ANSYS 7.0 Basic Tutorial and Detailed Examples

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Publish Date: 2004-01-01
Features: ANSYS finite element analysis program is a product of the renowned CAE supplier, ANSYS Inc. in the United States. It is primarily used as a CAE tool for independent or coupled analysis of the four major physical fields: structure, heat, fluid, and electromagnetism. It is powerful, user-friendly, and an excellent finite element analysis program that is easy to learn and use. The first seven chapters of this book introduce ANSYS basic operations, covering its operating environment, menu system, general analysis techniques, and advanced operation techniques. Based on the principles of finite element analysis, it explains how to formulate various finite element analysis plans, including element selection, model simplification, meshing control, load application techniques, boundary condition handling, solution strategies, flexible use of various post-processing techniques, processing analysis results data, and creating HTML report documents. This series of finite element application skills enables readers to comprehensively learn ANSYS basic techniques while mastering the general principles and methods of finite element analysis for practical engineering problems. In addition to introducing the general functions applicable to the four major physical fields, this book focuses primarily on structural domain learning.
Chapter 8, accompanied by the foundational knowledge explained in the first seven chapters, provides rich examples for learning. It includes both menu operation process descriptions and command flow analysis processes, allowing readers to study point models, spring models, two-force rod models, beam models, plate-shell models, plate-beam hybrid models, solid models, rigid connection models, coupled degree of freedom models, plane strain models, and axisymmetric models in a step-by-step manner. Readers can fully integrate and apply these models to solve practical engineering problems.
This book is primarily suitable for beginners of ANSYS. For general users and advanced users, it serves not only as a menu system operation guide but also as a reference for formulating ANSYS engineering analysis plans, mastering advanced pre- and post-processing techniques, and solution strategies.
The first seven chapters of this book introduce ANSYS basic operations, covering its operating environment, menu system, general analysis techniques, and advanced operation techniques. Based on the principles of finite element analysis, it explains how to formulate various finite element analysis plans, including element selection, model simplification, meshing control, load application techniques, boundary condition handling, solution strategies, flexible use of various post-processing techniques, processing analysis results data, and creating HTML report documents. This series of finite element application skills enables readers to comprehensively learn ANSYS basic techniques while mastering the general principles and methods of finite element analysis for practical engineering problems. In addition to introducing the general functions applicable to the four major physical fields, this book focuses primarily on structural domain learning.
Chapter 8, accompanied by the foundational knowledge explained in the first seven chapters, provides rich examples for learning. It includes both menu operation process descriptions and command flow analysis processes, allowing readers to study point models, spring models, two-force rod models, beam models, plate-shell models, plate-beam hybrid models, solid models, rigid connection models, coupled degree of freedom models, plane strain models, and axisymmetric models in a step-by-step manner. Readers can fully integrate and apply these models to solve practical engineering problems.