 46 16 16 Si 65.1

36 0 0 0 -221 -346 17 12.83 12.83 -2 125 16 16 Si 24.0

37 0 0 0 38 5 182 12.83 12.83 -0 14 16 16 Si >100

38 0 0 0 131 494 -314 12.83 12.83 -3 178 16 16 Si 16.8

39 0 0 0 112 514 -525 12.83 12.83 -3 186 16 16 Si 16.1

40 0 0 0 321 1591 -790 12.83 12.83 -8 575 16 16 Si 5.22

41 0 0 0 922 -2617 -2421 12.83 12.83 -13 945 16 16 Si 3.17

42 0 0 0 103 743 1471 12.83 12.83 -4 268 16 16 Si 11.2

43 0 0 0 83 482 -1557 12.83 12.83 -2 174 16 16 Si 17.2

44 0 0 0 1135 -2327 2640 12.83 12.83 -12 840 16 16 Si 3.57

45 0 0 0 514 1934 886 12.83 12.83 -10 699 16 16 Si 4.29

46 0 0 0 225 799 763 12.83 12.83 -4 288 16 16 Si 10.4

47 0 0 0 92 491 505 12.83 12.83 -3 177 16 16 Si 16.9

48 0 0 0 52 97 -30 12.83 12.83 -0 35 16 16 Si 85.4

49 0 0 0 16 819 -179 12.83 12.83 -4 296 16 16 Si 10.1

50 0 0 0 71 964 -301 12.83 12.83 -5 348 16 16 Si 8.61

51 0 0 0 292 1282 -370 12.83 12.83 -7 463 16 16 Si 6.48

52 0 0 0 794 1596 -438 12.83 12.83 -8 577 16 16 Si 5.20

53 0 0 0 1688 5263 -1460 12.83 12.83 -27 1901 16 16 Si 1.58

54 0 0 0 927 3802 487 12.83 12.83 -19 1373 16 16 Si 2.18

55 0 0 0 970 4039 -405 12.83 12.83 -21 1459 16 16 Si 2.06

56 0 0 0 1746 5173 1636 12.83 12.83 -27 1868 16 16 Si 1.61

57 0 0 0 940 1699 459 12.83 12.83 -9 614 16 16 Si 4.89

58 0 0 0 394 1410 406 12.83 12.83 -7 509 16 16 Si 5.89

59 0 0 0 128 1047 359 12.83 12.83 -5 378 16 16 Si 7.93

60 0 0 0 -3 827 217 12.83 12.83 -4 299 16 16 Si 10.0

61 0 0 0 -84 1150 -4 12.83 12.83 -6 415 16 16 Si 7.22

62 0 0 0 71 1116 42 12.83 12.83 -6 403 16 16 Si 7.45

63 0 0 0 308 1140 113 12.83 12.83 -6 412 16 16 Si 7.29

64 0 0 0 731 1504 54 12.83 12.83 -8 543 16 16 Si 5.52

65 0 0 0 869 1768 124 12.83 12.83 -9 639 16 16 Si 4.70

66 0 0 0 982 1861 33 12.83 12.83 -10 672 16 16 Si 4.46

67 0 0 0 1002 1846 47 12.83 12.83 -9 667 16 16 Si 4.50

68 0 0 0 864 1719 -64 12.83 12.83 -9 621 16 16 Si 4.83

69 0 0 0 751 1466 -1 12.83 12.83 -8 530 16 16 Si 5.67

70 0 0 0 391 1156 -83 12.83 12.83 -6 417 16 16 Si 7.19

71 0 0 0 128 1116 -37 12.83 12.83 -6 403 16 16 Si 7.44

72 0 0 0 -38 1147 3 12.83 12.83 -6 414 16 16 Si 7.24

73 0 0 0 -14 512 124 12.83 12.83 -3 185 16 16 Si 16.2

74 0 0 0 76 524 238 12.83 12.83 -3 189 16 16 Si 15.8

75 0 0 0 244 561 339 12.83 12.83 -3 203 16 16 Si 14.8

76 0 0 0 458 639 356 12.83 12.83 -3 231 16 16 Si 13.0

77 0 0 0 705 774 231 12.83 12.83 -4 280 16 16 Si 10.7

78 0 0 0 757 884 75 12.83 12.83 -5 319 16 16 Si 9.40

79 0 0 0 751 861 -36 12.83 12.83 -4 311 16 16 Si 9.64

80 0 0 0 680 734 -190 12.83 12.83 -4 265 16 16 Si 11.3

81 0 0 0 457 616 -296 12.83 12.83 -3 222 16 16 Si 13.5

82 0 0 0 290 552 -305 12.83 12.83 -3 200 16 16 Si 15.0

83 0 0 0 124 513 -250 12.83 12.83 -3 185 16 16 Si 16.2

98


84 0 0 0 -10 499 -120 12.83 12.83 -3 180 16 16 Si 16.6

85 0 0 0 -19 -15 62 12.83 12.83 -0 7 16 16 Si >100

86 0 0 0 19 62 217 12.83 12.83 -0 22 16 16 Si >100

87 0 0 0 110 151 366 12.83 12.83 -1 55 16 16 Si 55.0

88 0 0 0 264 227 398 12.83 12.83 -1 96 16 16 Si 31.4

89 0 0 0 462 307 286 12.83 12.83 -2 167 16 16 Si 18.0

90 0 0 0 577 370 105 12.83 12.83 -3 208 16 16 Si 14.4

91 0 0 0 560 357 -93 12.83 12.83 -3 202 16 16 Si 14.8

92 0 0 0 431 285 -253 12.83 12.83 -2 156 16 16 Si 19.3

93 0 0 0 268 213 -345 12.83 12.83 -1 97 16 16 Si 31.0

94 0 0 0 129 150 -345 12.83 12.83 -1 54 16 16 Si 55.4

95 0 0 0 31 62 -248 12.83 12.83 -0 22 16 16 Si >100

96 0 0 0 -31 -36 -107 12.83 12.83 -0 13 16 16 Si >100

97 0 0 0 -76 -265 -14 12.83 12.83 -1 96 16 16 Si 31.3

98 0 0 0 -26 -130 177 12.83 12.83 -1 47 16 16 Si 63.9

99 0 0 0 -24 -134 290 12.83 12.83 -1 48 16 16 Si 62.0

100 0 0 0 95 -6 392 12.83 12.83 -0 34 16 16 Si 87.7

101 0 0 0 318 97 296 12.83 12.83 -2 115 16 16 Si 26.1

102 0 0 0 433 155 108 12.83 12.83 -2 156 16 16 Si 19.2

103 0 0 0 418 149 -104 12.83 12.83 -2 151 16 16 Si 19.9

104 0 0 0 291 84 -266 12.83 12.83 -1 105 16 16 Si 28.5

105 0 0 0 125 13 -351 12.83 12.83 -1 45 16 16 Si 66.4

106 0 0 0 -32 -128 -374 12.83 12.83 -1 46 16 16 Si 65.1

107 0 0 0 -59 -198 -223 12.83 12.83 -1 72 16 16 Si 41.9

108 0 0 0 -60 -249 -55 12.83 12.83 -1 90 16 16 Si 33.4

109 0 0 0 -123 -333 4 12.83 12.83 -2 120 16 16 Si 25.0

110 0 0 0 -117 -237 98 12.83 12.83 -1 86 16 16 Si 35.0

111 0 0 0 -96 -90 170 12.83 12.83 -0 35 16 16 Si 86.7

112 0 0 0 -19 -56 282 12.83 12.83 -0 20 16 16 Si >100

113 0 0 0 223 22 267 12.83 12.83 -1 80 16 16 Si 37.3

114 0 0 0 353 68 107 12.83 12.83 -2 128 16 16 Si 23.5

115 0 0 0 345 58 -96 12.83 12.83 -2 125 16 16 Si 24.1

116 0 0 0 198 4 -245 12.83 12.83 -1 72 16 16 Si 41.9

117 0 0 0 29 -52 -316 12.83 12.83 -0 19 16 16 Si >100

118 0 0 0 -252 -44 -293 12.83 12.83 -1 91 16 16 Si 33.0

119 0 0 0 -105 -176 -64 12.83 12.83 -1 64 16 16 Si 47.2

120 0 0 0 -146 -332 -28 12.83 12.83 -2 120 16 16 Si 25.1

121 0 0 0 -88 -275 -7 12.83 12.83 -1 99 16 16 Si 30.2

122 0 0 0 -150 -197 6 12.83 12.83 -1 71 16 16 Si 42.2

123 0 0 0 -182 -125 106 12.83 12.83 -1 66 16 16 Si 45.7

124 0 0 0 -30 -24 186 12.83 12.83 -0 11 16 16 Si >100

125 0 0 0 137 -14 195 12.83 12.83 -1 50 16 16 Si 60.5

126 0 0 0 321 3 94 12.83 12.83 -2 116 16 16 Si 25.9

127 0 0 0 320 -11 -76 12.83 12.83 -2 116 16 16 Si 26.0

128 0 0 0 111 -26 -193 12.83 12.83 -1 40 16 16 Si 75.2

129 0 0 0 -45 -37 -212 12.83 12.83 -0 16 16 16 Si >100

130 0 0 0 -221 -40 -173 12.83 12.83 -1 80 16 16 Si 37.6

131 0 0 0 -222 -168 -24 12.83 12.83 -1 80 16 16 Si 37.4

132 0 0 0 -153 -272 2 12.83 12.83 -1 98 16 16 Si 30.5

133 0 0 0 -122 -205 19 12.83 12.83 -1 74 16 16 Si 40.6

