2、选择“Utility Menu>List>Loads>Surface Loads>On All Nodes”，显示表面节点载荷。
3、选择“Main Menu>General Postproc>Plot Results>-Contour Plot-Nodal Solu”，选择弹出窗口左边的DOF Solution，右边的Temperature，并点击OK以显示节点温度等值线。
3.7.1.8退出ANSYS
点击工具栏中的QUIT，选择一种退出方式并点击OK。
3.7.2 等效的命令流方法
/batch,list /show
/title, Demonstration of position-varying film coefficient using Tabular BC\
/com
/com *
------------------------------------------------------------------
/com * Table Support of boundary conditions /com *
/com * Boundary Condition TypePrimary VariablesIndependent Parameters
/com *
--------------------------------------------------------------
/com * Convection:Film CoefficientX- /com *
/com * Problem description /com *
/com * A static Heat Transfer problem. A 2 x 1 rectangular plate is
/com * subjected to temperature constraint at one of its end, while the
/com * remaining perimeter of the plate is subjected to a convection boundary
/com * condition. The film coefficient is a function of X-position and is described
/com * by a parametric table \/com **
*dim,cnvtab,table,5,,,x! 定义表格
cnvtab(1,0) = 0.0,0.50,1.0,1.50,2.0! 自变量名 Var1 = \cnvtab(1,1) = 20.0,30.0,50.0,80.0,120.0 /prep7 esize,0.5 et,1,55 rect,0,2,0,1 amesh,1 MP,KXX,,1.0 MP,DENS,,10.0 MP,C,,100.0 lsel,s,loc,x,0 dl,all,,temp,100 alls
lsel,u,loc,x,0 nsll,s,1
sf,all,conv,%cnvtab%,20
alls
/psf,conv,hcoef,2! 显示对流边界条件 /pnum,tabn,on! 显示表格 nplot fini /solu anty,static kbc,1 nsubst,1 time,60 tunif,50 outres,all,all solve finish /post1 set,last
sflist,all! 列出对流边界条件 /pnum,tabn,off! 关闭表格名显示 /psf,conv,hcoef,2
/pnum,sval,1! 显示表格边界条件的数值 eplot! convection at t=60 sec. plns,temp fini
3.8《ANSYS Verification Manual》中与热分析相关的实例
《ANSYS Verification Manual》中包含了很多热分析的实例，尽管这些实例并没有逐步的指导和所明，但也通过其中的命令及注释来学习热分析中可能会遇到的各种问题。下面列出了校验手册中与热分析相关的实例：
VM3- Thermal Loaded Support Structure VM23- Thermal-structural Contact of Two Bodies VM27- Thermal Expansion to Close a Gap VM32- Thermal Stresses in a Long Cylinder VM58- Centerline Temperature of a Heat Generating Wire VM64- Thermal Expansion to Close a Gap at a Rigid Surface VM92- Insulated Wall Temperature VM93- Temperature-dependent Conductivity VM94 - Heat-generating Plate VM95 - Heat Transfer From a Cooling Spine VM96 - Temperature Distribution in a Short Solid Cylinder VM97 - Temperature Distribution Along a Straight Fin VM98 - Temperature Distribution Along a Tapered Fin VM99 - Temperature Distribution in a Trapezoidal Fin VM100 - Heat Conductivity Across a Chimney Section VM101 - Temperature Distribution in a Short Solid Cylinder VM102 - Cylinder with Temperature Dependent Conductivity VM103 - Thin Plate with a Central Heat Source VM104 - Liquid-solid Phase Change VM105 - Heat-generation Coil with Temperature Dependent Conductivity VM106 - Radiant Energy Emission VM107 - Thermocouple Radiation VM108 - Temperature Gradient Across a Solid Cylinder VM109 - Temperature Response of a Suddenly-cooled Wire VM110 - Transient Temperature Distribution in a Slab VM111 - Cooling of a Spherical Body VM112 - Cooling of a Spherical Body VM113 - Transient Temperature Distribution in an Orthotropic Metal Bar VM114 - Temperature Response to a Linearly Rising Surface Temperature VM115 - Thermal Response of a Heat-generating Slab VM116 - Heat-conducting Plate with Sudden Cooling VM118 - Centerline Temperature of a Heat Generating Wire VM119 - Centerline Temperature of an Electrical Wire VM121 - Laminar Flow through a Pipe with Uniform Heat Flux
