Engineering Drawing (2nd Edition)

Name: Engineering Drawing (2nd Edition)
ISBN: 9787568907521

张聆玲 / 唐克岩 / 郑才国 / 雷永锋 / 宋黎Chongqing University Press · ChinaAug 2023

3.5

Word count: 147K words
Chapters: 91
ISBN: 9787568907521

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Summary

This book consists of 12 chapters, covering: fundamentals of drawing, fundamentals of projection, the change-of-projection-plane method, composite solids, axonometric drawings of solids, common methods of representing machine parts, part drawings, standard and commonly used parts, assembly drawings, fundamentals of computer-aided drawing, electrical engineering drawing, architectural engineering drawing, and an appendix excerpting relevant national standards. A companion volume, Exercise Book for Engineering Drawing, edited by Zhang Lingling, is also available. This book can serve as a textbook for the Engineering Drawing course in non-mechanical undergraduate programs at colleges and universities, and as a reference for engineering and technical personnel in related fields.

Editor's review

Engineering Drawing (2nd Edition), published by Chongqing University Press and edited by Zhang Lingling, is a foundational textbook for engineering programs at colleges and universities. The book systematically explains the basic principles of engineering drawing, national standard specifications, and the fundamentals of modern computer-aided drawing. Its content covers the projection laws of points, lines, planes, and solids, views of composite solids, methods of representing machine parts, standard and commonly used parts, part drawings and assembly drawings, and other core modules. Building on the clear logic and practical style of the first edition, the second edition has been revised and updated in light of engineering practice and teaching feedback, strengthening alignment with the latest national standards and appropriately introducing concepts related to digital drawing technologies such as CAD, thereby integrating classical theory with modern technology.

As a typical introductory engineering guide, its value lies in building a solid framework for graphical expression thinking. Engineering drawings are the language of engineers. Through numerous examples and exercises that progress from elementary to advanced, the book focuses on training readers' spatial imagination and rigorous awareness of standards. It does not pursue showy software操作 but returns to the essential understanding of "why it is drawn this way," which is crucial for building a solid professional foundation. The editor believes that for beginners, the book's step-by-step approach is a major advantage; for practitioners who need to refresh their knowledge, it is also a reliable desk reference. However, it should be noted that the book is positioned as a foundational disciplinary textbook, with its depth concentrated on traditional descriptive geometry and drawing standards; readers seeking specialized discussion of advanced 3D modeling, in-depth standards for specific industries, or the latest intelligent design software will need to read further.

Who it's for

A good fit for

Lower-division undergraduates in engineering programs such as mechanical, civil, and aerospace engineering at colleges and universities
Working technical personnel who need to systematically study or review national standards and fundamentals of engineering drawing
Exam candidates preparing for engineering professional qualification examinations who need to review foundational drawing content
Self-learners interested in graphical engineering expression who wish to develop spatial logical thinking

Not a good fit for

Readers seeking detailed operation tutorials for advanced 3D modeling software (such as SolidWorks, CATIA)
Senior engineers who need to study highly specialized drawing standards for a particular industry (such as architecture or electrical engineering) in depth

Reading tips

It is recommended to study the chapters in order, and to complete the exercises in the book by hand, combining projection theory with spatial imagination.
Keep drawing tools at hand while reading, and try drawing from physical objects or simple models to deepen understanding.
Consult the latest national standards for technical drawing (GB/T) for further reading and to learn about updates to specifications.

About the publisher

Chongqing University Press China · Founded in 1985

Chongqing University Press is a comprehensive university press whose publishing areas span social and cultural studies, industrial technology, finance and economics, medicine, social psychology, and theory. Judging from its catalog, the press publishes both academic works and popular science titles. Representative books include E. H. Gombrich's Shadows: The Depiction of Cast Shadows in Western Art, Magnesium-Based Hydrogen Storage Materials by Pan Fusheng et al., Research on China's Regional Spatial Development Models by Sun Jiuwen, and titles from the Gynecologic Oncology Committee of the Chinese Anti-Cancer Association, such as the Guidelines for Diagnosis and Treatment of Common Gynecologic Malignancies in China (2019) and Bipolar Disorder: What You and Your Family Need to Know. Its authors work in art history, materials science, regional economics, clinical medicine, and social research methods. Public information is limited, but its publishing profile combines academic translation, industrial technology, and practical medical guides.

版权信息
内容提要
前言（第2版）
前言
绪论
0.1 本课程的性质和任务
0.2 本课程的学习方法
第1章制图基础
1.1 制图标准
1.2 绘图工具及其使用方法
1.3 几何作图
1.4 平面图形的分析与画法
1.5 绘图的方法与步骤
第2章投影基础
2.1 投影法概述
2.2 三视图的形成及投影规律
2.3 点、线和面的投影
2.4 平面立体的投影
2.5 回转体的投影
第3章换面法
3.1 概述
3.2 点的投影变换规律
3.3 几个基本作图问题
第4章组合体
4.1 组合体视图的基本知识
4.2 组合体视图的画法
4.3 平面与立体的交线
4.4 相贯体的投影
4.5 组合体的尺寸标注
4.6 组合体的读图
第5章立体的轴测图
5.1 轴测投影的基本知识
5.2 正等轴测图
5.3 斜二轴测图
5.4 轴测图的剖切画法
第6章零件常用的表达方法
6.1 视图
6.2 剖视图
6.3 断面图
6.4 局部放大图
6.5 简化画法和规定画法
6.6 表达方法综合举例
6.7 第三角画法简介
第7章零件图
7.1 概述
7.2 尺寸公差与配合
7.3 几何公差及表面结构
7.4 常见工艺结构的表达
7.5 视图的选择
7.6 尺寸的合理标注
7.7 读零件图的方法
第8章标准件与常用件
8.1 螺纹紧固件
8.2 键和销
8.3 滚动轴承
8.4 齿轮
8.5 弹簧
第9章装配图
9.1 概述
9.2 表达方法
9.3 尺寸标注和技术要求
9.4 明细表和标题栏
9.5 视图选择及绘制步骤
9.6 装配工艺性
9.7 读装配图及拆画零件图
第10章计算机绘图基础
10.1 AutoCAD绘图基础
10.2 基本绘图命令
10.3 精确绘图辅助工具
10.4 基本编辑命令
10.5 图层及其应用
10.6 文字注写与尺寸标注
10.7 块及其应用
10.8 综合举例
10.9 图形输出
第11章电气工程制图
11.1 电气工程图的基本知识
11.2 电气工程制图的规则与画法
11.3 电路图
11.4 框图
11.5 接线图（表）
11.6 印刷板图
11.7 线扎图
11.8 流程图
第12章建筑工程制图
12.1 建筑工程图概述
12.2 建筑施工图
12.3 建筑结构施工图
12.4 设备施工图
附录
参考文献

