1.
A PETROV LEAST SQUARES MIXED FINITE ELEMENT METHOD FOR THE NON-STATIONARY CONDUCTION CONVECTION PROBLEMS
非定常的热传导-对流问题的Petrov最小二乘混合有限元法及其误差估计
2.
The Inverse Problem for Identification of Heat Source for the Heat Equation with Convection Term
一类含对流项热传导方程的热源识别反问题
3.
Three Regularization Methods for Backward Heat Conduction Problems with Convection Term;
含对流项反向热传导问题的三种正则化方法
4.
The Finite Element Analysis of Axisymmetric Unsteady Heat Conduction Problem
一般轴对称非定常热传导问题的有限元分析
5.
Regularization Methods for Several Inverse Problems Related to Heat Conduction in Symmetric Region;
对称区域上几类热传导反问题的正则化方法
6.
Application of Total Variation-Based Regularization to the Inverse Problem of a Kind of Heat Equation;
全变差正则化方法对一类热传导反问题的应用
7.
Inverse problem of identification of heat source in non-standard heat transfer equation
非标准热传导方程的热源识别反问题
8.
A Local Petrov-Galerkin Method for Stable Heat Conduction Problems
稳态热传导问题的局部Petrov-Galerkin法
9.
Direct and Inverse Heat Conduction Problems Solving by the Boundary Element Method;
基于边界元方法求解热传导正/反问题
10.
Investigation of an Interesting Heat Exchange Problem on Lattice;
用格点法研究一个有趣的热传导问题
11.
PROBLEM CONCERNING TURBULENCE MODEL OF HEAT AND MASS TRANSFER
关于热量与质量传递的湍流模式问题
12.
Methodological Study on Prediction of Material's Thermal Properties Based on Inverse Heat Conduction Problems;
基于热传导反问题的材料热物性预测方法研究
13.
Numerical Methods and Analysis for the Semiconductor Device Simulation with Heat Conduction;
热传导型半导体瞬态问题的数值解法和分析
14.
Nonlinear transient inverse heat conduction problems method of calculating the boundary heat response
外壁热流响应计算的导热反问题方法及其验证
15.
The Application of Parallel Genetic Algorithm on Heat Conduction Inverse Problem
并行遗传算法在热传导反问题中的应用
16.
Study of Nanofluids Heat Transfer Performance in High Temperature Condition Based on Vehicular Cooler;
车用散热器中纳米流体高温传热基础问题研究
17.
A REDUCED FINITE DIFFERENCE SCHEME BASED ON PROPER ORTHOGONAL DECOMPOSITION FOR THE NONSTATIONARY CONDUCTION-CONVECTION PROBLEMS
热传导对流方程基于POD的差分格式
18.
Conduction,Convection and radiation can bring heat influxes.
计算过程考虑了核热沉积以及热传导、热辐射、对流引起的换热过程。