Finite Element Analysis: ANSYS Theory and Application: ANSYS Theory and Application

Author: Mo Wen Ni
Publisher:
Publish Date: 2003-06-01
Features: This book is a classic textbook that introduces the fundamental theories of finite element methods and the application of the general finite element program ANSYS in finite element analysis. It covers both the basic theories of finite elements and the general steps and processes of using ANSYS for finite element analysis, providing numerous application examples. Additionally, it explains how to verify the correctness of the obtained solutions using known characteristics. All of these aspects distinguish it from other books introducing finite elements or ANSYS. Based on the "theory + ANSYS application" teaching model, this book enables readers to clearly understand what needs to be done, how to do it, and the theoretical basis for it when performing finite element analysis. After reading this book, readers will undoubtedly find it to be the book they have been seeking! This book is a classic textbook that introduces the fundamental theories of finite element methods and the application of the general finite element program ANSYS in finite element analysis. It concisely explains the theory of finite element analysis while also addressing some practical issues in the modeling process. The content covers the basic concepts of finite element analysis, trusses, one-dimensional elements, one-dimensional heat conduction and fluid problem analysis, two-dimensional elements, the main functions and structural composition of the ANSYS program, two-dimensional heat conduction problem analysis, two-dimensional solid mechanics problem analysis, ideal two-dimensional fluid mechanics problems, and three-dimensional elements. It also introduces optimization design and parametric programming using ANSYS software. Brief overviews of solid mechanics, heat conduction, and fluid mechanics are provided throughout the chapters. Each chapter begins by discussing the relevant fundamental theories, followed by some simple problems that can be solved manually. It then introduces practical examples solved using ANSYS, and in some chapters, design problems are provided at the end. This book is intended for undergraduate students in engineering majors at universities and beginners in finite element analysis. For engineers who have not previously encountered finite element modeling, this book can also serve as an introductory textbook for in-depth understanding of the basic concepts.