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小木虫论坛-学术科研互动平台 » 计算模拟区 » 仿真模拟 » ANSYS & ABAQUS » ANSYS中，do循环中使用生死单元再单点重启动，如何接着最后一个子步重启动？
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chiko75

铜虫 (小有名气)

[求助] ANSYS中，do循环中使用生死单元再单点重启动，如何接着最后一个子步重启动？ 已有1人参与

请问一下，我在ANSYS中试用重启动功能时，在do循环里激活单元再单点重启动，重启动后发现所有单元都激活了。没有重启动的命令时计算结果是正常的。请问应该怎么改？命令如下：
!边界条件
time,1e-5
solve

esel,s,mat,,1
ekill,all
allsel

*do,i,1,10
locy=i*step_inc
local,13,0,0,locy,0
esel,s,loc,x,-width/2,width/2
esel,r,loc,y,-step_inc,step_inc
esel,r,loc,z,0,height
ealive,all
allsel
!载荷
allsel
solve
finish
/post1
!后处理中没有任何命令
/solu
resume
antype,,rest,,,continue
*enddo
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1楼 2023-07-31 00:09:45
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htbbzzg

铁杆木虫 (著名写手)
引用回帖:
5楼: Originally posted by chiko75 at 2023-08-07 23:23:33
我是按照您的建议修改后发现还是出现了重启动后所有单元都激活了的情况，至于注释掉的命令可以不管，因为我在知乎上看到要用solve初始化，但失败了。其次，我用/input的命令导入材料物性，为了方便还是把物性写出来 ...

你是在知乎上那一篇文件中看到的 "要用solve初始化"？这肯定是错误的。如果是 "用 /solu 初始化" 到还勉强说得通。不过，初始化意味着什么你了解吗？每一次初始化都会使后续的求解从头开始，而不管之前计算到了哪一步，这显然不是你需要的 (从已计算的最后一步的结构继续计算)。
进一步的检查分析问题则比较复杂了。你可以先执行一次循环，并在循环的开始和重启动命令之后，以及执行 parasove 命令和 pararest 命令前后，分别将死单元放到不同的 component 中并输出其中的死单元编号到硬盘上，然后比较一下几组死单元是否相同。如不相同则需要进一步检查，看看死单元是什么情况下改变的。

至于循环尾部的 solve  被注解掉，那么就要回到循环的开始处，经过一些操作后才会进行求解，这其中是否有什么问题也需要仔细检查。
另外，本想试一下你的命令流，那么还需要你提供命令流中两个 /input 命令所使用的输入文件，否则无法试算和查找问题。。
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chiko75
6楼2023-08-08 10:13:53
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htbbzzg

铁杆木虫 (著名写手)

【答案】应助回帖

有两个地方改一下试试：
  1  循环中，第一个 solve 之后增加一个 save 命令。
  2  循环中，后处理之后，回到 /solu，一个 resume 命令是多余的，且会导致其它问题，需要删除掉。
      不过，上面增加 save 命令后，这个 resume  命令也就失去了作用，不删除也许是可以的。只是为了保险，还是删除较好。

  3  此外，在循环中第一个 solve  之后，save 之前，还可以增加一个命令“
        parsave, all
      然后，在后处理之后，回到求解模块时，再增加一个命令：
        paeres, new
      以保证重新回到求解模块时模型的状态与之前相同。
  你先改改试试，如仍有问题，需要你提供完整的命令流，以便分析。
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2楼2023-08-04 08:40:16
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chiko75

铜虫 (小有名气)
引用回帖:
2楼: Originally posted by htbbzzg at 2023-08-04 08:40:16
有两个地方改一下试试：
  1  循环中，第一个 solve 之后增加一个 save 命令。
  2  循环中，后处理之后，回到 /solu，一个 resume 命令是多余的，且会导致其它问题，需要删除掉。
      不过，上面增加 save 命 ...

谢谢，不过还是不行。具体命令如下
finish
/clear
/units,si
/prep7
ET,1,SOLID70!responsive structural element for solid185
ET,2,SOLID90!responsive structural element for solid186
!et,2,suff_h152
!keyopt,2,4,0
!keyopt,2,5,1
!keyopt,2,8,3
!keyopt,2,9,1
mat3_top=1
mat_h13=2
/input,FeCrBSi_top_ther,dat,E:\acdE\ANSYSdb\tesueship\matpara
/input,H13_ther,dat,E:\acdE\ANSYSdb\tesueship\matpara
mpdele,enth,1
mpdele,enth,2
w_matrix=0.05
l_matrix=0.08
h_matrix=0.010
h_clad=0.002
esize_ref=0.001
D=0.002
pi=acos(-1)
dists_inc=esize_ref
v_scan=10e-3
temp_preh=298.15
count=4        !l_matrix/v_scan
/COM,create volume
block,-D/2,D/2,0,l_matrix,0,h_clad
cm,clad,volu
block,-1.5*D,1.5*D,0,l_matrix,0,-h_matrix
block,-(1.5*D+2*esize_ref),-1.5*D,0,l_matrix,0,-h_matrix
block,1.5*D,(1.5*D+2*esize_ref),0,l_matrix,0,-h_matrix
block,-6*D,-(1.5*D+2*esize_ref),0,l_matrix,0,-h_matrix
block,(1.5*D+2*esize_ref),6*D,0,l_matrix,0,-h_matrix
block,-w_matrix/2,-6*D,0,l_matrix,0,-h_matrix
block,6*D,w_matrix/2,0,l_matrix,0,-h_matrix
allsel
vglue,all

