Proficient in ANSYS 7.0 Finite Element Analysis

Author: Song Yong
Publisher:
Publish Date: 2004-03-01
Features: ANSYS is a large-scale general-purpose finite element analysis software that integrates structural, fluid, electric field, magnetic field, and acoustic field analysis. It is widely used in fields such as mechanical manufacturing, petrochemical, light industry, shipbuilding, aerospace, automotive transportation, electronics, civil engineering, and water conservancy, and is favored by researchers and designers. From an engineering application perspective, this book is divided into 9 chapters and elaborates on the finite element analysis methods and processes of ANSYS through numerous examples. It can serve as a teaching reference book for ANSYS in related finite element analysis fields at universities and colleges, as well as a self-study textbook and reference book for researchers and designers in fields such as mechanical engineering, chemical engineering, aerospace, electronics, microelectronics, civil engineering, and water conservancy. Through the explanation of numerous typical examples, this book details the finite element analysis methods and processes of ANSYS. The content includes the concept of finite element analysis, the basic functions and composition of ANSYS, the installation and new features of ANSYS 7.0, methods for establishing geometric models and meshing, the process and steps of structural linear static analysis, structural dynamics and computational fluid dynamics analysis, nonlinear analysis, potential analysis, APDL development, and the use of advanced techniques in ANSYS. The book is rich in examples and clear in operational steps, fully showcasing the author's extensive experience and skills. In addition to explaining the relevant concepts of the software, the book focuses on introducing the analysis methods of ANSYS in several widely applied fields through examples. The explanation of operational steps adopts both GUI and command flow methods, with a focus on detailed GUI-based introductions of each step. Through learning from this book and practicing with the numerous examples, readers can systematically understand the analysis methods and processes of ANSYS 7.0 and achieve proficiency in correctly using ANSYS to analyze specific engineering problems. This book can serve as a teaching reference book for ANSYS in related finite element analysis fields at universities and colleges, as well as a self-study textbook and reference book for researchers and designers in fields such as mechanical engineering, chemical engineering, aerospace, electronics, microelectronics, civil engineering, and water conservancy.