134 0 0 0 -192 -140 -8 12.83 12.83 -1 69 16 16 Si 43.4

135 0 0 0 -246 -149 10 12.83 12.83 -1 89 16 16 Si 33.8

136 0 0 0 -173 -51 -13 12.83 12.83 -1 63 16 16 Si 47.9

137 0 0 0 81 -22 81 12.83 12.83 -0 29 16 16 Si >100

138 0 0 0 322 -27 51 12.83 12.83 -2 116 16 16 Si 25.8

139 0 0 0 325 -47 -31 12.83 12.83 -2 117 16 16 Si 25.6

140 0 0 0 56 -33 -93 12.83 12.83 -0 20 16 16 Si >100

141 0 0 0 -213 -12 20 12.83 12.83 -1 77 16 16 Si 39.1

142 0 0 0 -305 -112 -15 12.83 12.83 -2 110 16 16 Si 27.2

143 0 0 0 -258 -134 14 12.83 12.83 -1 93 16 16 Si 32.2

144 0 0 0 -189 -212 -26 12.83 12.83 -1 77 16 16 Si 39.1



1 0 0 0 -322 -270 -18 116 0.015 0.015 11(Fr) Si 26.1

99


1 0 0 0 -322 -270 -18 116 0.015 0.015 16(Qp) Si 19.6

2 0 0 0 -516 -187 32 187 0.025 0.025 13(Fr) Si 16.3

2 0 0 0 -518 -187 34 187 0.025 0.025 16(Qp) Si 12.2

3 0 0 0 -660 -303 -8 239 0.031 0.031 13(Fr) Si 12.7

3 0 0 0 -664 -302 -8 240 0.032 0.032 16(Qp) Si 9.50

4 0 0 0 -318 -13 178 115 0.015 0.015 13(Fr) Si 26.5

4 0 0 0 -324 -11 179 117 0.015 0.015 16(Qp) Si 19.5

5 0 0 0 557 191 -424 201 0.026 0.026 16(Qp) Si 11.3

5 0 0 0 557 191 -424 201 0.026 0.026 11(Fr) Si 15.1

6 0 0 0 369 -447 337 162 0.021 0.021 16(Qp) Si 14.1

6 0 0 0 369 -447 337 162 0.021 0.021 11(Fr) Si 18.8

7 0 0 0 424 -300 -341 153 0.020 0.020 13(Fr) Si 19.8

7 0 0 0 425 -300 -342 153 0.020 0.020 16(Qp) Si 14.8

8 0 0 0 533 152 463 192 0.025 0.025 13(Fr) Si 15.8

8 0 0 0 540 153 464 195 0.026 0.026 16(Qp) Si 11.7

9 0 0 0 -363 -175 -255 131 0.017 0.017 11(Fr) Si 23.1

9 0 0 0 -363 -175 -255 131 0.017 0.017 16(Qp) Si 17.4

10 0 0 0 -650 -363 -52 235 0.031 0.031 16(Qp) Si 9.70

10 0 0 0 -650 -363 -52 235 0.031 0.031 11(Fr) Si 12.9

11 0 0 0 -501 -254 -33 181 0.024 0.024 11(Fr) Si 16.8

11 0 0 0 -501 -254 -33 181 0.024 0.024 16(Qp) Si 12.6

12 0 0 0 -328 -287 29 118 0.016 0.016 16(Qp) Si 19.2

12 0 0 0 -328 -287 28 118 0.016 0.016 13(Fr) Si 25.7

13 0 0 0 -163 -370 45 134 0.018 0.018 16(Qp) Si 17.1

13 0 0 0 -164 -367 43 133 0.017 0.017 13(Fr) Si 22.9

14 0 0 0 -291 -226 40 105 0.014 0.014 16(Qp) Si 21.7

14 0 0 0 -291 -225 48 105 0.014 0.014 14(Fr) Si 28.9

15 0 0 0 -356 -86 -297 129 0.017 0.017 13(Fr) Si 23.6

15 0 0 0 -361 -84 -293 130 0.017 0.017 16(Qp) Si 17.5

16 0 0 0 201 314 -611 113 0.015 0.015 11(Fr) Si 26.8

16 0 0 0 201 314 -611 113 0.015 0.015 16(Qp) Si 20.1

17 0 0 0 546 -106 -666 197 0.026 0.026 14(Fr) Si 15.4

17 0 0 0 546 -103 -660 197 0.026 0.026 16(Qp) Si 11.5

18 0 0 0 315 -309 461 114 0.015 0.015 13(Fr) Si 26.7

18 0 0 0 315 -309 461 114 0.015 0.015 16(Qp) Si 20.0

19 0 0 0 391 -70 -459 141 0.019 0.019 16(Qp) Si 16.1

19 0 0 0 391 -70 -459 141 0.019 0.019 13(Fr) Si 21.5

20 0 0 0 536 -149 774 194 0.026 0.026 16(Qp) Si 11.8

20 0 0 0 530 -150 775 191 0.025 0.025 13(Fr) Si 15.9

21 0 0 0 208 317 678 115 0.015 0.015 16(Qp) Si 19.9

21 0 0 0 195 315 673 114 0.015 0.015 13(Fr) Si 26.7

22 0 0 0 -241 -76 350 87 0.011 0.011 11(Fr) Si 34.9

22 0 0 0 -241 -76 350 87 0.011 0.011 16(Qp) Si 26.2

23 0 0 0 -308 -296 69 111 0.015 0.015 11(Fr) Si 27.4

23 0 0 0 -308 -296 69 111 0.015 0.015 16(Qp) Si 20.5

24 0 0 0 -204 -355 -28 128 0.017 0.017 16(Qp) Si 17.8

24 0 0 0 -204 -355 -28 128 0.017 0.017 11(Fr) Si 23.7

25 0 0 0 -231 -400 9 144 0.019 0.019 13(Fr) Si 21.0

25 0 0 0 -231 -405 11 146 0.019 0.019 16(Qp) Si 15.6

26 0 0 0 -147 -120 -173 53 0.007 0.007 16(Qp) Si 42.8

26 0 0 0 -145 -127 -168 52 0.007 0.007 14(Fr) Si 58.0

27 0 0 0 -36 393 -476 142 0.019 0.019 16(Qp) Si 16.0

27 0 0 0 -36 393 -476 142 0.019 0.019 11(Fr) Si 21.4

28 0 0 0 12 193 -1035 70 0.009 0.009 16(Qp) Si 32.7

28 0 0 0 12 193 -1035 70 0.009 0.009 11(Fr) Si 43.6

29 0 0 0 831 -761 -868 300 0.040 0.040 16(Qp) Si 7.59

29 0 0 0 830 -767 -875 300 0.039 0.039 14(Fr) Si 10.1

30 0 0 0 189 123 800 68 0.009 0.009 16(Qp) Si 33.3

30 0 0 0 189 123 800 68 0.009 0.009 13(Fr) Si 44.4

31 0 0 0 248 -52 -846 90 0.012 0.012 13(Fr) Si 33.9

31 0 0 0 248 -52 -846 90 0.012 0.012 16(Qp) Si 25.4

32 0 0 0 875 -776 1129 316 0.042 0.042 13(Fr) Si 9.61

32 0 0 0 880 -775 1127 318 0.042 0.042 16(Qp) Si 7.17

33 0 0 0 22 485 1309 175 0.023 0.023 14(Fr) Si 17.3

33 0 0 0 26 513 1308 185 0.024 0.024 16(Qp) Si 12.3

34 0 0 0 -170 435 645 157 0.021 0.021 11(Fr) Si 19.4

34 0 0 0 -170 435 645 157 0.021 0.021 16(Qp) Si 14.5

35 0 0 0 -57 -128 299 46 0.006 0.006 16(Qp) Si 49.5

100


35 0 0 0 -53 -98 243 35 0.005 0.005 14(Fr) Si 85.7

36 0 0 0 -221 -346 17 125 0.016 0.016 16(Qp) Si 18.2

36 0 0 0 -221 -346 17 125 0.016 0.016 11(Fr) Si 24.3

37 0 0 0 38 5 182 14 0.002 0.002 16(Qp) Si >100

37 0 0 0 36 9 180 13 0.002 0.002 13(Fr) Si >100

38 0 0 0 131 494 -314 178 0.023 0.023 16(Qp) Si 12.8

38 0 0 0 130 478 -311 172 0.023 0.023 14(Fr) Si 17.6

39 0 0 0 114 487 -522 176 0.023 0.023 14(Fr) Si 17.3

39 0 0 0 112 514 -525 186 0.024 0.024 16(Qp) Si 12.3

40 0 0 0 320 1577 -804 570 0.075 0.075 14(Fr) Si 5.33

40 0 0 0 321 1591 -790 575 0.076 0.076 16(Qp) Si 3.96

41 0 0 0 922 -2617 -2421 945 0.124 0.124 16(Qp) Si 2.41

41 0 0 0 922 -2617 -2421 945 0.124 0.124 11(Fr) Si 3.21

42 0 0 0 103 743 1471 268 0.035 0.035 16(Qp) Si 8.49

42 0 0 0 102 736 1464 266 0.035 0.035 14(Fr) Si 11.4

43 0 0 0 83 482 -1557 174 0.023 0.023 16(Qp) Si 13.1

43 0 0 0 83 482 -1557 174 0.023 0.023 11(Fr) Si 17.5

44 0 0 0 1136 -2323 2625 839 0.110 0.110 14(Fr) Si 3.62

44 0 0 0 1135 -2327 2640 840 0.111 0.111 16(Qp) Si 2.71

45 0 0 0 505 1903 883 687 0.091 0.091 14(Fr) Si 4.42