vsel,s,loc,x,-w_matrix/2,-6*D
vsel,a,loc,x,6*D,w_matrix/2
cm,matrix_hex,volu
vsel,s,loc,x,-6*D,6*D
vsel,r,loc,z,0,-l_matrix
cm,matrix_tet,volu
allsel
cmgrp,matrix,matrix_hex,matrix_tet

allsel
lsel,s,loc,x,-1.5*D,1.5*D
lesize,all,esize_ref
lsel,s,loc,x,-(1.5*D+esize_ref)
lsel,a,loc,x,(1.5*D+esize_ref)
lsel,u,tan1,z,1
lsel,u,tan1,z,-1
lesize,all,esize_ref
lsel,s,loc,x,-4*D,-w_matrix
lsel,a,loc,x,4*D,w_matrix
lsel,r,loc,z,-h_matrix/2
lesize,all,4*esize_ref
lsel,s,loc,x,-4*D,-w_matrix
lsel,a,loc,x,4*D,w_matrix
lsel,r,tan1,z,0
lesize,all,4*esize_ref

mat,1
type,1
mshkey,1
mshape,0
vmesh,clad

mat,2
type,1
mshkey,1
mshape,0
vmesh,matrix_hex
!vmesh,7
type,2
mshkey,0
mshape,1
!vmesh,5
!vmesh,6
vmesh,matrix_tet
numcmp,area
vimp,matrix_tet,0,3
save

/solu
antype,4
timint,1,therm
solcontrol,on,,
tintp,,,,1,,,,,,
thopt,full,0.05,64
neqit,100
trnopt,full
nropt,full,,on
pred,on,,on
cutcontrol,noiterpredict,0
cutcontrol,cutbackfactor,0.5
cutcontrol,plslimit,10,
cnvtol,temp,,0.01
cnvtol,heat,,0.01,,1e-6
kbc,0
lumpm,0
lnsrch,1
autots,1
ncnv,2
outres,all,all!basic,last

tunif,temp_preh
allsel
nsel,s,loc,z,-h_matrix
sf,all,conv,5,temp_preh
allsel
time,1e-4
deltim,5e-5,5e-5,5e-5
solve
/solu

esel,s,mat,,1
ekill,all
esel,s,live
eplot
!rescontrol,define,all,all
i=1
*do,i,0,count
        disy=i*dists_inc
        t=(disy+dists_inc)/v_scan
        esel,s,mat,,1
        nsle,s,1
        nsel,r,loc,y,disy-dists_inc,disy+dists_inc,0.00001
        esln,s,1
        ealive,all
        bf,all,hgen,4e10
        esel,s,live
        eplot

        csys,0
        allsel
        esel,s,live
        nsle,s,1,
        nsel,r,ext
        nsel,u,loc,z,-h_matrix       !------改
        sf,all,conv,50,temp_preh    !------改
        time,t
        nsubst,5,1000,5,1        
        allsel
        !求解
        SOLVE
        parsav,all,parareco,txt
        save
        /solu
        BFDELE,all,HGEN
        allsel
        nsel,u,loc,z,-h_matrix
        sfdele,all,conv
        allsel
        save
        finish
       
        /post1
        !etable,temper,temp
    !esel,s,etab,temper,1160
        !cm,temper1,elem
        finish
        !save
       
        !/filename,
        /solu
        !resume
        parres,new,parareco,txt
        antype,,rest
        !parres,new,parareco,txt
        !esel,s,,,temper1
        !ekill,all
        allsel
        !kuse,1
        !solve
        allsel
*ENDDO

