Ansys专题教程，里面包括动力学、电磁场、优化设计、热分析、耦合场和几个例子ansysbook

  Ansys专题教程，里面包括动力学、电磁场、优化设计、热分析、耦合场和几个例子(Ansys book contains dynamics,electromagnetic field,optimization design,analysis of heat,coupling field and several examples)

ansys专题教程
.............\Workshop
.............\........\9_Bonded Contact.ppt
.............\........\WS10_APDL Basics_2D Bracket using Parameters.PPT
.............\........\WS14_MTB_Pipe Shell.PPT
.............\........\WS1_Array Parameters_Axisymmetric Wheel.PPT
.............\........\WS3带叶片的轴对称管.PPT
.............\........\WS5Importing Geometry.PPT
.............\........\WS6_Modal Analysis_Block LanczosU_Bracket.PPT
.............\........\WS9_Macro Basics_Verifying Pressures.PPT
.............\优化设计
.............\........\ANSYS优化揭密.doc
.............\........\M2_参数化建模.ppt
.............\........\M3_进行优化设计.ppt
.............\........\M4_搜寻设计域.ppt
.............\........\M5_优化设计 2.ppt
.............\........\M6_健壮设计.ppt
.............\........\优化设计.DOC
.............\........\设计优化_练习 附录.ppt
.............\其他
.............\....\2_WS02_练习2A推进器叶片B透平机叶片C摆臂.PPT
.............\....\2_WS04梁的建模--创建框架结构.PPT
.............\....\2_WS07_Nonlinear Analysis_Large Deflection_Arched Beam.PPT
.............\....\A4CRANK.TXT
.............\....\A6CRANK.TXT
.............\....\ANSYS二次开发培训练习题.doc
.............\....\L17_MTB概述.ppt
.............\....\M06_热分析.ppt
.............\....\在任意面施加任意方向任意变化的压力.doc
.............\....\如何得到径向和周向的计算结果.doc
.............\....\如何正确理解ANSYS的节点坐标系.doc
.............\....\用梁单元计算简支梁.txt
.............\....\练习7_连杆.PPT
.............\....\练习_轴承座.PPT
.............\....\练习_轴承座2.PPT
.............\....\论坛精华.doc
.............\....\验证单位.txt
.............\几个例子
.............\........\Car_brake_harshness
.............\........\...................\Car_brake_harshness_avi.AVI
.............\........\...................\在制动尖叫分析中的应用.ppt
.............\........\D114发动机机体的有限元分析.ppt
.............\........\船载天线系统模态分析.PPT
.............\动力学
.............\......\M1-动力学绪论.ppt
.............\......\M2-模态分析.ppt
.............\......\M3-谐响应分析.ppt
.............\......\M4-瞬态动力分析.ppt
.............\......\M5-谱分析.ppt
.............\......\M6-模态叠加.ppt
.............\......\模态分析目录.txt
.............\......\瞬态动力学分析目录.txt
.............\......\谐响应目录.txt
.............\热传导
.............\......\appendixA.ppt
.............\......\appendixB.ppt
.............\......\appendixC.ppt
.............\......\B1-ch3-ex-inp.doc
.............\......\B2-ch7-ex-inp.doc
.............\......\B3-ch8-case2-inp.doc
.............\......\B4-ch8-case3-inp.doc
.............\......\B5-ch9-ex-inp.doc
.............\......\C-1wksp1-inp.doc
.............\......\C-2wksp2-inp.doc
.............\......\C-3wksp3-inp.doc
.............\......\C-4wksp4-inp.doc
.............\......\C-5wksp5-inp.doc
.............\......\C-6wksp6-inp.doc
.............\......\C-7wksp7-inp.doc
.............\......\Cover2.doc
.............\......\WS1基本热传递分析.PPT
.............\......\WS2晶体管的稳态热分析.PPT
.............\......\WS3晶体管非线性热分析.PPT
.............\......\WS4晶体管瞬态热分析.PPT
.............\......\WS5使用表格输入的晶体管瞬态热分析.PPT
.............\......\WS7带叶片的钢管的热应力分析.PPT
.............\热分析
.............\......\CH10耦合场分析_热应力.ppt
.............\......\CH1章节内容概述.PPT
.............\......\CH2基本概念.PPT
.............\......\CH3稳态热传递.PPT
.............\......\CH4非线性分析考虑因素.PPT
.............\......\CH5瞬态分析.PPT
.............\......\CH6热边界条件.PPT
.............\......\CH7载荷选项.PPT
.............\......\CH8辐射热传递.PPT
.............\......\CH9相变分析.PPT
.............\......\Readme.txt
.............\......\热分析.DOC
.............\电磁场
.............\......\第一章.ppt
.............\......\第三章-1.ppt
.............\......\第三章-2.ppt
.............\......\第二章-1.ppt
.............\......\第二章-2.ppt
.............\......\第二章-3.ppt
.............\......\第二章-4.ppt
.............\......\第二章-5.ppt
.............\......\第五章.ppt
.............\......\第四章-1.ppt