c romain c ************recup parametres pour fibre3d ******* c indicateur presence de fibres ( romain ) ifibre=int(xmat(NMAT1-2)) if(ifibre.eq.1) then c print*,"debut recuperation fibres romain",NBRFLU3D, c #xmat(nbelas3d+92),xmat(nbelas3d+93),xmat(nbelas3d+94) Df=xmat(NMAT1+1) Lf=xmat(NMAT1+2) Hf=xmat(NMAT1+3) Tmax=xmat(NMAT1+4) Td=xmat(NMAT1+5) sk=xmat(NMAT1+6) fabo=xmat(NMAT1+7) alphaec=xmat(NMAT1+8) m0f=xmat(NMAT1+9) L0f=xmat(NMAT1+10) muf=xmat(NMAT1+11) Ef=xmat(NMAT1+12) lech=xmat(NMAT1+13) mwf=xmat(NMAT1+14) fuf=xmat(NMAT1+15) rtec=xmat(NMAT1+16) rhof=xmat(NMAT1+17) eof(1)=xmat(NMAT1+18) eof(2)=xmat(NMAT1+19) eof(3)=xmat(NMAT1+20) vf1(1)=xmat(NMAT1+21) vf1(2)=xmat(NMAT1+22) vf1(3)=xmat(NMAT1+23) vf2(1)=xmat(NMAT1+24) vf2(2)=xmat(NMAT1+25) vf2(3)=xmat(NMAT1+26) fyf=xmat(NMAT1+27) c modif de la resistance a la traction c Rt00=Rtec*(lech/longr(i))**(1/mw) c print*,NMAT1+26,nbelas3d,NBRFLU3D,nbparr do i=1,10 cokf1(i)=xmat(NMAT1+NB_PARA_FIBRE_U+i) cokf2(i)=xmat(NMAT1+NB_PARA_FIBRE_U+10+i) cowp1(i)=xmat(NMAT1+NB_PARA_FIBRE_U+20+i) cowp2(i)=xmat(NMAT1+NB_PARA_FIBRE_U+30+i) cofp(i)=xmat(NMAT1+NB_PARA_FIBRE_U+40+i) cow03(i)=xmat(NMAT1+NB_PARA_FIBRE_U+50+i) cowf(i)=xmat(NMAT1+NB_PARA_FIBRE_U+60+i) end do mink1=xmat(NMAT1+NB_PARA_FIBRE_U+71) maxk1=xmat(NMAT1+NB_PARA_FIBRE_U+72) mink2=xmat(NMAT1+NB_PARA_FIBRE_U+73) maxk2=xmat(NMAT1+NB_PARA_FIBRE_U+74) minwp1=xmat(NMAT1+NB_PARA_FIBRE_U+75) maxwp1=xmat(NMAT1+NB_PARA_FIBRE_U+76) minwp2=xmat(NMAT1+NB_PARA_FIBRE_U+77) maxwp2=xmat(NMAT1+NB_PARA_FIBRE_U+78) minfp=xmat(NMAT1+NB_PARA_FIBRE_U+79) maxfp=xmat(NMAT1+NB_PARA_FIBRE_U+80) minw03=xmat(NMAT1+NB_PARA_FIBRE_U+81) maxw03=xmat(NMAT1+NB_PARA_FIBRE_U+82) minwf=xmat(NMAT1+NB_PARA_FIBRE_U+83) maxwf=xmat(NMAT1+NB_PARA_FIBRE_U+84) end if c print*,"fin recuperation fibres romain" c fin recuperation fibres romain
© Cast3M 2003 - Tous droits réservés.
Mentions légales