材料物性参数如下：
!mat3_top=1
MPTEMP
MPTEMP,1,298.15
MPTEMP,2,373.15
MPTEMP,3,473.15
MPTEMP,4,573.15
MPTEMP,5,673.15
MPTEMP,6,773.15
MPTEMP,7,873.15
MPTEMP,8,973.15
MPTEMP,9,975.33443
MPTEMP,10,998.17961
MPTEMP,11,999.8139
MPTEMP,12,1015.91817
MPTEMP,13,1073.15
MPTEMP,14,1173.15
MPTEMP,15,1373.15
MPTEMP,16,1411.33015
MPTEMP,17,1456.42042
MPTEMP,18,1473.15
MPTEMP,19,1573.15
MPTEMP,20,1618.42234
MPTEMP,21,1658.14359
MPTEMP,22,1673.15
MPTEMP,23,1773.15
MPTEMP,24,1873.15
MPTEMP,25,1973.15
MPTEMP,26,2073.15
MPTEMP,27,2173.15
MPTEMP,28,2273.15
MPTEMP,29,2373.15
MPTEMP,30,2473.15
MPTEMP,31,2573.15
MPTEMP,32,2673.15
MPTEMP,33,2773.15
MPTEMP,34,2873.15
MPTEMP,35,2973.15
MPTEMP,36,3073.15
MPTEMP,37,3173.15
MPTEMP,38,3273.15
FACT_DENS=1000.0
MPDATA,DENS,mat3_top,1,7.02202213*FACT_DENS
MPDATA,DENS,mat3_top,2,6.99741469*FACT_DENS
MPDATA,DENS,mat3_top,3,6.964275398*FACT_DENS
MPDATA,DENS,mat3_top,4,6.930778305*FACT_DENS
MPDATA,DENS,mat3_top,5,6.896943469*FACT_DENS
MPDATA,DENS,mat3_top,6,6.862790649*FACT_DENS
MPDATA,DENS,mat3_top,7,6.828339298*FACT_DENS
MPDATA,DENS,mat3_top,8,6.557242353*FACT_DENS
MPDATA,DENS,mat3_top,9,6.548547164*FACT_DENS
MPDATA,DENS,mat3_top,10,7.178593816*FACT_DENS
MPDATA,DENS,mat3_top,11,7.215224808*FACT_DENS
MPDATA,DENS,mat3_top,12,7.214457885*FACT_DENS
MPDATA,DENS,mat3_top,13,7.1932084*FACT_DENS
MPDATA,DENS,mat3_top,14,7.153846107*FACT_DENS
MPDATA,DENS,mat3_top,15,7.182897395*FACT_DENS
MPDATA,DENS,mat3_top,16,7.130974654*FACT_DENS
MPDATA,DENS,mat3_top,17,7.097697794*FACT_DENS
MPDATA,DENS,mat3_top,18,7.084619144*FACT_DENS
MPDATA,DENS,mat3_top,19,6.981560988*FACT_DENS
MPDATA,DENS,mat3_top,20,6.905731826*FACT_DENS
MPDATA,DENS,mat3_top,21,6.869300497*FACT_DENS
MPDATA,DENS,mat3_top,22,6.857610676*FACT_DENS
MPDATA,DENS,mat3_top,23,6.77826579*FACT_DENS
MPDATA,DENS,mat3_top,24,6.696569749*FACT_DENS
MPDATA,DENS,mat3_top,25,6.612749342*FACT_DENS
MPDATA,DENS,mat3_top,26,6.52702854*FACT_DENS
MPDATA,DENS,mat3_top,27,6.43962735*FACT_DENS
MPDATA,DENS,mat3_top,28,6.350760781*FACT_DENS
MPDATA,DENS,mat3_top,29,6.260637928*FACT_DENS
MPDATA,DENS,mat3_top,30,6.169461176*FACT_DENS
MPDATA,DENS,mat3_top,31,6.077425517*FACT_DENS
MPDATA,DENS,mat3_top,32,5.984717994*FACT_DENS
MPDATA,DENS,mat3_top,33,5.891517235*FACT_DENS
MPDATA,DENS,mat3_top,34,5.797993114*FACT_DENS
MPDATA,DENS,mat3_top,35,5.704306492*FACT_DENS
MPDATA,DENS,mat3_top,36,5.610609061*FACT_DENS
MPDATA,DENS,mat3_top,37,5.517043266*FACT_DENS
MPDATA,DENS,mat3_top,38,5.423742303*FACT_DENS
MPTEMP
MPTEMP,1,298.15
MPTEMP,2,373.15
MPTEMP,3,473.15
MPTEMP,4,573.15
MPTEMP,5,673.15
MPTEMP,6,773.15
MPTEMP,7,873.15
MPTEMP,8,973.15
MPTEMP,9,1073.15
MPTEMP,10,1173.15
MPTEMP,11,1373.15
MPTEMP,12,1473.15
MPTEMP,13,1573.15
MPTEMP,14,1673.15
MPTEMP,15,1773.15
MPTEMP,16,1873.15
MPTEMP,17,1973.15
MPTEMP,18,2073.15
MPTEMP,19,2173.15
MPTEMP,20,2273.15
MPTEMP,21,2373.15
MPTEMP,22,2473.15
MPTEMP,23,2573.15
MPTEMP,24,2673.15
MPTEMP,25,2773.15
MPTEMP,26,2873.15
MPTEMP,27,2973.15
