AutoCAD 2002 Mechanical Design Training Course (Zero Point)

Author: Zhang Likang
Publisher:
Publish Date: 2003-03-01
Features: Zero Point Takeoff Computer Training School. This book is one of the series "Zero Point Takeoff Computer Training School." The entire book is primarily based on the Chinese version of AutoCAD 2002, while also covering the AutoCAD 2002 and AutoCAD 2002i versions. It combines the characteristics of mechanical design drawing, using examples of common mechanical components, mechanical equipment, fixtures, molds, and mechanical product drawings to systematically explain the application of AutoCAD 2002 in mechanical and related professional design drawing. The content includes the basic knowledge of AutoCAD, drawing settings and preparation, 2D drawing and editing, section view and cross-sectional drawing, part drawing, assembly drawing, isometric drawing, wireframe model and surface model drawing, as well as solid model drawing. Detailed steps are provided to demonstrate the processes and techniques for drawing these graphics using different methods. This book is not only suitable for learning and reference by professionals in the mechanical industry and related fields but can also be used as a textbook for various CAD training courses and vocational colleges.
This book is one of the series "Zero Point Takeoff Computer Training School." The entire book is primarily based on the Chinese version of AutoCAD 2002, while also covering the AutoCAD 2000 and AutoCAD 2000i versions. It combines the characteristics of mechanical design drawing, using examples of common mechanical components, mechanical equipment, fixtures, molds, and mechanical product drawings to systematically explain the application of AutoCAD 2002 in mechanical and related professional design drawing. The content includes the basic knowledge of AutoCAD, drawing settings and preparation, 2D drawing and editing, section view and cross-sectional drawing, part drawing, assembly drawing, isometric drawing, wireframe model and surface model drawing, as well as solid model drawing. Detailed steps are provided to demonstrate the processes and techniques for drawing these graphics using different methods. This book is structured clearly, with detailed content, abundant examples, illustrations, and strong professionalism. It emphasizes methods and techniques, making it convenient for self-study and improvement on the computer. Each lesson is presented in the structure of pre-class guidance, classroom explanation, hands-on practice, and post-class exercises. The pre-class guidance outlines the foundation, key points, difficulties, and learning methods for each lesson's classroom explanation and hands-on practice, facilitating self-study and aiding instructors. The classroom explanation provides detailed explanations of each lesson's knowledge points, the objectives of the examples in this lesson, and an analysis of the creation process. The hands-on practice closely aligns with the classroom explanation, offering examples to guide readers in learning by doing. The post-class exercises provide fill-in-the-blank questions, multiple-choice questions, true-or-false questions, short-answer questions, and hands-on operation questions, helping readers consolidate the knowledge of each lesson. This book is not only suitable for learning and reference by professionals in the mechanical industry and related fields but can also be used as a textbook for various CAD training courses and vocational colleges.