LS-DYNA中文教程

《LS-DYNA中文教程》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。

1、ANSYS/LS-DYNA2010-1-25ANSYS/LS-DYNA使用指南（中文版）目录第一章引言......................................................41.1显式动态分析求解步骤概述......................................41.2显式动态分析采用的命令........................................41.3本手册使用指南................................................61.4何处能找到显式动态例题.

2、.......................................61.5其它信息......................................................6第二章单元.................................................................................................................72.1实体单元和壳单元..............................................72.2梁单元和杆单元

3、...............................................132.3离散单元.....................................................142.4一般单元特性.................................................15第三章建模.............................................................................................................163.

4、1定义单元类型和实常数.........................................163.2定义材料特性.................................................163.3定义几何模型.................................................173.4网格划分.....................................................173.5定义接触面.............................................

5、......183.6建模的一般准则...............................................193.7PART的定义..................................................193.8自适应网格划分.............................................22第四章加载..................................................................................................

6、.............254.1一般载荷选项.................................................254.2约束和初始条件...............................................334.3耦合和约束方程...............................................364.4非反射边界...................................................374.5温度载荷............................

7、.........................374.6动力松弛.....................................................38第五章求解特性.......................................................................................................405.1求解过程.....................................................405.2