MPTEMP,28,3073.15
MPTEMP,29,3173.15
MPTEMP,30,3273.15
FACT_C=1000.0
MPDATA,C,mat3_top,1,0.52752*FACT_C
MPDATA,C,mat3_top,2,0.55072*FACT_C
MPDATA,C,mat3_top,3,0.57544*FACT_C
MPDATA,C,mat3_top,4,0.59716*FACT_C
MPDATA,C,mat3_top,5,0.61792*FACT_C
MPDATA,C,mat3_top,6,0.63911*FACT_C
MPDATA,C,mat3_top,7,0.7672*FACT_C
MPDATA,C,mat3_top,8,0.8071*FACT_C
MPDATA,C,mat3_top,9,0.74449*FACT_C
MPDATA,C,mat3_top,10,0.76564*FACT_C
MPDATA,C,mat3_top,11,1.72865*FACT_C
MPDATA,C,mat3_top,12,1.35303*FACT_C
MPDATA,C,mat3_top,13,2.05203*FACT_C
MPDATA,C,mat3_top,14,0.84526*FACT_C
MPDATA,C,mat3_top,15,0.88219*FACT_C
MPDATA,C,mat3_top,16,0.90248*FACT_C
MPDATA,C,mat3_top,17,0.9105*FACT_C
MPDATA,C,mat3_top,18,0.91712*FACT_C
MPDATA,C,mat3_top,19,0.92188*FACT_C
MPDATA,C,mat3_top,20,0.92292*FACT_C
MPDATA,C,mat3_top,21,0.92367*FACT_C
MPDATA,C,mat3_top,22,0.92438*FACT_C
MPDATA,C,mat3_top,23,0.92507*FACT_C
MPDATA,C,mat3_top,24,0.92574*FACT_C
MPDATA,C,mat3_top,25,0.9264*FACT_C
MPDATA,C,mat3_top,26,0.92704*FACT_C
MPDATA,C,mat3_top,27,0.92762*FACT_C
MPDATA,C,mat3_top,28,0.9282*FACT_C
MPDATA,C,mat3_top,29,0.92876*FACT_C
MPDATA,C,mat3_top,30,0.92927*FACT_C
MPTEMP
MPTEMP,1,298.15
MPTEMP,2,373.15
MPTEMP,3,473.15
MPTEMP,4,573.15
MPTEMP,5,673.15
MPTEMP,6,773.15
MPTEMP,7,873.15
MPTEMP,8,973.15
MPTEMP,9,975.33443
MPTEMP,10,998.17961
MPTEMP,11,999.8139
MPTEMP,12,1015.91817
MPTEMP,13,1073.15
MPTEMP,14,1173.15
MPTEMP,15,1373.15
MPTEMP,16,1411.33015
MPTEMP,17,1456.42042
MPTEMP,18,1473.15
MPTEMP,19,1573.15
MPTEMP,20,1618.42234
MPTEMP,21,1658.14359
MPTEMP,22,1673.15
MPTEMP,23,1773.15
MPTEMP,24,1873.15
MPTEMP,25,1973.15
MPTEMP,26,2073.15
MPTEMP,27,2173.15
MPTEMP,28,2273.15
MPTEMP,29,2373.15
MPTEMP,30,2473.15
MPTEMP,31,2573.15
MPTEMP,32,2673.15
MPTEMP,33,2773.15
MPTEMP,34,2873.15
MPTEMP,35,2973.15
MPTEMP,36,3073.15
MPTEMP,37,3173.15
MPTEMP,38,3273.15
FACT_KXX=1.0
MPDATA,KXX,mat3_top,1,10.78639865*FACT_KXX
MPDATA,KXX,mat3_top,2,11.37679024*FACT_KXX
MPDATA,KXX,mat3_top,3,12.15276873*FACT_KXX
MPDATA,KXX,mat3_top,4,12.91691904*FACT_KXX
MPDATA,KXX,mat3_top,5,13.67015615*FACT_KXX
MPDATA,KXX,mat3_top,6,14.41326944*FACT_KXX
MPDATA,KXX,mat3_top,7,15.14695328*FACT_KXX
MPDATA,KXX,mat3_top,8,15.82635113*FACT_KXX
MPDATA,KXX,mat3_top,9,15.8357737*FACT_KXX
MPDATA,KXX,mat3_top,10,17.27579801*FACT_KXX
MPDATA,KXX,mat3_top,11,17.36736784*FACT_KXX
MPDATA,KXX,mat3_top,12,17.63439611*FACT_KXX
MPDATA,KXX,mat3_top,13,18.15612414*FACT_KXX
MPDATA,KXX,mat3_top,14,19.05002667*FACT_KXX
MPDATA,KXX,mat3_top,15,28.46718607*FACT_KXX
MPDATA,KXX,mat3_top,16,29.65452812*FACT_KXX
MPDATA,KXX,mat3_top,17,30.72842726*FACT_KXX
MPDATA,KXX,mat3_top,18,31.07635294*FACT_KXX
MPDATA,KXX,mat3_top,19,33.5424953*FACT_KXX
MPDATA,KXX,mat3_top,20,35.06679548*FACT_KXX
MPDATA,KXX,mat3_top,21,35.46549703*FACT_KXX
MPDATA,KXX,mat3_top,22,35.68068478*FACT_KXX
MPDATA,KXX,mat3_top,23,37.11465705*FACT_KXX
MPDATA,KXX,mat3_top,24,38.54862933*FACT_KXX
MPDATA,KXX,mat3_top,25,39.9826016*FACT_KXX