FAQ

Is this book suitable for complete beginners studying on their own?

As a textbook, this book is systematic in structure and detailed in explanation, making it suitable for self-learners with a foundation in high school mathematics and geometry. However, self-study requires strong self-discipline; it is advisable to use online open courses and other teaching resources, and to complete the exercises for consolidation.

Does the book include instruction on CAD software?

This book mainly explains the principles and standards of engineering drawing, which is theoretical groundwork. The second edition may briefly introduce basic CAD concepts, but it is not a detailed software operation guide. Learning software operation requires a dedicated CAD tutorial.

What are the main differences between the second edition and the first edition?

The second edition typically optimizes and corrects content and updates it to the latest national standards (GB). For specific differences, consult the preface or revision notes; generally, the introduction to the fundamentals of computer-aided drawing is strengthened, and some examples and exercises are updated.

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About the author

张聆玲 Author

Zhang Lingling: publicly available information is limited. She is known in this library for two works, both centered on the teaching of engineering drawing: Engineering Drawing (2nd Edition) and the companion Engineering Drawing Exercise Book. Judging from the titles and their usual classification, her writing falls in the fields of industrial technology and examination materials, aimed at the needs of engineering drawing courses in engineering colleges and balancing theoretical explanation with practice. The second edition indicates a revised textbook, while the exercise book is designed to be used alongside the main text so that readers can practice as they learn and check their grasp of the material. The available information is not sufficient to describe her education, positions, or professional experience, so a biographical account would not be appropriate. Overall, she is known for compiling textbooks and study aids for classroom and self-study use, and her works have a practical role in basic engineering drawing instruction.

唐克岩 Author

Tang Keyan is a book author about whom limited public information is available; details such as nationality, dates of birth and death, and English name cannot currently be confirmed. Judging from the works held in the database, he co-authored two titles, Engineering Drawing (2nd Edition) and an accompanying workbook of engineering drawing exercises, both within the field of engineering drawing instruction and commonly classified under industrial technology and examinations. One is a textbook and the other a companion exercise book, and the two are structurally linked, reflecting an approach that gives equal weight to classroom teaching and after-class practice and primarily serves the teaching needs of related courses in engineering colleges. Because public materials are limited, his personal history, institutional affiliation, and academic background cannot be verified at present; readers may gain a sense of his editorial style and emphasis from the textbook text and the exercise arrangements.

郑才国 Author

Zheng Caiguo is one of the authors included in this Chinese book database. Public information about him is limited: details such as his birthplace, education, and professional positions are not recorded. Two of his works are currently available in the database: Engineering Drawing (2nd Edition) and an accompanying Engineering Drawing Exercise Book, both within the field of engineering drawing instruction. Judging from the titles and classifications, his writing centers on industrial technology and exam preparation, emphasizing basic drafting standards, drawing representation, and practice exercises. The textbook and exercise book are designed to be used together, allowing readers to learn while practicing. Such works typically serve engineering students at higher education institutions and candidates preparing for related professional qualification exams, and are clearly intended as teaching aids. Owing to limited source material, a full assessment of his writing style and academic influence is difficult; readers may gain a better understanding through the specific contents of the two books mentioned above.

雷永锋 Author

Lei Yongfeng is an author about whom limited public information is available, and what can be confirmed comes mainly from two books. According to the library's holdings, he contributed to Introduction to Electrical Engineering (2nd Edition) and Engineering Drawing (2nd Edition). Both appear as second editions, indicating that the content has been revised and updated and is suitable for use as textbooks or teaching references. The works are classified under examinations and industrial technology, focusing on electrical engineering and engineering drawing: the former covers basic concepts and the knowledge framework of electrical engineering, while the latter emphasizes the drawing and reading of engineering graphics, both being foundational subjects in engineering education. The available material is not sufficient for a detailed discussion of writing style, but the books' positioning suggests clear, classroom-oriented textbook writing. Since information about the author's life, education, and positions has not appeared in public sources, no speculation is made here; this introduction is based solely on the works themselves.

宋黎 Author

Song Li is an author about whom limited public information is available. Only one work by this author is currently included in the collection, Engineering Drawing (2nd Edition), which is classified under industrial technology. This work suggests that Song Li writes in the basic technical field of engineering drawing, covering drafting standards, graphic representation methods, and engineering expression, and is intended for engineering education or related technical study. Because public information on the author's life, professional background, and writing career is lacking, no further details can be given about education, positions, or research focus. Judgments about writing style and influence must therefore remain limited to the existing work, which appears to present drafting knowledge systematically and practically in the form of a textbook or technical reader.