CM-bachelor-1,2,3.ppt

Finite Element Method – 305333050 Instructor: Zhu Zheming (朱哲明) Department of Engineering Mechanics, College of Architecture and Environment, Sichuan University, China Email: zhemingzhu@ ; Phone: 186-2812-8536 Objective: The purpose of the course is to introduce the students to the fundamentals of the finite element method and its its applications in Engineering with emphasis on solid structures or liquid. The students learn the necessary principle to help them create a basic finite element code (using Fortran or C programming) for the stress and deformation analysis of solid structures. mended Text: <有限元法基础及 ANSYS 应用>; <The Finite Element Method>, edited by Zienkiewicz , . and Taylor, . Grading: 60% assignments and projects; 40% examination; Language: 70% in English and 30% in Chinese or 100% in English Schedule: Tuesday from 10:00 Am to 11:30 Am (2 hours) Thursday from 4:00 Pm to 6:30 Pm (2 hours) Place :江安综合楼 B-104 江安综合楼 B212 What is the finite element method Definition: puter-aided mathematical tool which can be used for obtaining approximate solutions to those engineering problems that can be represented by physical system subjected to external influences. Such problems are in areas like: 1. Solid mechanics ( elasticity; plasticity; statics ; dynamics,etc .); 2. Heat transfer (conduction; convection; radiation); 3. Fluid mechanics; 4. ism; 5. Coupled interactions of the above, . fluid – solid interaction. What is the finite element method Application in solid mechanics is much more extensive, and can be classified in many different ways depending on the application, physical system shape or response, loading conditions, and so on. Application type : structural, geotechnical and mechanical engineering; fluid mechanics. System shape : 1-D; 2-D; 3-D; System response : linear, nonlinear, axial displacements, in-plane biaxial displacements, out-of-plane deformation, in / out of plane action Loading : static, dyn