MPDATA,KXX,mat3_top,26,41.41657388*FACT_KXX
MPDATA,KXX,mat3_top,27,42.85054615*FACT_KXX
MPDATA,KXX,mat3_top,28,44.28451843*FACT_KXX
MPDATA,KXX,mat3_top,29,45.71849071*FACT_KXX
MPDATA,KXX,mat3_top,30,47.15246298*FACT_KXX
MPDATA,KXX,mat3_top,31,48.58643526*FACT_KXX
MPDATA,KXX,mat3_top,32,50.02040753*FACT_KXX
MPDATA,KXX,mat3_top,33,51.45437981*FACT_KXX
MPDATA,KXX,mat3_top,34,52.88835208*FACT_KXX
MPDATA,KXX,mat3_top,35,54.32232436*FACT_KXX
MPDATA,KXX,mat3_top,36,55.75629664*FACT_KXX
MPDATA,KXX,mat3_top,37,57.19026892*FACT_KXX
MPDATA,KXX,mat3_top,38,58.62424112*FACT_KXX
MPTEMP
MPTEMP
MPTEMP,1,298.15
MPTEMP,2,373.15
MPTEMP,3,473.15
MPTEMP,4,573.15
MPTEMP,5,673.15
MPTEMP,6,773.15
MPTEMP,7,873.15
MPTEMP,8,973.15
MPTEMP,9,975.33443
MPTEMP,10,998.17961
MPTEMP,11,999.8139
MPTEMP,12,1015.91817
MPTEMP,13,1073.15
MPTEMP,14,1173.15
MPTEMP,15,1373.15
MPTEMP,16,1411.33015
MPTEMP,17,1456.42042
MPTEMP,18,1473.15
MPTEMP,19,1573.15
MPTEMP,20,1618.42234
MPTEMP,21,1658.14359
MPTEMP,22,1673.15
MPTEMP,23,1773.15
MPTEMP,24,1873.15
MPTEMP,25,1973.15
MPTEMP,26,2073.15
MPTEMP,27,2173.15
MPTEMP,28,2273.15
MPTEMP,29,2373.15
MPTEMP,30,2473.15
MPTEMP,31,2573.15
MPTEMP,32,2673.15
MPTEMP,33,2773.15
MPTEMP,34,2873.15
MPTEMP,35,2973.15
MPTEMP,36,3073.15
MPTEMP,37,3173.15
MPTEMP,38,3273.15
FACT_ENTH=1000.0
MPDATA,ENTH,mat3_top,1,100
MPDATA,ENTH,mat3_top,2,300
MPDATA,ENTH,mat3_top,3,500
MPDATA,ENTH,mat3_top,4,1000
MPDATA,ENTH,mat3_top,5,9.90639*FACT_ENTH
MPDATA,ENTH,mat3_top,6,72.74899*FACT_ENTH
MPDATA,ENTH,mat3_top,7,137.74765*FACT_ENTH
MPDATA,ENTH,mat3_top,8,215.45355*FACT_ENTH
MPDATA,ENTH,mat3_top,9,217.21913*FACT_ENTH
MPDATA,ENTH,mat3_top,10,253.35072*FACT_ENTH
MPDATA,ENTH,mat3_top,11,255.04297*FACT_ENTH
MPDATA,ENTH,mat3_top,12,268.8865*FACT_ENTH
MPDATA,ENTH,mat3_top,13,311.14525*FACT_ENTH
MPDATA,ENTH,mat3_top,14,386.64614*FACT_ENTH
MPDATA,ENTH,mat3_top,15,678.20587*FACT_ENTH
MPDATA,ENTH,mat3_top,16,755.79953*FACT_ENTH
MPDATA,ENTH,mat3_top,17,814.53698*FACT_ENTH
MPDATA,ENTH,mat3_top,18,836.66302*FACT_ENTH
MPDATA,ENTH,mat3_top,19,1000.295*FACT_ENTH
MPDATA,ENTH,mat3_top,20,1108.57351*FACT_ENTH
MPDATA,ENTH,mat3_top,21,1159.07857*FACT_ENTH
MPDATA,ENTH,mat3_top,22,1171.72341*FACT_ENTH
MPDATA,ENTH,mat3_top,23,1258.08278*FACT_ENTH
MPDATA,ENTH,mat3_top,24,1347.6612*FACT_ENTH
MPDATA,ENTH,mat3_top,25,1438.32037*FACT_ENTH
MPDATA,ENTH,mat3_top,26,1529.715*FACT_ENTH
MPDATA,ENTH,mat3_top,27,1621.68255*FACT_ENTH
MPDATA,ENTH,mat3_top,28,1713.93227*FACT_ENTH
MPDATA,ENTH,mat3_top,29,1806.26271*FACT_ENTH
MPDATA,ENTH,mat3_top,30,1898.66532*FACT_ENTH
MPDATA,ENTH,mat3_top,31,1991.13773*FACT_ENTH
MPDATA,ENTH,mat3_top,32,2083.67828*FACT_ENTH
MPDATA,ENTH,mat3_top,33,2176.28536*FACT_ENTH
MPDATA,ENTH,mat3_top,34,2268.95727*FACT_ENTH
MPDATA,ENTH,mat3_top,35,2361.69078*FACT_ENTH
MPDATA,ENTH,mat3_top,36,2454.48176*FACT_ENTH
MPDATA,ENTH,mat3_top,37,2547.33011*FACT_ENTH
MPDATA,ENTH,mat3_top,38,2640.23601*FACT_ENTH
mptemp
*SET,FACT_C
*SET,FACT_DENS
*SET,FACT_ENTH
*SET,FACT_KXX