45 0 0 0 514 1934 886 699 0.092 0.092 16(Qp) Si 3.26

46 0 0 0 213 727 782 263 0.035 0.035 14(Fr) Si 11.6

46 0 0 0 225 799 763 288 0.038 0.038 16(Qp) Si 7.90

47 0 0 0 90 412 465 149 0.020 0.020 14(Fr) Si 20.4

47 0 0 0 92 491 505 177 0.023 0.023 16(Qp) Si 12.9

48 0 0 0 62 60 -38 22 0.003 0.003 14(Fr) Si >100

48 0 0 0 52 97 -30 35 0.005 0.005 16(Qp) Si 64.9

49 0 0 0 15 808 -178 292 0.038 0.038 14(Fr) Si 10.4

49 0 0 0 16 819 -179 296 0.039 0.039 16(Qp) Si 7.70

50 0 0 0 70 954 -304 344 0.045 0.045 14(Fr) Si 8.82

50 0 0 0 71 964 -301 348 0.046 0.046 16(Qp) Si 6.54

51 0 0 0 292 1282 -370 463 0.061 0.061 16(Qp) Si 4.92

51 0 0 0 293 1273 -377 460 0.061 0.061 14(Fr) Si 6.60

52 0 0 0 794 1590 -447 574 0.076 0.076 14(Fr) Si 5.29

52 0 0 0 794 1596 -438 577 0.076 0.076 16(Qp) Si 3.95

53 0 0 0 1688 5263 -1460 1901 0.250 0.250 16(Qp) Si 1.20

53 0 0 0 1688 5261 -1471 1900 0.250 0.250 14(Fr) Si 1.60

54 0 0 0 927 3800 478 1372 0.181 0.181 14(Fr) Si 2.21

54 0 0 0 927 3802 487 1373 0.181 0.181 16(Qp) Si 1.66

55 0 0 0 968 4021 -410 1452 0.191 0.191 14(Fr) Si 2.09

55 0 0 0 970 4039 -405 1459 0.192 0.192 16(Qp) Si 1.56

56 0 0 0 1743 5147 1620 1859 0.245 0.245 14(Fr) Si 1.63

56 0 0 0 1746 5173 1636 1868 0.246 0.246 16(Qp) Si 1.22

57 0 0 0 940 1699 459 614 0.081 0.081 16(Qp) Si 3.71

57 0 0 0 934 1681 449 607 0.080 0.080 14(Fr) Si 5.00

58 0 0 0 394 1410 406 509 0.067 0.067 16(Qp) Si 4.48

58 0 0 0 390 1386 398 501 0.066 0.066 14(Fr) Si 6.07

59 0 0 0 128 1047 359 378 0.050 0.050 16(Qp) Si 6.03

59 0 0 0 124 1017 357 367 0.048 0.048 14(Fr) Si 8.27

60 0 0 0 -3 827 217 299 0.039 0.039 16(Qp) Si 7.63

60 0 0 0 -7 791 213 286 0.038 0.038 14(Fr) Si 10.6

61 0 0 0 -84 1150 -4 415 0.055 0.055 16(Qp) Si 5.48

61 0 0 0 -83 1146 -6 414 0.055 0.055 14(Fr) Si 7.34

62 0 0 0 71 1116 42 403 0.053 0.053 16(Qp) Si 5.65

62 0 0 0 71 1113 37 402 0.053 0.053 14(Fr) Si 7.56

63 0 0 0 308 1137 106 411 0.054 0.054 14(Fr) Si 7.40

63 0 0 0 308 1140 113 412 0.054 0.054 16(Qp) Si 5.54

64 0 0 0 730 1502 45 542 0.071 0.071 14(Fr) Si 5.60

64 0 0 0 731 1504 54 543 0.072 0.072 16(Qp) Si 4.19

65 0 0 0 869 1766 114 638 0.084 0.084 14(Fr) Si 4.76

65 0 0 0 869 1768 124 639 0.084 0.084 16(Qp) Si 3.57

66 0 0 0 982 1861 33 672 0.089 0.089 16(Qp) Si 3.39

66 0 0 0 981 1858 23 671 0.088 0.088 14(Fr) Si 4.53

67 0 0 0 1000 1840 35 664 0.087 0.087 14(Fr) Si 4.57

67 0 0 0 1002 1846 47 667 0.088 0.088 16(Qp) Si 3.42

68 0 0 0 861 1710 -77 618 0.081 0.081 14(Fr) Si 4.92

68 0 0 0 864 1719 -64 621 0.082 0.082 16(Qp) Si 3.67

69 0 0 0 748 1458 -13 527 0.069 0.069 14(Fr) Si 5.77

101


69 0 0 0 751 1466 -1 530 0.070 0.070 16(Qp) Si 4.30

70 0 0 0 391 1156 -83 417 0.055 0.055 16(Qp) Si 5.46

70 0 0 0 388 1148 -92 415 0.055 0.055 14(Fr) Si 7.33

71 0 0 0 127 1108 -42 400 0.053 0.053 14(Fr) Si 7.59

71 0 0 0 128 1116 -37 403 0.053 0.053 16(Qp) Si 5.65

72 0 0 0 -38 1147 3 414 0.055 0.055 16(Qp) Si 5.50

72 0 0 0 -38 1138 3 411 0.054 0.054 14(Fr) Si 7.39

73 0 0 0 -14 512 124 185 0.024 0.024 16(Qp) Si 12.3

73 0 0 0 -14 511 125 185 0.024 0.024 13(Fr) Si 16.4

74 0 0 0 76 524 238 189 0.025 0.025 16(Qp) Si 12.0

74 0 0 0 76 523 238 189 0.025 0.025 13(Fr) Si 16.1

75 0 0 0 244 560 339 202 0.027 0.027 13(Fr) Si 15.0

75 0 0 0 244 561 339 203 0.027 0.027 16(Qp) Si 11.2

76 0 0 0 458 639 356 231 0.030 0.030 16(Qp) Si 9.87

76 0 0 0 459 639 356 231 0.030 0.030 13(Fr) Si 13.2

77 0 0 0 706 774 232 279 0.037 0.037 13(Fr) Si 10.9

77 0 0 0 705 774 231 280 0.037 0.037 16(Qp) Si 8.15

78 0 0 0 757 884 75 319 0.042 0.042 16(Qp) Si 7.14

78 0 0 0 755 883 64 319 0.042 0.042 14(Fr) Si 9.53

79 0 0 0 748 861 -49 311 0.041 0.041 14(Fr) Si 9.77

79 0 0 0 751 861 -36 311 0.041 0.041 16(Qp) Si 7.32

80 0 0 0 680 734 -190 265 0.035 0.035 16(Qp) Si 8.60

80 0 0 0 680 734 -190 265 0.035 0.035 11(Fr) Si 11.5

81 0 0 0 457 616 -296 222 0.029 0.029 16(Qp) Si 10.2

81 0 0 0 457 616 -296 222 0.029 0.029 11(Fr) Si 13.7

82 0 0 0 290 552 -305 200 0.026 0.026 16(Qp) Si 11.4

82 0 0 0 290 552 -305 200 0.026 0.026 11(Fr) Si 15.2

83 0 0 0 124 513 -250 185 0.024 0.024 11(Fr) Si 16.4

83 0 0 0 124 513 -250 185 0.024 0.024 16(Qp) Si 12.3

84 0 0 0 -10 499 -120 180 0.024 0.024 16(Qp) Si 12.6

84 0 0 0 -10 499 -120 180 0.024 0.024 11(Fr) Si 16.9

85 0 0 0 -18 -5 62 7 0.001 0.001 14(Fr) Si >100

85 0 0 0 -19 -15 62 7 0.001 0.001 16(Qp) Si >100

86 0 0 0 19 62 217 22 0.003 0.003 16(Qp) Si >100

86 0 0 0 22 58 233 21 0.003 0.003 1(Fr) Si >100

87 0 0 0 110 151 366 55 0.007 0.007 16(Qp) Si 41.7

87 0 0 0 116 150 399 54 0.007 0.007 1(Fr) Si 56.1

88 0 0 0 264 227 398 96 0.013 0.013 16(Qp) Si 23.9

88 0 0 0 264 227 398 96 0.013 0.013 11(Fr) Si 31.8

89 0 0 0 462 307 286 167 0.022 0.022 16(Qp) Si 13.6

89 0 0 0 462 308 275 167 0.022 0.022 14(Fr) Si 18.2

90 0 0 0 575 371 94 208 0.027 0.027 14(Fr) Si 14.6

90 0 0 0 577 370 105 208 0.027 0.027 16(Qp) Si 10.9

91 0 0 0 558 359 -104 202 0.027 0.027 14(Fr) Si 15.1

91 0 0 0 560 357 -93 202 0.027 0.027 16(Qp) Si 11.3

92 0 0 0 431 285 -253 156 0.020 0.020 16(Qp) Si 14.6

92 0 0 0 428 284 -252 155 0.020 0.020 13(Fr) Si 19.6

93 0 0 0 268 213 -345 97 0.013 0.013 16(Qp) Si 23.5

93 0 0 0 266 212 -345 96 0.013 0.013 13(Fr) Si 31.7

94 0 0 0 129 150 -345 54 0.007 0.007 16(Qp) Si 42.1

94 0 0 0 134 145 -367 52 0.007 0.007 1(Fr) Si 58.2

95 0 0 0 33 52 -263 19 0.002 0.002 1(Fr) Si >100

95 0 0 0 31 62 -248 22 0.003 0.003 16(Qp) Si >100

96 0 0 0 -26 -4 -110 9 0.001 0.001 14(Fr) Si >100

96 0 0 0 -31 -36 -107 13 0.002 0.002 16(Qp) Si >100

