[转帖]函数加载和长名的运用

meil32

*dim,THIS_IS_MY_TCC_REAL_CONSTANT,table,3,,,Pressure<BR>THIS_IS_MY_TCC_REAL_CONSTANT(1,0) = 0, 1e6, 1e9<BR>THIS_IS_MY_TCC_REAL_CONSTANT(1,1) = 100, 500, 1000<BR>! tabular boundary condition<BR>*dim,THIS_IS_MY_DISP_BC,table,2,,,x<BR>THIS_IS_MY_DISP_BC(1,0)=0, 2<BR>THIS_IS_MY_DISP_BC(1,1)=0, 0<BR>*dim,THIS_IS_MY_TEMP,table,2,,,time<BR>THIS_IS_MY_TEMP(1,0)=0,1<BR>THIS_IS_MY_TEMP(1,1)=20,50<BR>! tabular load<BR><BR>*dim,THIS_IS_MY_PRESSURE,table,6,8,1 <BR>! Begin of equation: 100*abs(sin()*cos())* <BR>THIS_IS_MY_PRESSURE(0,0,1)= 0.0, -999<BR>THIS_IS_MY_PRESSURE(2,0,1)= 0.0 <BR>THIS_IS_MY_PRESSURE(3,0,1)= 0.0 <BR>THIS_IS_MY_PRESSURE(4,0,1)= 0.0 <BR>THIS_IS_MY_PRESSURE(5,0,1)= 0.0 <BR>THIS_IS_MY_PRESSURE(6,0,1)= 0.0 <BR>THIS_IS_MY_PRESSURE(0,1,1)= 1.0, -1, 9, 1, 2, 0, 0 <BR>THIS_IS_MY_PRESSURE(0,2,1)= 0.0, -2, 10, 1, 4, 0, 0 <BR>THIS_IS_MY_PRESSURE(0,3,1)= 0, -3, 0, 1, -1, 3, -2 <BR>THIS_IS_MY_PRESSURE(0,4,1)= 0.0, -1, 15, 1, -3, 0, 0 <BR>THIS_IS_MY_PRESSURE(0,5,1)= 0.0, -2, 0, 100, 0, 0, -1<BR>THIS_IS_MY_PRESSURE(0,6,1)= 0.0, -3, 0, 1, -2, 3, -1 <BR>THIS_IS_MY_PRESSURE(0,7,1)= 0.0, -1, 0, 1, -3, 3, 1 <BR>THIS_IS_MY_PRESSURE(0,8,1)= 0.0, 99, 0, 1, -1, 0, 0 <BR><BR>/prep7<BR>et,1,5<BR>r,1<BR>mp,ex ,1,70e9<BR>mp,nuxy,1,0.3<BR>!mp,alpx,1,20e-6<BR>!mp,reft,1,20<BR>mp,kxx ,1,150<BR>mp,rsvx,1,1<BR>mp,murx,1,1<BR><BR>et,2,170<BR>et,3,173<BR>keyopt,3,1,1<BR>keyopt,3,12,5<BR>keyopt,3,9,1<BR>r,3,,,,,1e-5<BR>rmore,<BR>rmore,,%THIS_IS_MY_TCC_REAL_CONSTANT%<BR><BR>block,,1,,1,,1<BR>cm,VOLUME_COMPONENT_BOTTOM_BLOCK,volu<BR>vsel,none<BR>block,,1,1,2,,1<BR>cm,VOLUME_COMPONENT_TOP_BLOCK,volu<BR>cmgrp,THESE_ARE_MY_VOLUME_COMPONENTS,VOLUME_COMPONENT_TOP_BLOCK,VOLUME_COMPONENT_BOTTOM_BLOCK<BR><BR>vsel,all<BR>vatt,1,1,1<BR>esize,,5<BR>vmesh,all<BR><BR>cmsel,s,VOLUME_COMPONENT_TOP_BLOCK<BR>aslv<BR>asel,r,loc,y,1<BR>nsla,s,1<BR>cm,NODAL_COMPONENT_CONTACT_NODES,node<BR>type,3<BR>real,3<BR>esurf<BR><BR>cmsel,s,VOLUME_COMPONENT_BOTTOM_BLOCK<BR>aslv<BR>asel,r,loc,y,1<BR>nsla,s,1<BR>cm,NODAL_COMPONENT_TARGET_NODES,node<BR>type,2<BR>real,3<BR>esurf<BR><BR>!----------------------------------------<BR>! Define nodal components<BR>!----------------------------------------<BR>nsel,s,loc,y,0<BR>cm,NODE_COMPONENT_BOTTOM_NODES,node<BR>nsel,s,loc,y,2<BR>cm,NODE_COMPONENT_TOP_NODES,node<BR>nsel,s,loc,x,0<BR>cm,NODE_SIDE_NODES,node<BR>nsel,s,loc,z,0<BR>cm,NODE_BACK_NODES,node<BR>allsel,all<BR>finish<BR><BR>/solu<BR>nsubst,10,1e3,10<BR>autots,on<BR>rescon,define,none<BR>outres,all,all<BR>nropt,full<BR>eqslv,sparse<BR>tunif,20<BR><BR>!----------------------------------------<BR>! Apply loads &amp; b.c. directly on nodal components<BR>!----------------------------------------<BR>sf,NODE_COMPONENT_TOP_NODES,pres,%THIS_IS_MY_PRESSURE%<BR>sf,NODE_COMPONENT_TOP_NODES,hflux,1e3<BR><BR>d,NODE_SIDE_NODES,ux,%THIS_IS_MY_DISP_BC%<BR>d,NODE_COMPONENT_BOTTOM_NODES,uy,%THIS_IS_MY_DISP_BC%<BR>d,NODE_BACK_NODES,uz,%THIS_IS_MY_DISP_BC%<BR>d,NODE_COMPONENT_BOTTOM_NODES,temp,%THIS_IS_MY_TEMP%<BR>d,all,volt,0<BR>d,all,mag,0<BR><BR>solve<BR>finish<BR>