!mat_h13=2
MPTEMP
MPTEMP,1,298.15
MPTEMP,2,373.15
MPTEMP,3,473.15
MPTEMP,4,573.15
MPTEMP,5,673.15
MPTEMP,6,773.15
MPTEMP,7,873.15
MPTEMP,8,875.01567
MPTEMP,9,973.15
MPTEMP,10,1073.15
MPTEMP,11,1092.32776
MPTEMP,12,1117.50602
MPTEMP,13,1155.61939
MPTEMP,14,1173.15
MPTEMP,15,1273.15
MPTEMP,16,1368.65072
MPTEMP,17,1373.15
MPTEMP,18,1428.82356
MPTEMP,19,1437.90645
MPTEMP,20,1473.15
MPTEMP,21,1573.15
MPTEMP,22,1655.59955
MPTEMP,23,1655.80609
MPTEMP,24,1673.15
MPTEMP,25,1712.75856
MPTEMP,26,1723.71087
MPTEMP,27,1761.69286
MPTEMP,28,1773.15
MPTEMP,29,1873.15
MPTEMP,30,1973.15
MPTEMP,31,2073.15
MPTEMP,32,2173.15
MPTEMP,33,2273.15
MPTEMP,34,2373.15
MPTEMP,35,2473.15
MPTEMP,36,2573.15
MPTEMP,37,2673.15
MPTEMP,38,2773.15
MPTEMP,39,2873.15
MPTEMP,40,2973.15
MPTEMP,41,3073.15
MPTEMP,42,3173.15
MPTEMP,43,3273.15
FACT_DENS=1000.0
MPDATA,DENS,mat_h13,1,7.805597106*FACT_DENS
MPDATA,DENS,mat_h13,2,7.784283775*FACT_DENS
MPDATA,DENS,mat_h13,3,7.754637969*FACT_DENS
MPDATA,DENS,mat_h13,4,7.723617555*FACT_DENS
MPDATA,DENS,mat_h13,5,7.691255191*FACT_DENS
MPDATA,DENS,mat_h13,6,7.657584709*FACT_DENS
MPDATA,DENS,mat_h13,7,7.622641022*FACT_DENS
MPDATA,DENS,mat_h13,8,7.621953051*FACT_DENS
MPDATA,DENS,mat_h13,9,7.586668528*FACT_DENS
MPDATA,DENS,mat_h13,10,7.549354465*FACT_DENS
MPDATA,DENS,mat_h13,11,7.542039185*FACT_DENS
MPDATA,DENS,mat_h13,12,7.618098094*FACT_DENS
MPDATA,DENS,mat_h13,13,7.595766337*FACT_DENS
MPDATA,DENS,mat_h13,14,7.586050348*FACT_DENS
MPDATA,DENS,mat_h13,15,7.530676272*FACT_DENS
MPDATA,DENS,mat_h13,16,7.477851745*FACT_DENS
MPDATA,DENS,mat_h13,17,7.475536509*FACT_DENS
MPDATA,DENS,mat_h13,18,7.446875484*FACT_DENS
MPDATA,DENS,mat_h13,19,7.442316523*FACT_DENS
MPDATA,DENS,mat_h13,20,7.424166336*FACT_DENS
MPDATA,DENS,mat_h13,21,7.372437013*FACT_DENS
MPDATA,DENS,mat_h13,22,7.329281374*FACT_DENS
MPDATA,DENS,mat_h13,23,7.328732933*FACT_DENS
MPDATA,DENS,mat_h13,24,7.31737591*FACT_DENS
MPDATA,DENS,mat_h13,25,7.255845915*FACT_DENS
MPDATA,DENS,mat_h13,26,7.178741338*FACT_DENS
MPDATA,DENS,mat_h13,27,7.037752863*FACT_DENS
MPDATA,DENS,mat_h13,28,7.028857964*FACT_DENS
MPDATA,DENS,mat_h13,29,6.949761253*FACT_DENS
MPDATA,DENS,mat_h13,30,6.868208899*FACT_DENS
MPDATA,DENS,mat_h13,31,6.784433655*FACT_DENS
MPDATA,DENS,mat_h13,32,6.69866536*FACT_DENS
MPDATA,DENS,mat_h13,33,6.611129766*FACT_DENS
MPDATA,DENS,mat_h13,34,6.522047477*FACT_DENS
MPDATA,DENS,mat_h13,35,6.431632985*FACT_DENS
MPDATA,DENS,mat_h13,36,6.340093896*FACT_DENS
MPDATA,DENS,mat_h13,37,6.247630215*FACT_DENS
MPDATA,DENS,mat_h13,38,6.154433763*FACT_DENS
MPDATA,DENS,mat_h13,39,6.060687713*FACT_DENS
MPDATA,DENS,mat_h13,40,5.966566279*FACT_DENS
MPDATA,DENS,mat_h13,41,5.872234406*FACT_DENS
MPDATA,DENS,mat_h13,42,5.777847649*FACT_DENS
MPDATA,DENS,mat_h13,43,5.683552083*FACT_DENS
MPTEMP
MPTEMP,1,298.15
MPTEMP,2,373.15
MPTEMP,3,473.15
MPTEMP,4,573.15
MPTEMP,5,673.15
MPTEMP,6,773.15
MPTEMP,7,873.15
MPTEMP,8,973.15
MPTEMP,9,1073.15
MPTEMP,10,1173.15
MPTEMP,11,1273.15
MPTEMP,12,1373.15
MPTEMP,13,1473.15
MPTEMP,14,1573.15
MPTEMP,15,1673.15
MPTEMP,16,1773.15
MPTEMP,17,1873.15
MPTEMP,18,1973.15
MPTEMP,19,2073.15
MPTEMP,20,2173.15
MPTEMP,21,2273.15
MPTEMP,22,2373.15
MPTEMP,23,2473.15
MPTEMP,24,2573.15
MPTEMP,25,2673.15
MPTEMP,26,2773.15
MPTEMP,27,2873.15
MPTEMP,28,2973.15
MPTEMP,29,3073.15
MPTEMP,30,3173.15
MPTEMP,31,3273.15
FACT_C=1000.0
MPDATA,C,mat_h13,1,0.4446*FACT_C
MPDATA,C,mat_h13,2,0.47537*FACT_C
MPDATA,C,mat_h13,3,0.51395*FACT_C
MPDATA,C,mat_h13,4,0.55669*FACT_C