97 0 0 0 -76 -256 -14 92 0.012 0.012 14(Fr) Si 32.9

97 0 0 0 -76 -265 -14 96 0.013 0.013 16(Qp) Si 23.8

98 0 0 0 -25 -116 179 42 0.005 0.005 14(Fr) Si 72.8

98 0 0 0 -26 -130 177 47 0.006 0.006 16(Qp) Si 48.5

99 0 0 0 -24 -134 290 48 0.006 0.006 16(Qp) Si 47.1

99 0 0 0 -25 -110 290 40 0.005 0.005 14(Fr) Si 76.7

100 0 0 0 95 -6 392 34 0.005 0.005 16(Qp) Si 66.6

100 0 0 0 95 -6 393 34 0.005 0.005 12(Fr) Si 88.9

101 0 0 0 318 97 296 115 0.015 0.015 16(Qp) Si 19.8

101 0 0 0 318 98 286 115 0.015 0.015 14(Fr) Si 26.4

102 0 0 0 431 156 98 156 0.020 0.020 14(Fr) Si 19.5

102 0 0 0 433 155 108 156 0.021 0.021 16(Qp) Si 14.6

103 0 0 0 418 149 -104 151 0.020 0.020 16(Qp) Si 15.1

102


103 0 0 0 416 150 -113 150 0.020 0.020 14(Fr) Si 20.2

104 0 0 0 287 83 -266 104 0.014 0.014 13(Fr) Si 29.3

104 0 0 0 291 84 -266 105 0.014 0.014 16(Qp) Si 21.7

105 0 0 0 118 11 -353 43 0.006 0.006 13(Fr) Si 71.2

105 0 0 0 125 13 -351 45 0.006 0.006 16(Qp) Si 50.4

106 0 0 0 -21 -59 -353 21 0.003 0.003 14(Fr) Si >100

106 0 0 0 -32 -128 -374 46 0.006 0.006 16(Qp) Si 49.4

107 0 0 0 -59 -198 -223 72 0.009 0.009 16(Qp) Si 31.8

107 0 0 0 -58 -119 -256 43 0.006 0.006 14(Fr) Si 70.8

108 0 0 0 -66 -211 -65 76 0.010 0.010 14(Fr) Si 39.9

108 0 0 0 -60 -249 -55 90 0.012 0.012 16(Qp) Si 25.4

109 0 0 0 -123 -333 4 120 0.016 0.016 16(Qp) Si 19.0

109 0 0 0 -122 -326 5 118 0.016 0.016 14(Fr) Si 25.8

110 0 0 0 -120 -229 102 83 0.011 0.011 14(Fr) Si 36.8

110 0 0 0 -117 -237 98 86 0.011 0.011 16(Qp) Si 26.6

111 0 0 0 -94 -89 189 34 0.004 0.004 1(Fr) Si 89.3

111 0 0 0 -96 -90 170 35 0.005 0.005 16(Qp) Si 65.9

112 0 0 0 -19 -56 282 20 0.003 0.003 16(Qp) Si >100

112 0 0 0 -4 -56 286 20 0.003 0.003 13(Fr) Si >100

113 0 0 0 223 22 267 80 0.011 0.011 16(Qp) Si 28.3

113 0 0 0 223 22 267 80 0.011 0.011 11(Fr) Si 37.8

114 0 0 0 353 68 107 128 0.017 0.017 16(Qp) Si 17.9

114 0 0 0 351 68 99 127 0.017 0.017 14(Fr) Si 23.9

115 0 0 0 345 58 -96 125 0.016 0.016 16(Qp) Si 18.3

115 0 0 0 343 58 -103 124 0.016 0.016 14(Fr) Si 24.6

116 0 0 0 193 4 -245 70 0.009 0.009 13(Fr) Si 43.5

116 0 0 0 198 4 -245 72 0.009 0.009 16(Qp) Si 31.8

117 0 0 0 29 -52 -316 19 0.002 0.002 16(Qp) Si >100

117 0 0 0 35 -24 -314 13 0.002 0.002 14(Fr) Si >100

118 0 0 0 -252 -44 -293 91 0.012 0.012 16(Qp) Si 25.1

118 0 0 0 -226 -99 -246 82 0.011 0.011 14(Fr) Si 37.2

119 0 0 0 -105 -176 -64 64 0.008 0.008 16(Qp) Si 35.9

119 0 0 0 -87 -175 -51 63 0.008 0.008 13(Fr) Si 48.0

120 0 0 0 -146 -332 -28 120 0.016 0.016 16(Qp) Si 19.0

120 0 0 0 -154 -312 -40 113 0.015 0.015 14(Fr) Si 27.0

121 0 0 0 -88 -271 -5 98 0.013 0.013 14(Fr) Si 31.0

121 0 0 0 -88 -275 -7 99 0.013 0.013 16(Qp) Si 22.9

122 0 0 0 -150 -197 6 71 0.009 0.009 11(Fr) Si 42.7

122 0 0 0 -150 -197 6 71 0.009 0.009 16(Qp) Si 32.0

123 0 0 0 -177 -132 109 64 0.008 0.008 14(Fr) Si 47.5

123 0 0 0 -182 -125 106 66 0.009 0.009 16(Qp) Si 34.7

124 0 0 0 -30 -24 186 11 0.001 0.001 16(Qp) Si >100

124 0 0 0 -20 -24 190 9 0.001 0.001 13(Fr) Si >100

125 0 0 0 137 -14 195 50 0.007 0.007 16(Qp) Si 45.9

125 0 0 0 137 -14 195 50 0.007 0.007 11(Fr) Si 61.2

126 0 0 0 321 3 94 116 0.015 0.015 16(Qp) Si 19.7

126 0 0 0 319 4 89 115 0.015 0.015 14(Fr) Si 26.4

127 0 0 0 317 -11 -81 114 0.015 0.015 14(Fr) Si 26.6

127 0 0 0 320 -11 -76 116 0.015 0.015 16(Qp) Si 19.7

128 0 0 0 111 -26 -193 40 0.005 0.005 16(Qp) Si 57.1

128 0 0 0 104 -27 -193 38 0.005 0.005 13(Fr) Si 81.0

129 0 0 0 -45 -37 -212 16 0.002 0.002 16(Qp) Si >100

129 0 0 0 -45 -37 -212 16 0.002 0.002 11(Fr) Si >100

130 0 0 0 -221 -40 -173 80 0.011 0.011 16(Qp) Si 28.6

130 0 0 0 -201 -87 -156 72 0.010 0.010 14(Fr) Si 41.9

131 0 0 0 -214 -188 -56 77 0.010 0.010 14(Fr) Si 39.3

131 0 0 0 -222 -168 -24 80 0.011 0.011 16(Qp) Si 28.4

132 0 0 0 -156 -270 -13 98 0.013 0.013 14(Fr) Si 31.1

132 0 0 0 -153 -272 2 98 0.013 0.013 16(Qp) Si 23.2

133 0 0 0 -120 -204 20 74 0.010 0.010 14(Fr) Si 41.2

133 0 0 0 -122 -205 19 74 0.010 0.010 16(Qp) Si 30.8

134 0 0 0 -192 -140 -8 69 0.009 0.009 16(Qp) Si 32.9

134 0 0 0 -187 -141 -5 67 0.009 0.009 14(Fr) Si 45.1

135 0 0 0 -246 -149 10 89 0.012 0.012 16(Qp) Si 25.7

135 0 0 0 -238 -148 13 86 0.011 0.011 14(Fr) Si 35.4

136 0 0 0 -166 -53 -11 60 0.008 0.008 14(Fr) Si 50.6

136 0 0 0 -173 -51 -13 63 0.008 0.008 16(Qp) Si 36.4

137 0 0 0 81 -23 78 29 0.004 0.004 14(Fr) Si >100

103


137 0 0 0 81 -22 81 29 0.004 0.004 16(Qp) Si 77.7

138 0 0 0 322 -27 51 116 0.015 0.015 16(Qp) Si 19.6

138 0 0 0 321 -26 50 116 0.015 0.015 14(Fr) Si 26.2

139 0 0 0 320 -47 -35 116 0.015 0.015 14(Fr) Si 26.3

139 0 0 0 325 -47 -31 117 0.015 0.015 16(Qp) Si 19.4

140 0 0 0 49 -34 -93 18 0.002 0.002 13(Fr) Si >100

140 0 0 0 56 -33 -93 20 0.003 0.003 16(Qp) Si >100

141 0 0 0 -196 -45 19 71 0.009 0.009 14(Fr) Si 43.0

141 0 0 0 -213 -12 20 77 0.010 0.010 16(Qp) Si 29.7

142 0 0 0 -277 -127 -19 100 0.013 0.013 14(Fr) Si 30.3

142 0 0 0 -305 -112 -15 110 0.015 0.015 16(Qp) Si 20.7

143 0 0 0 -258 -134 14 93 0.012 0.012 16(Qp) Si 24.5

143 0 0 0 -247 -141 0 89 0.012 0.012 14(Fr) Si 34.1

144 0 0 0 -187 -212 -25 77 0.010 0.010 13(Fr) Si 39.7

144 0 0 0 -189 -212 -26 77 0.010 0.010 16(Qp) Si 29.7

Verifica spostamenti verticali delle aste in Acciaio secondo NTC 2008


Travata: 122 [ 714 , 702 ] L = 241.0cm

Crit.Prog: Acciaio_FlessTors c = 0.0cm Verifica: Verificata

Verifica spostamento nello stato finale (§4.2.4.2.1 - NTC 2008)

x Comb. max L/250.00 Cs

cm mm mm

