《ANSYS系统及其应用》课程简介

1、ANSYS系统及其应用课程简介课程编号：S5081090课程名称：ANSYS系统及其应用课程英文名称：IN TRODUCTION AND APPLICATION OF ANSYS总学时：16 讲课学时：16 学 分：1开课单位：机电工程学院机械制造及自动化系授课对象：机电工程学院机械设计制造及其自动化专业先修课程：机械结构有限元分析开课时间：第八学期教材及主要参考书：采用自编讲义“有限元分析ANSYS应用教程”讲义，另外可以选择如下参考书作为补充教材：张亚欧主编.有限元分析ANSYS7.0实用教程.清华大学出版社 2004年；龚曙光主编.ANSYS基础应用及范例分析.机械工业出版社 2003年

2、。课程内容摘要：本课主要讲授ANSYS软件主要功能、主要技术特点、支持的图形传递标准、与CAD软件的接口以及运行环境等；ANSYS软件界面下各窗口的功能，ANSYS架构及命令，具体包括简单模型的建立、材料属性输入、单元的选择和划分、求解处理和后置处理；ANSYS软件中坐标系统和坐标平面、节点和元素的定义、负载定义、复杂实体模型的建立方法等；对结构分析结果进行后处理，具体包括绘变形图、支反力列表、绘应力等值线图和网格密度检查等；介绍优化设计的步骤，主要包括生成循环所用的分析文件、参数化建立模型、求解、提取并指定状态变量和目标函数、在ANSYS数据库里建立与分析文件中变量相对应的参数、选择优化工具

3、或优化方法等；简单了解接触问题的定义、接触协调条件、接触单元和一些接触问题的处理方法，面对面问题的建模和处理过程；如何用ANSYS 软件分析计算物体的稳态或瞬态温度分布，以及热量的获取或损失、热梯度、热通量等。INTRODUCTION AND APPLICATION OF ANSYSCourse Brief DescriptionCourse No.: S5081090Course Title: INTRODUCTION AND APPLICATION OF ANSYSOverall Class Hour: 16, Lecture Hour: 16, Computer Class Hour:

4、4Credit: 1Course Offered by: Dept. of Machinery Manufacturing and AutomationObject of Teaching: Students Major in Machinery Design, Manufacturing and Automation, and in the Related DisciplinesPrerequisite Course: FINITE ELEMENT METHOD OF MECHANICAL STRUCTURETime of the Course Offered: 8th Semester T

5、eaching material and primary reference book: Abstract of course content: This course mainly teaches the main characteristics and functions of ANSYS finite element analysis software, transfer of CAD models of structures, products, components, or systems and The ANSYS Environment; A comprehensive grap

6、hical user interface and ANSYS basic analysis procedures including ANSYS modeling, defining the material properties, meshing, solution and postprocessing the results; Coordinate System and Working Plane in the ANSYS, defining nodes and elements and defining load; Postprocessing the structure analysi

7、s results with the database processor such as Producing deformed Shape and an animated sequence of contour values through, etc; The usual procedure for design optimization consists of the main steps including specifying the analysis file, declaring optimization variables, Choosing optimization tool or method and Specifying optimization looping controls, etc; Analyzing thermal phenomena such as the temperature distributions and Thermal gra