Influence line analysis using ANSYS (ANSYS影响线分析)
ANSYS 影响线分析。(Influence line analysis using ANSYS)
TABLE type array parameters in ANSYS (ANSYS中的表格型数组参数)
TABLE type array parameters in ANSYS (ANSYS中的表格型数组参数)
Array parameters in ANSYS (ANSYS中的数组参数)
ANSYS中的数组参数是APDL语言中十分重要的参数，在定义材料参数、施加荷载及定义分析工况等时候都会用到数组来储存数据，通过几个命令流来学习ARRAY的基本语法。从以上例子可见，ANSYS中的ARRAY数组是按列来赋值的。
Modal analysis of a frame using ANSYS (ANSYS框架模态分析)
ANSYS 框架结构模态分析练习。(This is a small example to outline the steps required to do a simple modal analysis of a frame structure using ANSYS.)
Torsion analysis by thermal analogy with Abaqus (Abaqus热比拟扭转应力分析)
稳态热传导的控制方程与经典扭转理论的控制方程具有相似性。我们可以通过比拟，在通用有限元软件中利用稳态热传导分析的功能进行扭转问题的分析。本文结合Abaqus软件，通过一个实例说明这个比拟的具体过程。(The steady heat conduction problem and the classic torsion theory have analogy in their control partial differential equations. We can conduct a torsional analysis making use of the steady analysis fuction in general finite element program. This post gives an example on how to do torsion analysis as thermal analogy with Abaqus.)
Torsion analysis by thermal analogy with ANSYS (ANSYS热比拟扭转应力分析)
稳态热传导控制方程与扭转控制方程具有相似性。利用ANSYS中的稳态热传导分析功能通过比拟的方法进行截面的扭转应力分析。The steady heat conduction problem and the classic torsion theory have analogy in their control partial differential equations. We can conduct a torsional analysis making use of the steady analysis fuction in general finite element program.This post gives an example on how to do torsion analysis as thermal analogy with ANSYS.
Analysis of a Euler–Bernoulli beam with ANSYS [ANSYS 欧拉-伯努利梁分析]
欧拉伯-努利梁理论（Euler–Bernoulli beam）又称为工程梁理论（Engineering beam theory）或者经典梁理论（Classical beam theory）。欧拉梁不考虑剪切变形，与铁木辛柯梁（Timoshenko beam）相对。前面一篇博文《Analysis of a Euler–Bernoulli beam with Abaqus [Abaqus欧拉-伯努利梁分析]》复习了Abaqus中利用欧拉梁单元B23和B33单元进行悬臂梁的模拟，本文接着看看在 ANSYS APDL 中如何利用欧拉梁单元进行同样的分析。