82.8 4 0.23 9.64 42.0

Verifica spostamento elastico dovuto ai soli carichi variabili (§4.2.4.2.1 - NTC 2008)

x Comb. 2 L/300.00 Cs

cm mm mm

30.0 4 0.07 8.03 >100

Travata: 123 [ 706 , 744 ] L = 241.0cm




cm mm mm

189.9 3 0.29 9.64 33.4


x Comb. 2 L/300.00 Cs

cm mm mm

211.0 2 -0.04 8.03 >100

Travata: 127 [ 802 , 801 ] L = 211.0cm


104



cm mm mm

110.8 3 0.24 8.44 35.3


x Comb. 2 L/300.00 Cs

cm mm mm

89.7 4 0.13 7.03 56.1

Travata: 129 [ 838 , 834 ] L = 211.0cm




cm mm mm

95.0 3 0.37 8.44 22.9


x Comb. 2 L/300.00 Cs

cm mm mm

100.2 4 0.20 7.03 34.8

Travata: 125 [ 805 , 806 ] L = 211.0cm




cm mm mm

94.9 4 0.32 8.44 26.7


x Comb. 2 L/300.00 Cs

cm mm mm

89.7 4 0.18 7.03 39.2

Travata: 126 [ 806 , 802 ] L = 180.0cm




cm mm mm

99.0 4 0.19 7.20 37.7


x Comb. 2 L/300.00 Cs

cm mm mm

103.5 4 0.11 6.00 55.1

Travata: 128 [ 820 , 850 ] L = 180.0cm


105



cm mm mm

99.0 4 0.28 7.20 25.3


x Comb. 2 L/300.00 Cs

cm mm mm

99.0 4 0.16 6.00 37.5

Travata: 124 [ 801 , 805 ] L = 180.0cm




cm mm mm

99.0 4 0.19 7.20 37.6


x Comb. 2 L/300.00 Cs

cm mm mm

103.5 4 0.11 6.00 54.8

Travata: 143 [ 851 , 821 ] L = 180.0cm




cm mm mm

81.0 4 0.28 7.20 25.4


x Comb. 2 L/300.00 Cs

cm mm mm

81.0 4 0.16 6.00 37.6

Travata: 144 [ 849 , 819 ] L = 180.0cm




cm mm mm

81.0 3 0.28 7.20 25.9


x Comb. 2 L/300.00 Cs

cm mm mm

99.0 4 0.15 6.00 38.9

Travata: 145 [ 833 , 829 ] L = 211.0cm


106



cm mm mm

100.2 3 0.33 8.44 25.3


x Comb. 2 L/300.00 Cs

cm mm mm

100.2 4 0.18 7.03 39.9

Travata: 146 [ 843 , 839 ] L = 211.0cm




cm mm mm

110.8 4 0.37 8.44 22.5


x Comb. 2 L/300.00 Cs

cm mm mm

116.1 4 0.21 7.03 34.0

Travata: 147 [ 828 , 824 ] L = 210.9cm




cm mm mm

110.7 3 0.29 8.44 29.1


x Comb. 2 L/300.00 Cs

cm mm mm

94.9 4 0.15 7.03 46.6

Travata: 103 [ 205 , 201 ] L = 180.0cm




cm mm mm

72.0 2 0.15 7.20 49.5


x Comb. 2 L/300.00 Cs

cm mm mm

36.0 4 0.00 6.00 >100

Travata: 104 [ 201 , 202 ] L = 211.0cm


107



cm mm mm

105.5 2 0.24 8.44 35.7


x Comb. 2 L/300.00 Cs

cm mm mm

68.6 2 0.00 7.03 >100

Travata: 130 [ 206 , 205 ] L = 211.0cm




cm mm mm

105.5 3 0.22 8.44 38.3


x Comb. 2 L/300.00 Cs

cm mm mm

147.7 2 -0.00 7.03 >100

Travata: 131 [ 221 , 204 ] L = 20.0cm




cm mm mm

10.0 3 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 132 [ 219 , 203 ] L = 20.0cm




cm mm mm

10.0 6 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 105 [ 302 , 306 ] L = 180.0cm


108



cm mm mm

90.0 3 0.07 7.20 >100


x Comb. 2 L/300.00 Cs

cm mm mm

36.0 2 -0.01 6.00 >100

Travata: 106 [ 305 , 301 ] L = 180.0cm




cm mm mm

90.0 4 0.07 7.20 >100


x Comb. 2 L/300.00 Cs

cm mm mm

36.0 2 -0.00 6.00 >100

Travata: 107 [ 314 , 302 ] L = 241.0cm




cm mm mm

109.1 4 0.18 9.64 53.4


x Comb. 2 L/300.00 Cs

cm mm mm

30.0 4 0.03 8.03 >100

Travata: 108 [ 306 , 344 ] L = 241.0cm




cm mm mm

168.8 3 0.23 9.64 41.2


x Comb. 2 L/300.00 Cs

cm mm mm

211.0 4 0.02 8.03 >100

Travata: 133 [ 319 , 303 ] L = 20.0cm


109



cm mm mm

10.0 3 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 134 [ 321 , 304 ] L = 20.0cm




cm mm mm

10.0 9 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 148 [ 0 , 0 ] L = 180.0cm




cm mm mm

36.0 8 0.06 7.20 >100


x Comb. 2 L/300.00 Cs

cm mm mm

144.0 2 0.02 6.00 >100

Travata: 109 [ 402 , 406 ] L = 180.0cm




cm mm mm

108.0 2 0.15 7.20 48.5


x Comb. 2 L/300.00 Cs

cm mm mm

36.0 2 -0.03 6.00 >100

Travata: 110 [ 405 , 401 ] L = 180.0cm


110



cm mm mm

90.0 4 0.14 7.20 52.7


x Comb. 2 L/300.00 Cs

cm mm mm

144.0 2 0.00 6.00 >100

Travata: 111 [ 401 , 402 ] L = 211.0cm




cm mm mm

105.5 3 0.23 8.44 36.8


x Comb. 2 L/300.00 Cs

cm mm mm

163.5 2 -0.00 7.03 >100

Travata: 112 [ 406 , 405 ] L = 211.0cm




cm mm mm

105.5 2 0.21 8.44 40.4


x Comb. 2 L/300.00 Cs

cm mm mm

42.2 2 0.00 7.03 >100

Travata: 135 [ 419 , 403 ] L = 20.0cm




cm mm mm

10.0 9 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 136 [ 421 , 404 ] L = 20.0cm


111



cm mm mm

10.0 8 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 113 [ 502 , 506 ] L = 180.0cm




cm mm mm

108.0 2 0.08 7.20 91.8


x Comb. 2 L/300.00 Cs

cm mm mm

36.0 2 -0.01 6.00 >100

Travata: 114 [ 505 , 501 ] L = 180.0cm




cm mm mm

90.0 3 0.07 7.20 96.9


x Comb. 2 L/300.00 Cs

cm mm mm

72.0 2 -0.00 6.00 >100

Travata: 115 [ 514 , 502 ] L = 241.0cm




cm mm mm

98.6 4 0.21 9.64 45.2


x Comb. 2 L/300.00 Cs

cm mm mm

30.0 4 0.05 8.03 >100

Travata: 116 [ 506 , 544 ] L = 241.0cm


112



cm mm mm

168.8 3 0.27 9.64 35.6


x Comb. 2 L/300.00 Cs

cm mm mm

211.0 4 0.02 8.03 >100

Travata: 137 [ 519 , 503 ] L = 20.0cm




cm mm mm

10.0 9 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 138 [ 521 , 504 ] L = 20.0cm




cm mm mm

10.0 10 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 117 [ 602 , 606 ] L = 180.0cm




cm mm mm

126.0 2 0.22 7.20 33.3


x Comb. 2 L/300.00 Cs

cm mm mm

36.0 2 -0.06 6.00 >100

Travata: 118 [ 601 , 602 ] L = 211.0cm


113



cm mm mm

105.5 4 0.24 8.44 35.7


x Comb. 2 L/300.00 Cs

cm mm mm

58.0 2 0.01 7.03 >100

Travata: 119 [ 606 , 605 ] L = 211.0cm




cm mm mm

105.5 3 0.21 8.44 39.5


x Comb. 2 L/300.00 Cs

cm mm mm

42.2 2 0.01 7.03 >100

Travata: 139 [ 619 , 603 ] L = 20.0cm




cm mm mm

10.0 4 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 140 [ 621 , 604 ] L = 20.0cm




cm mm mm

10.0 8 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 120 [ 702 , 706 ] L = 180.0cm


