CAXA 3D Solid Modeling Tutorial

Author: Lin Shaofen, Editor-in-Chief
Publisher:
Publish Date: 2005-04-01
Features:
· Tailored for CAXA users;
· Practical examples with strong applicability;
· Detailed and specific step-by-step demonstrations;
· In-depth analysis of software functions;
· Novel and unique CD-ROM production.
This book was written by the authors based on years of experience in computer graphics and teaching practice. It primarily introduces the usage methods, basic knowledge, and techniques of CAXA Solid Design software developed by Beihai Navigating Software Company. The book consists of 19 chapters. Chapter 1, "Overview of CAXA Solid Design," introduces the fundamental knowledge of CAXA design. Chapter 2 covers the application of 3D Sphere. Chapter 3 discusses the solid design of simple parts. Chapter 4 focuses on the design of typical solid parts. Chapter 5 addresses issues in the design of complex solid parts. Chapter 6 explores the application of tool design elements and the conversion of solid designs into 2D drawings. Chapter 7 introduces techniques and tools for designing complex shapes. Chapter 8 covers 3D Sphere assembly techniques. Chapter 9 discusses the positioning and editing of primitives and parts. Chapter 10 explains methods of assembly using constraints and unconstrained methods. Chapter 11 presents techniques for freely assembling parts. Chapter 12 covers sheet metal design. Chapter 13 introduces design methods for surface-related issues in solid design. Chapter 14 discusses parametric design methods. Chapter 15 explains how to use 2D aids to design rotating bodies and other parts. Chapter 16 covers rendering and lighting design. Chapter 17 discusses simple animation design and the assembly of exploded animation for parts. Chapter 18 introduces techniques for achieving animation design. Chapter 19 covers data transfer issues in CAXA Solid Design.
The accompanying CD-ROM includes the CAXA Solid Design 2005 Learning Edition software, as well as examples and exercise illustrations from the textbook, providing readers with valuable assistance in mastering the software.
This textbook is suitable for undergraduate, junior college, and vocational college teaching with 40-50 class hours, and can also serve as a training manual or self-study reference book.