Plasticity mechanics

Author: Wang Chunling
Publisher:
Publish Date: 2005-04-01
Features: During the writing process of this book, the strengths of existing domestic textbooks were absorbed, while highlighting the unique features of this book. To cater to the needs of two different groups—senior undergraduate students in engineering mechanics and postgraduate students in engineering—the book follows a structure that progresses from simple to complex and from easy to difficult. In addition to focusing on the basic concepts, theories, and methods of plastic mechanics, and strengthening the content related to civil and construction engineering, it also includes additional mathematical knowledge and mechanics concepts tailored to engineering students who may have a lower starting point in mathematics and a weaker grasp of mechanics. Furthermore, some engineering examples and plastic finite element knowledge are supplemented. Therefore, this book can also serve as a selective course for senior undergraduate students in engineering-related fields or as a self-study guide for engineering technicians. The book is divided into 9 chapters:
Chapter 1: Elastic-Plastic Problems in Simple Stress States
Chapter 2: Stress State and Strain Analysis
Chapter 3: Yield Criteria
Chapter 4: Plastic Constitutive Relations
Chapter 5: Simple Examples of Elastic-Plastic Continuous Value Problems
Chapter 6: Ideal Rigid-Plastic Plane Strain Problems
Chapter 7: Limit Analysis Principles
Chapter 8: Plastic Limit Analysis of Structures
Chapter 9: Finite Element Method for Solving Elastic Problems
At the end of the book, there are reference answers to exercises, a list of main symbols, and references.