114



cm mm mm

108.0 2 0.08 7.20 95.1


x Comb. 2 L/300.00 Cs

cm mm mm

54.0 2 0.01 6.00 >100

Travata: 121 [ 705 , 701 ] L = 180.0cm




cm mm mm

72.0 2 0.07 7.20 99.1


x Comb. 2 L/300.00 Cs

cm mm mm

36.0 2 0.02 6.00 >100

Travata: 141 [ 719 , 703 ] L = 20.0cm




cm mm mm

10.0 6 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Travata: 142 [ 721 , 704 ] L = 20.0cm




cm mm mm

10.0 10 0.00 0.80 >100


x Comb. 2 L/300.00 Cs

cm mm mm

0.0 10 -0.00 0.67 >100

Verifica spostamenti laterali delle colonne in acciaio secondo NTC 2008


115

Verifica spostamenti orizzontali relativi di piano (§4.2.4.2.2 - NTC 2008)

Interp. Nodo sup. Nodo inf. Comb. SpostX

sup.

SpostY

sup.

SpostX

inf.

SpostY

inf. h/300.00 Verifica

mm mm mm mm mm mm

0-1 101 1 8 0.03 0.46 0.00 0.00 0.46 4.00 Si

0-1 102 2 8 0.05 1.39 0.00 0.00 1.39 4.00 Si

0-1 106 6 8 -0.03 1.32 0.00 0.00 1.32 4.00 Si

0-1 105 5 8 -0.05 0.45 0.00 0.00 0.46 4.00 Si

1-2 201 101 8 0.07 0.73 0.03 0.46 0.27 5.00 Si

1-2 202 102 8 0.07 3.76 0.05 1.39 2.37 5.00 Si

1-2 205 105 8 -0.07 0.73 -0.05 0.45 0.27 5.00 Si

1-2 206 106 8 -0.07 3.70 -0.03 1.32 2.38 5.00 Si

2-3 301 201 8 0.02 0.16 0.07 0.73 0.57 5.00 Si

2-3 305 205 8 -0.02 0.16 -0.07 0.73 0.57 5.00 Si

3-4 401 301 8 0.05 0.39 0.02 0.16 0.23 5.00 Si

3-4 402 302 7 -0.17 -0.54 -0.01 -0.42 0.20 5.00 Si

3-4 405 305 8 -0.05 0.39 -0.02 0.16 0.23 5.00 Si

3-4 406 306 7 -0.15 -0.55 -0.00 -0.42 0.19 5.00 Si

4-5 501 401 8 0.01 0.14 0.05 0.39 0.25 5.00 Si

4-5 502 402 8 0.02 3.82 0.05 4.36 0.53 5.00 Si

4-5 505 405 8 -0.01 0.14 -0.05 0.39 0.25 5.00 Si

4-5 506 406 8 -0.02 3.82 -0.05 4.35 0.53 5.00 Si

5-6 601 501 8 0.00 0.33 0.01 0.14 0.19 5.00 Si

5-6 602 502 8 0.01 2.59 0.02 3.82 1.24 5.00 Si

5-6 605 505 7 -0.20 -0.05 0.00 -0.02 0.21 5.00 Si

5-6 606 506 8 -0.00 2.58 -0.02 3.82 1.24 5.00 Si

6-7 701 601 8 -0.00 0.00 0.00 0.33 0.33 5.00 Si

6-7 702 602 8 0.03 0.92 0.01 2.59 1.67 5.00 Si

6-7 705 605 8 -0.00 0.01 -0.01 0.25 0.24 5.00 Si

6-7 706 606 8 -0.01 0.90 -0.00 2.58 1.68 5.00 Si

7-8 801 701 8 0.12 0.10 -0.00 0.00 0.16 2.00 Si

7-8 802 702 8 0.12 0.73 0.03 0.92 0.20 2.00 Si

7-8 805 705 4 0.16 -0.23 0.01 -0.12 0.18 2.00 Si

7-8 806 706 8 -0.13 0.73 -0.01 0.90 0.21 2.00 Si

Verifica spostamenti orizzontali in sommità (§4.2.4.2.2 - NTC 2008)

Nodo Comb. SpostX SpostY H/500.00 Verifica

mm mm mm mm

801 (Nodo_801) 10 -0.13 -0.22 0.26 21.60 Si

802 (Nodo_802) 10 -0.14 -1.11 1.11 21.60 Si

805 (Nodo_805) 4 0.16 -0.23 0.28 21.60 Si

806 (Nodo_806) 7 0.14 -1.11 1.12 21.60 Si

116

SI RIPORTANTO DI SEGUITO LE VERIFICHE RELATIVE AI NODI PIU SOLLECITATI NONCHE AGLI ATTACCHI DELEL COLONNE CON LE PIASTRE METALLICHE E LE SALDATURE

117

Verifica Nodo incastro alla base dei pilastri

Ove non diversamente specificato le dimensioni usate sono DaN e cm

Simbologia sezione scatolare

Sezione Nome della sezione

B Base sezione

H Altezza sezione

tbi,tbs Spessore inferiore, superiore

ths,thd Spessore anima a sinistra, anima a destra

Geometria costole

N° Indice della costola

Xi,Yi coordinate estremo iniziale

Xi,Yi coordinate estremo finale

l,h,t lunghezza, altezza, spessore della costola

Geometria Tirafondi

N° Indice del tirafondo

X,Y coordinate centro bullone

(mm) Diametro nominale del bullone

classe classe di resistenza

Ares Area resistente

L Lunghezza del tirafondo

R Eventuale raggio dell'uncino del tirafondo

m Min(diametro del dado,diametro medio della testa) (NTC 4.2.64)

Forze applicate

Comb. Nome della combinazione cui corrispondono le forze

N,Ty,Tz Sforzo normale,taglio in direzione Y, taglio in direzione Z, nel riferimento locale della colonna

Mt,My,Mz Momento torcente, flettente secondo Y, flettente secondo Z, nel riferimento locale della colonna

Verifica piastra di base

Comb.,Pann. combinazione,indice del pannello della mesh con minimo SF

N° indice del pannello della mesh

X,Y coordinate del centro del pannello della mesh

xx,yy,xy tensioni del pannello nel riferimento della piastra

id tensione ideale di Von Mises=(xx2+yy2-xx*yy+3*xy2)1/2

SF Fattore di sicurezza=id/(fyk/M0) (cfr. NTC. 4.2.4.1.2)

Verifica a punzonamento piastra di base

N°bull indice del tirafondo

X,Y coordinate del tirafondo

Fd azione assiale nel tirafondo

Bp,Rd resistenza al punzonamento della piastra (cfr. formula NTC. 4.2.64)

SF Fattore di sicurezza al punzonamento =Bp,Rd/Azione

Verifica calcestruzzo

Comb. combinazione delle azioni

N°Vert indice vertice area compressa

X,Y coordinate del vertice

tensione (di compressione) nel vertice

SF Fattore di sicurezza =fcd/

Verifica costole

N° indice elemento di costola, parte di costola compresa tra due costole o tra costola e sezione

N° cost Indice della costola cui appartiene l'elemento

Xi,Yi coordinate estremo iniziale dell'elemento

Xf,Yf coordinate estremo finale dell'elemento

, tensione normale e tangenziale agente sulla sezione verticale dell'elemento di costola

id tensione ideale di Von Mises=(2+3*2)1/2

SF Fattore di sicurezza=id/(fyk/M0) (cfr. NTC. 4.2.4.1.2)

Verifica saldature orizzontali costole

Comb nome della combinazione delle azioni

N° indice elemento di costola, parte di costola compresa tra due costole o tra costola e sezione

N° cost Indice della costola cui appartiene l'elemento

Xi,Yi coordinate estremo iniziale dell'elemento

Xf,Yf coordinate estremo finale dell'elemento

L lunghezza dell'elemento

a/2 semidimensione del cordone di saldatura

n,p,n tensione normale,tangenziale parallela ed ortogonale sul cordone

(1)SF Fattore di sicurezza

118

Verifica saldature verticali costole


N° cost Indice della costola

X,Y punto nel piano ove è posto il cordone

H altezza della costola

a dimensione del cordone di saldatura

n,p,n tensione normale,tangenziale parallela ed ortogonale sul cordone

(1)SF Fattore di sicurezza

Verifica tirafondi uncino


N° indice tirafondo

X,Y coordinate tirafondo

Dbordo distanza dal bordo del tirafondo

Ft,Fv azione assiale e tangenziale del tirafondo

(2)Ftrd,Fvrd resistenza assiale e tangenziale

(3)SF fattore di sicurezza

(4)Lid,Lrich lunghezza ideale effettiva e lunghezza ideale richiesta del tirafondo