MPDATA,C,mat_h13,5,0.60819*FACT_C
MPDATA,C,mat_h13,6,0.67373*FACT_C
MPDATA,C,mat_h13,7,0.81549*FACT_C
MPDATA,C,mat_h13,8,0.95838*FACT_C
MPDATA,C,mat_h13,9,0.86826*FACT_C
MPDATA,C,mat_h13,10,0.67803*FACT_C
MPDATA,C,mat_h13,11,0.72558*FACT_C
MPDATA,C,mat_h13,12,0.64371*FACT_C
MPDATA,C,mat_h13,13,0.66086*FACT_C
MPDATA,C,mat_h13,14,0.67942*FACT_C
MPDATA,C,mat_h13,15,0.93276*FACT_C
MPDATA,C,mat_h13,16,0.80655*FACT_C
MPDATA,C,mat_h13,17,0.82573*FACT_C
MPDATA,C,mat_h13,18,0.82777*FACT_C
MPDATA,C,mat_h13,19,0.82957*FACT_C
MPDATA,C,mat_h13,20,0.83103*FACT_C
MPDATA,C,mat_h13,21,0.83132*FACT_C
MPDATA,C,mat_h13,22,0.83153*FACT_C
MPDATA,C,mat_h13,23,0.83173*FACT_C
MPDATA,C,mat_h13,24,0.83192*FACT_C
MPDATA,C,mat_h13,25,0.8321*FACT_C
MPDATA,C,mat_h13,26,0.83226*FACT_C
MPDATA,C,mat_h13,27,0.83241*FACT_C
MPDATA,C,mat_h13,28,0.83248*FACT_C
MPDATA,C,mat_h13,29,0.83253*FACT_C
MPDATA,C,mat_h13,30,0.83257*FACT_C
MPDATA,C,mat_h13,31,0.83262*FACT_C
MPTEMP
MPTEMP,1,298.15
MPTEMP,2,373.15
MPTEMP,3,473.15
MPTEMP,4,573.15
MPTEMP,5,673.15
MPTEMP,6,773.15
MPTEMP,7,873.15
MPTEMP,8,875.01567
MPTEMP,9,973.15
MPTEMP,10,1073.15
MPTEMP,11,1092.32776
MPTEMP,12,1117.50602
MPTEMP,13,1155.61939
MPTEMP,14,1173.15
MPTEMP,15,1273.15
MPTEMP,16,1368.65072
MPTEMP,17,1373.15
MPTEMP,18,1428.82356
MPTEMP,19,1437.90645
MPTEMP,20,1473.15
MPTEMP,21,1573.15
MPTEMP,22,1655.59955
MPTEMP,23,1655.80609
MPTEMP,24,1673.15
MPTEMP,25,1712.75856
MPTEMP,26,1723.71087
MPTEMP,27,1761.69286
MPTEMP,28,1773.15
MPTEMP,29,1873.15
MPTEMP,30,1973.15
MPTEMP,31,2073.15
MPTEMP,32,2173.15
MPTEMP,33,2273.15
MPTEMP,34,2373.15
MPTEMP,35,2473.15
MPTEMP,36,2573.15
MPTEMP,37,2673.15
MPTEMP,38,2773.15
MPTEMP,39,2873.15
MPTEMP,40,2973.15
MPTEMP,41,3073.15
MPTEMP,42,3173.15
MPTEMP,43,3273.15
FACT_ENTH=1000.0
MPDATA,ENTH,mat_h13,1,1.22414*FACT_ENTH
MPDATA,ENTH,mat_h13,2,19.30644*FACT_ENTH
MPDATA,ENTH,mat_h13,3,68.76324*FACT_ENTH
MPDATA,ENTH,mat_h13,4,122.24202*FACT_ENTH
MPDATA,ENTH,mat_h13,5,180.39682*FACT_ENTH
MPDATA,ENTH,mat_h13,6,244.34854*FACT_ENTH
MPDATA,ENTH,mat_h13,7,315.86824*FACT_ENTH
MPDATA,ENTH,mat_h13,8,317.39159*FACT_ENTH
MPDATA,ENTH,mat_h13,9,403.58612*FACT_ENTH
MPDATA,ENTH,mat_h13,10,500.98604*FACT_ENTH
MPDATA,ENTH,mat_h13,11,517.40312*FACT_ENTH
MPDATA,ENTH,mat_h13,12,571.92769*FACT_ENTH
MPDATA,ENTH,mat_h13,13,600.77262*FACT_ENTH
MPDATA,ENTH,mat_h13,14,612.59991*FACT_ENTH
MPDATA,ENTH,mat_h13,15,682.70577*FACT_ENTH
MPDATA,ENTH,mat_h13,16,754.59285*FACT_ENTH
MPDATA,ENTH,mat_h13,17,757.48782*FACT_ENTH
MPDATA,ENTH,mat_h13,18,793.60412*FACT_ENTH
MPDATA,ENTH,mat_h13,19,799.64554*FACT_ENTH
MPDATA,ENTH,mat_h13,20,822.84589*FACT_ENTH
MPDATA,ENTH,mat_h13,21,889.90497*FACT_ENTH
MPDATA,ENTH,mat_h13,22,946.62651*FACT_ENTH
MPDATA,ENTH,mat_h13,23,947.00369*FACT_ENTH
MPDATA,ENTH,mat_h13,24,961.23459*FACT_ENTH
MPDATA,ENTH,mat_h13,25,1026.53923*FACT_ENTH
MPDATA,ENTH,mat_h13,26,1098.55322*FACT_ENTH
MPDATA,ENTH,mat_h13,27,1247.8653*FACT_ENTH
MPDATA,ENTH,mat_h13,28,1257.07667*FACT_ENTH
MPDATA,ENTH,mat_h13,29,1339.20152*FACT_ENTH
MPDATA,ENTH,mat_h13,30,1421.87806*FACT_ENTH
MPDATA,ENTH,mat_h13,31,1504.74751*FACT_ENTH
MPDATA,ENTH,mat_h13,32,1587.78077*FACT_ENTH
MPDATA,ENTH,mat_h13,33,1670.90225*FACT_ENTH
MPDATA,ENTH,mat_h13,34,1754.0446*FACT_ENTH
MPDATA,ENTH,mat_h13,35,1837.20707*FACT_ENTH
MPDATA,ENTH,mat_h13,36,1920.38899*FACT_ENTH
MPDATA,ENTH,mat_h13,37,2003.58942*FACT_ENTH
MPDATA,ENTH,mat_h13,38,2086.80705*FACT_ENTH
MPDATA,ENTH,mat_h13,39,2170.04013*FACT_ENTH
