ANSYS 9.0 Classic Product Advanced Analysis Techniques and Examples in Detail

Author: Yobi Creation Studio
Publisher:
Publish Date: 2005-10-01
Features: In addition to the main analysis techniques of the classic ANSYS 9.0 product—such as structural, thermal, fluid, electromagnetic, and coupled field analysis—the classic ANSYS product also includes five advanced analysis techniques frequently required in engineering analysis: APDL, Optimization, PDS, Element Birth and Death, and Submodeling. These are the outstanding advanced features of the classic ANSYS product, important auxiliary analysis techniques frequently used in engineering analysis with ANSYS, and advanced techniques considered indispensable by ANSYS users.
First is the parametric finite element analysis technology, which is a rapid, automated, and batch-processed analysis technology based on parametric finite element analysis, enabling the parameterization, automation, and batch processing of finite analysis processes, including modeling, solving, and post-processing, and facilitating the secondary development of the analysis process and interface systems for engineering applications.
Second is the finite element-based optimization analysis technology, including target optimization design, topological shape optimization, and variational design techniques based on sampling experiments and response surfaces.
Third is the finite element-based probabilistic design analysis technology, which studies the impact of uncertain design input parameters that follow a certain probability distribution function on the reliability, safety, and quality of the design, including the mode, extent, and sensitivity of such impacts.
Fourth is the Element Birth and Death technology, which simulates the assembly and disassembly processes of construction bridges, buildings, and other components, as well as welding and material failure issues, by killing or activating materials.
Fifth is the Submodeling technology, which involves extracting a local model after a global model analysis for detailed refinement, thereby obtaining high-precision results for the local model.
This book is primarily suitable for novice ANSYS users who have mastered basic operations, as well as advanced ANSYS users. It serves as a dedicated resource for learning advanced ANSYS techniques, a supplementary guide for flexibly mastering specialized ANSYS analysis techniques, and helps readers enrich their finite element analysis tools and comprehensive application capabilities.
Additionally, this book can be used as an ANSYS textbook. It provides a thorough introduction to technical principles, menu systems, operational processes, and analysis methods, supported by practical examples for exercises. The content is organized and structured in strict accordance with the methodology of software teaching and practice.