(1)SF=valore minimo tra: 1*fyk/(n^2+p^2+n^2)

1/2 e 2*fyk/(|n|+|n|) (cfr. formule NTC 4.2.78,4.2.79)

(2)(cfr. formule NTC 4.2.57-4.2.59 e 4.2.62)

(3)nel caso di sola trazione SF=Ftrd/Ft, solo taglio SF=Fvrd/Fv, nel caso di taglio e trazione SF=1/(Fv/Fvrd+Ft/Ftrd/1.4)

con la condizione Ft/Ftrd<1(cfr. formula NTC 4.2.65)

(4)Lid=L+6.4*R la resistenza a sfilamento è Fmax=**Lid/(1+/Dbordo)^0.5, la lunghezza richesta è

Lrich=F/Fmax*Lid, il fattore di sicurezza è il minimo tra quello in(3) e Lid/Lrich

Dimensioni piastra :50 x 30 x 3

Sezione della colonna Centro anima (7,23),Rotazione 180 (°)

Baricentro (7,23)

Sezione B(mm) H(mm) tbi(mm) tbs(mm) ths(mm) thd(mm)

Tubo100x100x5 100 100 5 5 5 5

Geometria costole

N° Xi Yi Xf Yf l h1 h2 t

1 11.75 27.75 50 27.75 38 40 0 1

2 2.25 18.25 2.25 0 18 40 0 1

Geometria Tirafondi

N° X Y (mm) classe Ares L R m(mm)

1 20 23 22 8.8 3.8 50 8 22

2 35 23 22 8.8 3.8 50 8 22

3 7 5 22 8.8 3.8 50 8 22

4 20 10 22 8.8 3.8 50 8 22

5 35 15 22 8.8 3.8 50 8 22

Proprietà materiali

Calcestruzzo Rck=450, fcd=211.65

Coefficiente Omog. 15

Aderenza tirafondi-cls ad=35.20

Acciaio piastra classe S355: fyd=fyk/M=3550/1.05=3380.95

Acciaio costole classe S355: fyd=fyk/M=3550/1.05=3380.95

Proprietà Saldature

Verifiche condotte secondo le formule:

(n2+p

2+n

2)

0.5 <=fyk*1

119

|n|+|n| <=fyk*2

Elemento fyk<40mm fyk>40mm 1 2

Piastra 3550 3350 0.7 0.85

Costole 3550 3350 0.7 0.85

Caratteristiche applicate alla colonna Le caratteristiche sono intese positive se dirette secondo gli assi locali della colonna e sono applicate nel baricentro della

sezione

Riferimento locale della colonna

X Y Z

Origine 7.0000 23.0000 0.0000

Asse x 0.0000 0.0000 1.0000

Asse y -1.0000 0.0000 0.0000

Asse z 0.0000 -1.0000 0.0000

Comb. N Ty Tz Mt(DaN*m) My(DaN*m) Mz(DaN*m)

1 -987.8 -1.19992 -74.9999 7.90001 109.2 -0.200001

2 -1358.4 39.6001 14.9001 -2.3 -28.2 38.8

3 -981.7 -1.19992 -74.4999 7.90001 108.3 -0.200001

4 -1352.3 39.6001 15.4001 -2.3 -29.1 38.8

5 -990.4 -1.19992 -75.1999 7.90001 109.6 -0.200001

6 -1361 39.6001 14.7001 -2.3 -27.8 38.8

7 -822.1 -1.19993 -75.9999 7.90001 111.3 -0.300001

8 -1192.7 39.5001 13.9001 -2.3 -26.1 38.7

9 -1188.9 68.1001 14.0001 -2.7 -26.1 66.3

10 -571.3 0.100045 -135.8 14.3 202.8 1.3

11 -1159.2 39.5001 13.8001 -2.3 -26 38.7

12 -788.6 -1.19994 -76.0999 7.90001 111.4 -0.300001

13 -457.6 71.1 4.50004 -1.2 -8.3 68.9

14 160 3.19999 -145.3 15.8 220.7 3.9

(15+16)-I-1 -751.7 -8.49994 -0.79994 1.3 2.9 -10.2

(15+16)-I-2 -848.8 -9.49993 19.6001 -2.3 -32.3 -11

(15+16)-I-3 -682.8 5.20005 -3.79995 1.9 2.5 7.8

(15+16)-I-4 -779.9 4.20006 16.6001 -1.7 -32.8 6.9

(15+16)-II-1 -614.3 -2.59995 -25.7 5.7 43.9 -2.8

(15+16)-II-2 -938 -5.79993 42.4001 -6.30001 -73.6 -5.8

(15+16)-II-3 -593.6 1.50005 -26.6 5.9 43.8 2.6

(15+16)-II-4 -917.3 -1.69993 41.5001 -6.10001 -73.8 -0.4

(15+16)-III-1 -759.2 -9.29994 1.00006 0.899999 -0.1 -10.3

(15+16)-III-2 -841.4 -8.59993 17.8001 -2 -29.3 -10.9

(15+16)-III-3 -690.3 4.30005 -1.99995 1.6 -0.6 7.7

(15+16)-III-4 -772.5 5.10006 14.8001 -1.3 -29.7 7

(15+16)-IV-1 -639.2 -5.39995 -19.5999 4.5 33.8 -3.2

(15+16)-IV-2 -913.1 -2.99993 36.4001 -5.10001 -63.5 -5.4

(15+16)-IV-3 -618.5 -1.29995 -20.5 4.7 33.6 2.2

(15+16)-IV-4 -892.4 1.10007 35.5001 -4.90001 -63.6 -0.0999996

(15+16)-V-1 -761.9 -10.9999 -3.89994 1.1 7.4 -14.1

(15+16)-V-2 -859 -11.8999 16.5001 -2.5 -27.9 -14.9

(15+16)-V-3 -672.6 7.70005 -0.699947 2.1 -2 11.7

(15+16)-V-4 -769.7 6.70006 19.8001 -1.5 -37.3 10.8

(15+16)-VI-1 -617.4 -3.29995 -26.6 5.6 45.3 -4

(15+16)-VI-2 -941.1 -6.59993 41.5001 -6.30001 -72.3 -6.9

(15+16)-VI-3 -590.6 2.30005 -25.7 5.9 42.5 3.7

(15+16)-VI-4 -914.3 -0.999927 42.5001 -6.00001 -75.1 0.8

(15+16)-VII-1 -769.4 -11.7999 -2.09994 0.799999 4.4 -14.2

(15+16)-VII-2 -851.5 -11.0999 14.7001 -2.1 -24.8 -14.8

(15+16)-VII-3 -680.1 6.80005 1.10005 1.7 -5 11.6

(15+16)-VII-4 -762.3 7.50006 18.0001 -1.2 -34.2 10.9

(15+16)-VIII-1 -642.3 -6.19995 -20.5999 4.5 35.1 -4.3

(15+16)-VIII-2 -916.2 -3.69993 35.5001 -5.20001 -62.1 -6.6

(15+16)-VIII-3 -615.5 -0.599951 -19.6 4.8 32.3 3.4

(15+16)-VIII-4 -889.4 1.90007 36.4001 -4.90001 -64.9 1.1

(17+18)-I-1 -751.7 -8.49994 -0.79994 1.3 2.9 -10.2

(17+18)-I-2 -848.8 -9.49993 19.6001 -2.3 -32.3 -11

(17+18)-I-3 -682.8 5.20005 -3.79995 1.9 2.5 7.8

120

Comb. N Ty Tz Mt(DaN*m) My(DaN*m) Mz(DaN*m)

