$$$$ TRACTUFI NOTICE CHAT 11/09/12 21:18:22 7124 DATE 11/09/12 Procedure TRACTUFI Voir aussi : MATE ------------------ EVOL1 CM KF = TRACTUFI TAB1 ; TAB1.'METHODE' .'COUTRA' .'YOUN' .'SIG1' .'SIGF4 .'REXT' .'EPAI' .'ANGLE' .'COUL' .'ALFA' .'N' Description : _____________ This procedure is specific to the TUFI cracked piping element It makes it possible to determine the global moment-rotation behavior law of the element from the material tension curve by applying : - either a simplified method (four methods are available; they respectively correspond to the key words TADA, LBBNRC, LBB1, LBB2) - or an experimental data base (key word DEFR). The procedure creates an evolution object which may be directly input in the MATE operator (TRAC component) for the TUFI element. It also supplies the CM coefficient of the compliance matrix as well as KF that allows the shape factor to be calculated. Contents : __________ EVOL1 : object (EVOLUTION type) describing the moment-rotation curve CM : compliance object (FLOTTANT type) KF : object (FLOTTANT type) for the calculation of the shape factor TAB1 : object (TABLE type) containing : TAB1 METHODE : key word (MOT type) equalling DEFR, TADA, LBBNRC, LBB1 or LBB2 and referring to the simplified method selected TAB1 COUTRA : object (EVOLUTION type) describing the material tension curve TAB1 YOUN : Young's modulus (FLOTTANT type) TAB1 SIG1 : conventional stress at 0.2% (FLOTTANT type) TAB1 SIGF : possible yield stress (FLOTTANT type) TAB1 REXT : external radius (FLOTTANT type) TAB1 EPAI : thickness TAB1 ANGLE : crack total angle in degrees TAB1 COUL : may indicate the color (MOT type) allocated to the newly created curve TAB1 ALFA : possible values for the adaptation of the TAB1 N : tension curve (LBBNRC method) (FLOTTANT type)
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