(完整版)高斯热源

1、Introduction在一平面上加载一个高斯分布的温度,和高斯热源的原理都是一样的,你只要修改一下就可以了-55-55AddIvCancel2. DefinetheTypeofElementPreprocessor>ElementType>Add/Edit/Delete.LibraryofElcrientTypesGasketiQiad4tjcde5SnConbinailon9nc>de77rhemalMissTriangl6nodc：.zLinkAxi-har4node7S驭HBnde7SVEhellAUSTSFluidV|Qua.d.-inoiie-55LElenent

2、typereferen匚匕n-ua.berCancelHelp3. DefineElementMaterialPropertiesPreprocessor>MaterialProps>MaterialModels>Thermal>Conductivity>IsotropicInthewindowthatappears,enterthefollowinggeometricpropertiesforsteel:KXX:60.5这个其实是随便给的4. meshSetFrEeZ1HelpElementAttributes|Global3arAsidedMeshClear|

3、ElementsRefineat:RefineCloseleshlouiI*7：3niaitSi;eiSizeControls:Global3etClearArensSetLinesSetCopyLayerstClearClearFlpClearKeyptsSeiClearh/lESh：|AreasjShope:TiiQuodMappied-C将smartsize调到fine点击mesh然后出现选择对话框选pickall5. 定义载荷Parameters>function>define/editmFundim丄EditurElieEdi.1HelpFunctior.!j|Fun匚土

4、1口11Type忘SLneleequation"Multivaluedfundionbasedonregiievariable|：ir'r，Degrees启RadlanELIST()GRAFH7:lkb寸1B9/CLEAR1111ASLKe"xIklSIH-RCLAQ3S10AxSTOCOSLOE'45&*INSAEKATAKSORTAESTA5!123-FL工'(1/y)Iff?ATAH2°1十其中X,Y从TIME的那个下拉菜单中选取.编辑好公式后file>save这只是定义了一个函数,还要把它加载Parameters>

5、;function>readfromfile然后选择你刚才存储的那个文件会出现如下对话框FunctionEquationR&suft-彌1觸公<7勺)在Tableparametername中输入表单的名字（随便起好了，只要不合ansys默认的冲突就可以了）6. 加载Solution>DefineLoads>Apply>Themal>OnArea然后选择pickall出现如下对话框E肝ApplyTEIPaniLreasDAApplyTEIPc-nareszCifLCElLab2KiFst自beizstralnedIfConst-anivaluethen

6、:7ALHELadTEIPvalueKEIFKDApp17TEIF3bfundarL-111|llistingtable在applyas中选择ExistingtableOk后会出现下面的对话框OKApplyTftlPrmArRas'TgJIFlEsiwtingtableA口plyTableLoadsApply选择你刚才给表单起的那个名字7. 求解Solution>Solve>CurrentLS8.后处理GeneralPostproc>PlotResults>ContourPlot>NodalSolu命令流如下占Nodal醪jjThermalgradient

7、vcqto匸sun55«Z-CdiipnentofthermalgradientZ-CoTiponjcntofIhermil0ELcncRt呂slutiQnHudalSolutIon点ok可以看到刚开始的那张图finish/CLEAR,START/prep7ET,1,PLANE55MPTEMP,MPTEMP,1,0MPDATA,KXX,1,0.07BLC5,0,0,10,10ESIZE,0.1AMESH,ALL*SET,_FNCNAME,'TEMP1'*DIM,%_FNCNAME%,TABLE,6,13,1!Beginofequation:exp(-l*(X人2+Y人

8、2)*SET,%_FNCNAME%(0,0,1),0.0,-999*SET,%_FNCNAME%(2,0,l),0.0*SET,%_FNCNAME%(3,0,l),0.0*SET,%_FNCNAME%(4,0,l),0.0*SET,%_FNCNAME%(5,0,l),0.0*SET,%_FNCNAME%(6,0,l),0.0*SET,%_FNCNAME%(0,l,l),l.0,-l,0,0,0,0,0*SET,%_FNCNAME%(0,2,l),0.0,-2,0,l,0,0,-l*SET,%_FNCNAME%(0,3,l),0,-3,0,l,-l,2,-2*SET,%_FNCNAME%(0,4

9、,l),0.0,-l,0,l,0,0,-3*SET,%_FNCNAME%(0,5,l),0.0,-2,0,l,-3,3,-l*SET,%_FNCNAME%(0,6,1),0.0,-1,0,2,0,0,2*SET,%_FNCNAME%(0,7,1),0.0,-3,0,1,2,17,-1*SET,%_FNCNAME%(0,8,1),0.0,-1,0,2,0,0,3*SET,%_FNCNAME%(0,9,1),0.0,-4,0,1,3,17,-1*SET,%_FNCNAME%(0,10,1),0.0,-1,0,1,-3,1,-4*SET,%_FNCNAME%(0,11,1),0.0,-3,0,1,-2,3,-1*SET,%_FNCNAME%(0,12,1),0.0,-1,7,1,-3,0,0*SET,%_FNCNAME%(