ftnc3d
C FTNC3D SOURCE PV090527 23/01/27 21:15:35 11574 # bwPw,bgPg,FTH,AFFICHE,ERR1) c calcul des forces thermodynamiques implicit real*8 (a-h,o-z) implicit integer (i-n) c dimension de la base des variables generalisees integer NDIMG,ERR1 c nbr max inclusion, nbr reel inclusion integer NBRINC,NINC c contrainte en base generalisees c fractions volumiques des phases real*8 FRAC(0:NBRINC) c indicateur de diffusion produits chimiques dans fissure real*8 GCH(0:NBRINC) c direction des ecoulements real*8 FTH(NDIMG) c donnes poro-mechaniques (eau, gel, dechrage) real*8 bwPw(0:NBRINC),bgPg(0:NBRINC) logical affiche,affiche_local c config affichage local affiche_local=affiche c affiche_local=.true. if(NDIMG.ne.12) then print*,'PB NDIMG ne 3*NBRINC+3=12 dans ftnc3d' err1=1 return end if if (affiche_local) then print*,'dans FthR1inc3d' write(*,'(12(A4,i2,A2,e10.3,/))') end if if (affiche_local) then write(*,'(2(A4,i2,A2,e10.3,/))') # ('bwpw',i-1,'=',bwpw(i-1),i=1,2) end if if (affiche_local) then write(*,'(2(A4,i2,A2,e10.3,/))') # ('bgpg',i-1,'=',bgpg(i-1),i=1,2) end if c initialisation if(ninc.ne.1) then print*,'Pb dans ftnc3d' err1=1 return end if do i=1,NDIMG FTH(i)=0.d0 end do f=FRAC(1) t7 = 0.1D1 - f t8 = f * t7 t10 = t9 * t8 t13 = t12 * t8 t16 = t15 * t8 t20 = (0.1D1 - 0.3D1 / 0.2D1 * f) * t7 Fth(4) = t10 / 0.2D1 Fth(5) = t13 / 0.2D1 Fth(6) = t16 / 0.2D1 Fth(7) = t10 Fth(8) = t13 Fth(9) = t16 Fth(10) = t9 * t20 Fth(11) = t12 * t20 Fth(12) = t15 * t20 if (affiche_local) then print*,'dans ftnc3d' write(*,'(12(A4,i2,A2,e10.3,/))') # ('FTH(',i,')=',FTH(i),i=1,12) end if return end
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