MPDATA,ENTH,mat_h13,40,2253.28445*FACT_ENTH
MPDATA,ENTH,mat_h13,41,2336.53424*FACT_ENTH
MPDATA,ENTH,mat_h13,42,2419.78918*FACT_ENTH
MPDATA,ENTH,mat_h13,43,2503.04912*FACT_ENTH
MPTEMP
MPTEMP,1,298.15
MPTEMP,2,373.15
MPTEMP,3,473.15
MPTEMP,4,573.15
MPTEMP,5,673.15
MPTEMP,6,773.15
MPTEMP,7,873.15
MPTEMP,8,875.01567
MPTEMP,9,973.15
MPTEMP,10,1073.15
MPTEMP,11,1092.32776
MPTEMP,12,1117.50602
MPTEMP,13,1155.61939
MPTEMP,14,1173.15
MPTEMP,15,1273.15
MPTEMP,16,1368.65072
MPTEMP,17,1373.15
MPTEMP,18,1428.82356
MPTEMP,19,1437.90645
MPTEMP,20,1473.15
MPTEMP,21,1573.15
MPTEMP,22,1655.59955
MPTEMP,23,1655.80609
MPTEMP,24,1673.15
MPTEMP,25,1712.75856
MPTEMP,26,1723.71087
MPTEMP,27,1761.69286
MPTEMP,28,1773.15
MPTEMP,29,1873.15
MPTEMP,30,1973.15
MPTEMP,31,2073.15
MPTEMP,32,2173.15
MPTEMP,33,2273.15
MPTEMP,34,2373.15
MPTEMP,35,2473.15
MPTEMP,36,2573.15
MPTEMP,37,2673.15
MPTEMP,38,2773.15
MPTEMP,39,2873.15
MPTEMP,40,2973.15
MPTEMP,41,3073.15
MPTEMP,42,3173.15
MPTEMP,43,3273.15
FACT_KXX=1.0
MPDATA,KXX,mat_h13,1,26.81964092*FACT_KXX
MPDATA,KXX,mat_h13,2,29.09009252*FACT_KXX
MPDATA,KXX,mat_h13,3,31.50733865*FACT_KXX
MPDATA,KXX,mat_h13,4,32.93937262*FACT_KXX
MPDATA,KXX,mat_h13,5,33.28016053*FACT_KXX
MPDATA,KXX,mat_h13,6,32.69629538*FACT_KXX
MPDATA,KXX,mat_h13,7,31.57973044*FACT_KXX
MPDATA,KXX,mat_h13,8,31.5404691*FACT_KXX
MPDATA,KXX,mat_h13,9,29.84011757*FACT_KXX
MPDATA,KXX,mat_h13,10,28.854242*FACT_KXX
MPDATA,KXX,mat_h13,11,28.76518791*FACT_KXX
MPDATA,KXX,mat_h13,12,27.07334962*FACT_KXX
MPDATA,KXX,mat_h13,13,27.49975399*FACT_KXX
MPDATA,KXX,mat_h13,14,27.6958099*FACT_KXX
MPDATA,KXX,mat_h13,15,28.83582751*FACT_KXX
MPDATA,KXX,mat_h13,16,29.95437684*FACT_KXX
MPDATA,KXX,mat_h13,17,30.00814562*FACT_KXX
MPDATA,KXX,mat_h13,18,30.67351431*FACT_KXX
MPDATA,KXX,mat_h13,19,30.78679377*FACT_KXX
MPDATA,KXX,mat_h13,20,31.20782738*FACT_KXX
MPDATA,KXX,mat_h13,21,32.40185987*FACT_KXX
MPDATA,KXX,mat_h13,22,33.38530275*FACT_KXX
MPDATA,KXX,mat_h13,23,33.38649655*FACT_KXX
MPDATA,KXX,mat_h13,24,33.58165321*FACT_KXX
MPDATA,KXX,mat_h13,25,33.80010711*FACT_KXX
MPDATA,KXX,mat_h13,26,33.74368979*FACT_KXX
MPDATA,KXX,mat_h13,27,32.97180222*FACT_KXX
MPDATA,KXX,mat_h13,28,33.17149632*FACT_KXX
MPDATA,KXX,mat_h13,29,34.91446362*FACT_KXX
MPDATA,KXX,mat_h13,30,36.65743091*FACT_KXX
MPDATA,KXX,mat_h13,31,38.4003982*FACT_KXX
MPDATA,KXX,mat_h13,32,40.1433655*FACT_KXX
MPDATA,KXX,mat_h13,33,41.8863328*FACT_KXX
MPDATA,KXX,mat_h13,34,43.62930006*FACT_KXX
MPDATA,KXX,mat_h13,35,45.37226737*FACT_KXX
MPDATA,KXX,mat_h13,36,47.11523464*FACT_KXX
MPDATA,KXX,mat_h13,37,48.85820192*FACT_KXX
MPDATA,KXX,mat_h13,38,50.60116912*FACT_KXX
MPDATA,KXX,mat_h13,39,52.34413634*FACT_KXX
MPDATA,KXX,mat_h13,40,54.0871035*FACT_KXX
MPDATA,KXX,mat_h13,41,55.8300706*FACT_KXX
MPDATA,KXX,mat_h13,42,57.57303761*FACT_KXX
MPDATA,KXX,mat_h13,43,59.31600449*FACT_KXX
MPTEMP
*SET,FACT_C
*SET,FACT_DENS
*SET,FACT_ENTH
*SET,FACT_KXX
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3楼2023-08-04 22:58:20
已阅   回复此楼   关注TA 给TA发消息 送TA红花 TA的回帖

htbbzzg

铁杆木虫 (著名写手)

【答案】应助回帖

怎么个不行，请你具体说明一下，有什么警告和/或错误信息。

简单看了一下你的命令流，发现几个问题如下：
  在循环中，/post1...finishi  之后，持续近日求解模块，执行了重启动，但是接下来的 solve 被你注解掉了，即没有再求解。然后回到循环开始处有一次 solve，然后有有 /solu 。这样的安排不知道软件是如何执行的。
  总值，你的命令流中有多处 /solu 命令在 solve 之后的情况，而按照 ANSYS 的规定，每一次进入 /solu 都会被认为是开始一个新的分析，将从头开始进行分析，对你的情况就有可能出现一线不到的问题。所以你需要整理一下你的 /solu 命令，不要随处执行这一命令，要去掉多余的 /solu 命令。
  其次，你的材料属性定义放在命令流的最后，这也是不对的。你需要把它们移到合适的位置。
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