An Introduction to Finite Element Analysis Using Matlab Tools

✍ Scribed by Shuvra Das

• Publisher: Springer
• Year: 2023
• Tongue: English
• Leaves: 228
• Series: Synthesis Lectures on Mechanical Engineering
• Category: Library

✦ Synopsis

This book is an attempt to develop a guide for the user who is interested in learning the method by doing.  There is enough discussion of some of the basic theory so that the user can get a broad understanding of the process.  And there are many examples with step-by-step instructions for the user to quickly develop some proficiency in using FEA. We have used Matlab and its PDE toolbox for the examples in this text. The syntax and the modeling process are easy to understand and a new user can become productive very quickly. The PDE toolbox, just like any other commercial software, can solve certain classes of problems well but is not capable of solving every type of problem.  For example, it can solve linear problems but is not capable of handling non-linear problems. Being aware of the capabilities of any tool is an important lesson for the user and we have, with this book, tried to highlight that lesson as well.

 

✦ Table of Contents

978-3-031-17540-4
1
Preface
Contents
About the Author
978-3-031-17540-4_1
1 Introduction
1.1 FEA Process
1.1.1 Problem Definition
1.1.2 Discretization
1.1.3 Boundary and Initial Conditions
1.1.4 Assembly
1.1.5 Solution
1.1.6 Post Processing
1.2 Some Relevant Matlab Information
1.2.1 Basic Matrix Operations Using MATLAB
1.2.2 PDE Toolbox
1.3 Summary
978-3-031-17540-4_2
2 Discrete Finite Elements
2.1 Static Problems
2.2 Dynamic Problems
2.3 2D Truss Problems
2.4 Summary
978-3-031-17540-4_3
3 Finite Elements for the Continuum, Heat Transfer Problems
3.1 The FEA Process
3.2 Finite Element Formulation for 2D Problems
3.3 Summary
978-3-031-17540-4_4
4 Stress Analysis Problems
4.1 Beams
4.2 Elastic Stress Analysis
4.3 Dynamic Loading
4.4 Summary
978-3-031-17540-4_5
5 Special Problems
5.1 Thermal Stresses in Quenching
5.2 Thermal Stresses in Welding
5.3 Flux Density in an Electric Motor
5.4 Summary