1) stable heat conduction problems
稳态热传导问题
1.
In this paper,this method is used to solve stable heat conduction problems and the corresponding computer program is developed.
将局部Petrov-Galerkin法用于求解稳态热传导问题,并编制了相应的计算程序进行计算;最后通过算例表明该方法是有效的。
2.
In this paper, this method is used to solve stable heat conduction problems and the corresponding computer program is developed.
将加权最小二乘无网格法应用于求解稳态热传导问题,编制相应的计算程序进行计算,并通过算例表明该方法是有效的。
2) transient heat conduction problems
瞬态热传导问题
1.
Complex variable reproducing kernel particle method for transient heat conduction problems;
瞬态热传导问题的复变量重构核粒子法
3) two-dimensional transient inverse heat conduction problem
二维非稳态热传导逆问题
4) three dimensional transient inverse heat conduction problem
三维非稳态热传导逆问题
5) heat condution problem
热传导问题
1.
Heat Condution Problem with Source in the Bounded Space;
含有非齐次边界条件的有源热传导问题
2.
In the paper, a solution for heat condution problem in an infinitely long bar with composite transform method is obtained, which derived from Fourier transform and Laplace transform.
应用拉普拉斯变换法和傅里叶变换法的特点 ,提出复合变换法 ,并应用复合变换法求解无界杆的热传导问题 。
6) steady heat conduction
稳态热传导
1.
The steady heat conduction in the plate made of a functionally gradient material that consists of ZrO2 and Ti6Al4V with temperaturedependent properties under convective heat transfer boundary was analyzed by finite element method(FEM).
用有限元法分析了由ZrO2和Ti 6Al 4V组成的变物性梯度功能材料板在对流换热边界条件下的非线性稳态热传导问题,检验了方法的正确性,给出了对流换热边界下的稳态温度场分布,并与不考虑变物性时的结果进行了比较。
2.
Using the variable transformation method,the formulae of the axial symmetrical wall temperature distribution during steady heat conduction of a hollow cylinder are derived in this paper.
采用坐标变换法导出了圆筒空间轴对称问题稳态热传导温度分布的关系式 。
3.
The finite difference equation of steady heat conduction is established,and the corresponding computer program is compiled to solve the heat conduction problem in a square domain with three categories of boundary conditions and internal heat sources.
建立了稳态热传导问题的有限差分方程,编写了相应的温度场差分计算程序,然后采用计算机图形学原理编写了图形显示程序。
补充资料:热传导理论的接触问题
热传导理论的接触问题
ontact problems of the theory of heat conduction
热传导理论的接触问题【c佣加dp找由Iems of theth份ry of heata润日11州仍;Ko“Ta“Tll‘配3a皿a,“Teop“N Te-llJ0llPO.0皿妞oCTll} 当物质不均匀受热时,即由具有不同的热传导系数人,不同的热容量系数c和不同的密度系数p几部分组成时,有关热传播的问题(对椭圆型和抛物型方程分别是定常的和非定常的).微分方程中的系数k、c、p有第一类间断.这导致问题的解有弱间断,即温度‘r是连续的,而导数商则是间断的.但是,热流w是定义成连续的. 例如,设有一玲fx(0
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参考词条