(17+18)-I-4 -779.9 4.20006 16.6001 -1.7 -32.8 6.9

(17+18)-II-1 -614.3 -2.59995 -25.7 5.7 43.9 -2.8

(17+18)-II-2 -938 -5.79993 42.4001 -6.30001 -73.6 -5.8

(17+18)-II-3 -593.6 1.50005 -26.6 5.9 43.8 2.6

(17+18)-II-4 -917.3 -1.69993 41.5001 -6.10001 -73.8 -0.4

(17+18)-III-1 -759.2 -9.29994 1.00006 0.899999 -0.1 -10.3

(17+18)-III-2 -841.4 -8.59993 17.8001 -2 -29.3 -10.9

(17+18)-III-3 -690.3 4.30005 -1.99995 1.6 -0.6 7.7

(17+18)-III-4 -772.5 5.10006 14.8001 -1.3 -29.7 7

(17+18)-IV-1 -639.2 -5.39995 -19.5999 4.5 33.8 -3.2

(17+18)-IV-2 -913.1 -2.99993 36.4001 -5.10001 -63.5 -5.4

(17+18)-IV-3 -618.5 -1.29995 -20.5 4.7 33.6 2.2

(17+18)-IV-4 -892.4 1.10007 35.5001 -4.90001 -63.6 -0.0999996

(17+18)-V-1 -761.9 -10.9999 -3.89994 1.1 7.4 -14.1

(17+18)-V-2 -859 -11.8999 16.5001 -2.5 -27.9 -14.9

(17+18)-V-3 -672.6 7.70005 -0.699947 2.1 -2 11.7

(17+18)-V-4 -769.7 6.70006 19.8001 -1.5 -37.3 10.8

(17+18)-VI-1 -617.4 -3.29995 -26.6 5.6 45.3 -4

(17+18)-VI-2 -941.1 -6.59993 41.5001 -6.30001 -72.3 -6.9

(17+18)-VI-3 -590.6 2.30005 -25.7 5.9 42.5 3.7

(17+18)-VI-4 -914.3 -0.999927 42.5001 -6.00001 -75.1 0.8

(17+18)-VII-1 -769.4 -11.7999 -2.09994 0.799999 4.4 -14.2

(17+18)-VII-2 -851.5 -11.0999 14.7001 -2.1 -24.8 -14.8

(17+18)-VII-3 -680.1 6.80005 1.10005 1.7 -5 11.6

(17+18)-VII-4 -762.3 7.50006 18.0001 -1.2 -34.2 10.9

(17+18)-VIII-1 -642.3 -6.19995 -20.5999 4.5 35.1 -4.3

(17+18)-VIII-2 -916.2 -3.69993 35.5001 -5.20001 -62.1 -6.6

(17+18)-VIII-3 -615.5 -0.599951 -19.6 4.8 32.3 3.4

(17+18)-VIII-4 -889.4 1.90007 36.4001 -4.90001 -64.9 1.1

Verifiche piastra Comb. Pann. X Y xx yy xy id SF

14 50 13.28 7.64 42.86 10.72 9.07 41.71 53.7

Tensione massima ideale = 41.71 SF=53.7 (14)Verificato

Verifica a punzonamento piastra Comb. N°bull X Y Fd Bp,Rd SF

14 3 7.00 5.00 544 52115 95.8

Forza di punz. massima = 543.99 SF=95.8 (14) (bull 3)Verificato

Verifica calcestruzzo Comb. N°Vert X Y SF

1 3 0.00 30.00 9.33 12.6

2 4 0.00 30.00 7.03 16.7

3 3 0.00 30.00 9.27 12.7

4 4 0.00 30.00 6.96 16.9

5 3 0.00 30.00 9.36 12.6

6 4 0.00 30.00 7.05 16.7

7 3 0.00 30.00 8.54 13.8

8 4 0.00 30.00 6.23 18.9

9 4 0.00 30.00 6.87 17.1

10 3 0.00 30.00 10.64 11.1

11 4 0.00 30.00 6.06 19.4

12 3 0.00 30.00 8.37 14.1

13 4 0.00 30.00 3.72 31.6

14 3 0.00 30.00 7.11 16.5

(15+16)-I-1 4 0.00 30.00 3.81 30.9

(15+16)-I-2 4 0.00 30.00 3.06 38.4

(15+16)-I-3 4 0.00 30.00 3.86 30.5

(15+16)-I-4 4 0.00 30.00 3.11 37.8

(15+16)-II-1 2 0.00 30.00 4.83 24.4

(15+16)-II-2 4 0.00 30.00 2.47 47.6

(15+16)-II-3 2 0.00 30.00 4.84 24.3

(15+16)-II-4 4 0.00 30.00 2.47 47.6

121

Comb. N°Vert X Y SF

(15+16)-III-1 4 0.00 30.00 3.73 31.5

(15+16)-III-2 4 0.00 30.00 3.13 37.6

(15+16)-III-3 4 0.00 30.00 3.78 31.1

(15+16)-III-4 4 0.00 30.00 3.18 37.0

(15+16)-IV-1 2 0.00 30.00 4.56 25.8

(15+16)-IV-2 4 0.00 30.00 2.62 45.0

(15+16)-IV-3 2 0.00 30.00 4.57 25.7

(15+16)-IV-4 4 0.00 30.00 2.62 44.9

(15+16)-V-1 2 0.00 30.00 3.94 29.8

(15+16)-V-2 4 0.00 30.00 3.17 37.1

(15+16)-V-3 4 0.00 30.00 3.73 31.5

(15+16)-V-4 4 0.00 30.00 3.01 39.1

(15+16)-VI-1 2 0.00 30.00 4.87 24.2

(15+16)-VI-2 4 0.00 30.00 2.50 47.1

(15+16)-VI-3 2 0.00 30.00 4.80 24.5

(15+16)-VI-4 4 0.00 30.00 2.45 48.0

(15+16)-VII-1 2 0.00 30.00 3.87 30.4

(15+16)-VII-2 4 0.00 30.00 3.24 36.3

(15+16)-VII-3 4 0.00 30.00 3.66 32.2

(15+16)-VII-4 4 0.00 30.00 3.07 38.3

(15+16)-VIII-1 2 0.00 30.00 4.60 25.6

(15+16)-VIII-2 4 0.00 30.00 2.64 44.5

(15+16)-VIII-3 2 0.00 30.00 4.53 25.9

(15+16)-VIII-4 4 0.00 30.00 2.60 45.3

(17+18)-I-1 4 0.00 30.00 3.81 30.9

(17+18)-I-2 4 0.00 30.00 3.06 38.4

(17+18)-I-3 4 0.00 30.00 3.86 30.5

(17+18)-I-4 4 0.00 30.00 3.11 37.8

(17+18)-II-1 2 0.00 30.00 4.83 24.4

(17+18)-II-2 4 0.00 30.00 2.47 47.6

(17+18)-II-3 2 0.00 30.00 4.84 24.3

(17+18)-II-4 4 0.00 30.00 2.47 47.6

(17+18)-III-1 4 0.00 30.00 3.73 31.5

(17+18)-III-2 4 0.00 30.00 3.13 37.6

(17+18)-III-3 4 0.00 30.00 3.78 31.1

(17+18)-III-4 4 0.00 30.00 3.18 37.0

(17+18)-IV-1 2 0.00 30.00 4.56 25.8

(17+18)-IV-2 4 0.00 30.00 2.62 45.0

(17+18)-IV-3 2 0.00 30.00 4.57 25.7

(17+18)-IV-4 4 0.00 30.00 2.62 44.9

(17+18)-V-1 2 0.00 30.00 3.94 29.8

(17+18)-V-2 4 0.00 30.00 3.17 37.1

(17+18)-V-3 4 0.00 30.00 3.73 31.5

(17+18)-V-4 4 0.00 30.00 3.01 39.1

(17+18)-VI-1 2 0.00 30.00 4.87 24.2

(17+18)-VI-2 4 0.00 30.00 2.50 47.1

(17+18)-VI-3 2 0.00 30.00 4.80 24.5

(17+18)-VI-4 4 0.00 30.00 2.45 48.0

(17+18)-VII-1 2 0.00 30.00 3.87 30.4

(17+18)-VII-2 4 0.00 30.00 3.24 36.3

(17+18)-VII-3 4 0.00 30.00 3.66 32.2

(17+18)-VII-4 4 0.00 30.00 3.07 38.3

(17+18)-VIII-1 2 0.00 30.00 4.60 25.6

(17+18)-VIII-2 4 0.00 30.00 2.64 44.5

(17+18)-VIII-3 2 0.00 30.00 4.53 25.9

(17+18)-VIII-4 4 0.00 30.00 2.60 45.3

Tensione cls max = 10.64 SF=11.1 (10)Verificato

Calcolo saldature orizzontali

Comb N°cost Xi Yi Xf Yf L a/2 n p SF

10 1 2.25 27.75 0.00 27.75 2.25 1.00 33.07 1.95 60.3

14 2 11.75 27.75 50.00 27.75 38.25 1.00 7.42 2.68 >100

14 3 2.25 18.25 2.25 0.00 18.25 1.00 22.32 3.51 88.4

10 4 2.25 27.75 2.25 30.00 2.25 1.00 37.40 2.19 53.3

9 5 11.75 18.25 50.00 18.25 38.25 1.00 7.81 0.64 >100

122

Comb N°cost Xi Yi Xf Yf L a/2 n p SF

6 6 2.25 18.25 0.00 18.25 2.25 1.00 32.57 1.33 61.3

10 7 11.75 27.75 11.75 30.00 2.25 1.00 61.24 2.64 32.6

14 8 11.75 18.25 11.75 0.00 18.25 1.00 36.26 6.74 54.2

Calcolo saldature verticali

Comb N°cost X Y H a n p SF

10 4 2.25 27.75 40.00 1.00 0.03 0.12 >100

10 2 11.75 27.75 40.00 1.00 3.07 3.11 >100

14 3 2.25 18.25 40.00 1.00 1.64 1.60 >100

9 5 11.75 18.25 40.00 1.00 1.75 0.62 >100

6 1 2.25 27.75 40.00 1.00 0.02 0.08 >100

14 8 11.75 18.25 40.00 1.00 2.88 3.07 >100

Verifica Tirafondi Uncino

Comb N° X Y Dbordo Ft Fv FtRd FvRd Lid Lrich SF

14 3 7.00 5.00 5.00 544 19 21888 14592 101 7 14.7

Coefficiente di sicurezza minimo 14.748984 (14):Verificato

Verifica complessiva Coefficiente di sicurezza minimo 11.1 (Costole):Verificato

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