ANSYS热分析指南.pdf

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1、ANSYS热分析指南目录第一章简介......................................................1-11.1热分析的目的...............................................1-11.2ANSYS中的热分析............................................1-11.3热分析的类型...............................................1-11.4耦合场分析.....................................

2、...........1-21.5关于菜单路径和命令语法.......................................1-2第二章基础知识...................................................2-12.1符号与单位................................................2-12.2传热学经典理论回顾..........................................2-12.3热传递的方式.........................................

3、.....2-22.4稳态传热.................................................2-22.5瞬态传热.................................................2-22.6线性与非线性..............................................2-32.7边界条件和初始条件..........................................2-32.8热分析误差估计.............................................2

4、-3第三章稳态热分析..................................................3-13.1稳态传热的定义.............................................3-13.2热分析的单元..............................................3-13.3热分析的基本过程...........................................3-33.4建模....................................................3-33

5、.5施加荷载和求解.............................................3-33.6稳态热分析的实例1－带接管的圆筒罐.................................3-113.7稳态热分析的实例2－利用表格边界条件进行热分析.......................3-183.8《ANSYSVerificaionManual》中与热分析相关的实例........................3-22第四章瞬态热分析..................................................4-14.1瞬

6、态传热的定义.............................................4-14.2瞬态热分析中使用的单元和命令..................................4-14.3瞬态热分析的过程...........................................4-14.4建模....................................................4-24.5施加荷载和求解.............................................4-24.6后处理........

7、...........................................4-64.7相变问题.................................................4-74.8瞬态热分析的实例1..........................................4-84.9瞬态热分析的实例2............................................