ANSYS 9.0 Classic Product Basic Tutorial and Detailed Examples

Author:
Publisher:
Publish Date: 2006-01-01
Features: ANSYS Finite Element Analysis Software is a product of ANSYS, a renowned CAE supplier from the United States. It is primarily used 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 software that is easy to learn and use. This book provides a comprehensive and in-depth introduction to the basic functions and operational processes and techniques of the classic ANSYS 9.0 product. The book is divided into three parts, each of which is further divided into multiple chapters based on systematic knowledge and direction.
Part I is Basic Knowledge and System Introduction of ANSYS, which mainly introduces ANSYS Company, product series, the startup and exit of the ANSYS program, and the graphical environment, including geometric modeling techniques, meshing and finite element modeling techniques, load application and solution processes, and post-processing techniques.
Part III covers advanced techniques, including various advanced modeling techniques, advanced loading and solution techniques, advanced post-processing techniques, selection techniques, database information query tools, and advanced drawing control techniques.
In addition to providing detailed technical functions of the ANSYS software, each chapter focuses on key and difficult knowledge, accompanied by appropriate examples for practice, enabling readers to master the techniques and key points through practical experience. The examples cover various geometric modeling techniques, meshing, mesh model modification, mesh model assembly, and practical operations of different types and methods, including point models, spring models, two-force bar 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, etc. Through learning, readers can fully integrate these techniques and apply them well to practical work problem simulations.
This book is particularly suitable as a systematic learning textbook for ANSYS beginners and general users, with detailed and thorough technical explanations and richly reasonable example exercises. For advanced ANSYS users, it is also an excellent ANSYS system operation guide, ANSYS engineering problem analysis solution guide, and reference book for mastering various advanced pre-processing, post-processing, and solution techniques.