ANSYS Engineering Analysis Advanced Examples

Author: Wang Huojia
Publisher:
Publish Date: 2006-11-01
Features: This book introduces the use of the large-scale finite element analysis software ANSYS from three levels: fundamentals, practical techniques, and engineering analysis. It has a solid engineering background, rich content, and detailed explanations, with a progressive arrangement suitable for ANSYS users of different levels. The command-line operation is a distinctive feature of ANSYS compared to other finite element analysis software, offering powerful functionality and ease of use. This book primarily focuses on command-line operations, providing a platform for learning ANSYS through command-line interaction. The book is divided into three parts: Teaching Examples, Special Topic Technical Examples, and Engineering Examples. The Teaching Examples section systematically introduces the process of using command lines for finite element analysis, including basic APDL syntax, common pre-processing, loading, solving, and post-processing commands with examples. The Special Topic Technical Examples section presents a series of topics carefully selected based on common issues encountered by users in the ANSYS process and frequently used analysis techniques, covering all aspects of ANSYS analysis. The Engineering Examples section is divided into three parts—civil engineering, mechanical engineering, and electronic engineering—based on the application domains of ANSYS in real-world engineering. Each part selects typical application examples, and in Chapter 6, an example of the new ANSYS Workbench is provided to help readers understand ANSYS's powerful collaborative simulation technology. This book is suitable for senior undergraduate students, graduate students, and engineering professionals in civil, mechanical, mechanical, and electronic engineering, as well as serving as a reference textbook for learning and mastering the ANSYS software. It is particularly suitable for readers who wish to enhance their career competitiveness in the CAE industry.