Engineering Drawing (5th Edition)
Tags
Summary
Editor's review
Who it's for
A good fit for
- Undergraduate or vocational college students in mechanical, near-mechanical, and related engineering specialties in higher education institutions, especially suitable as the main textbook for Engineering Graphics courses.
- Young engineers or technical personnel who have just entered the workplace and need to quickly consolidate or consult standard drawing knowledge.
- Candidates preparing for relevant professional qualification examinations (such as drafter) who need systematic review of basic engineering graphics theory and national standards.
- Beginners interested in engineering design who wish to self-study and build systematic drawing concepts and spatial thinking skills.
Not a good fit for
- Readers seeking advanced tutorials on high-level CAD/CAM software, 3D parametric design, or in-depth specialized drawing content for specific industries.
- Hobbyists interested purely in artistic or visual creative purposes who wish to learn freehand drawing or conceptual sketching.
Reading tips
- It is recommended to practice synchronously with drawing tools (such as T-square, compass) or a basic CAD software, closely integrating the book's theoretical knowledge with hands-on practice to deepen understanding.
- During study, focus on the provisions of "national standards," such as line types, scales, dimensioning, and drawing methods, as these are the core of engineering drawing standardization.
- For parts that are difficult to visualize spatially, try making simple models with clay or cardboard to help construct 3D shapes from 2D views and overcome learning bottlenecks.
About the publisher
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.
Contents
- 版权信息
- 内容简介
- 第5版 前言
- 绪论
- 第1章 制图的基本知识
- 1.1 制图标准
- 1.2 绘图工具及其使用
- 1.3 几何作图
- 1.4 平面图形的尺寸分析及画法
- 第2章 投影基础
- 2.1 投影法的基本知识
- 2.2 点的投影
- 2.3 直线的投影
- 2.4 平面的投影
- 第3章 立体的投影
- 3.1 平面立体
- 3.2 曲面立体
- 3.3 平面与立体相交
- 3.4 两回转体表面相交
- 第4章 轴测投影
- 4.1 轴测投影基础知识
- 4.2 正等轴测图的画法
- 4.3 斜二等轴测图的画法
- 第5章 组合体的视图
- 5.1 三视图的形成及投影规律
- 5.2 形体分析法与线面分析法
- 5.3 画组合体的视图
- 5.4 组合体的尺寸标注
- 5.5 读组合体的视图
- 第6章 机件的常用表达方法
- 6.1 视图
- 6.2 剖视图
- 6.3 断面图
- 6.4 其他表达方法
- 6.5 表达方法的应用举例
- 6.6 第三角投影画法
- 第7章 标准件与常用件
- 7.1 螺纹
- 7.2 螺纹紧固件
- 7.3 键连接和销连接
- 7.4 齿轮
- 7.5 滚动轴承
- 7.6 弹簧
- 第8章 零件图
- 8.1 零件与部件的关系
- 8.2 零件的分类与零件图的内容
- 8.3 零件的视图选择及尺寸标注
- 8.4 零件图中的技术要求
- 8.5 零件常见结构的画法及尺寸标注
- 8.6 读零件图
- 第9章 装配图
- 9.1 装配图的作用与内容
- 9.2 装配图的表达方法
- 9.3 装配图的尺寸标注
- 9.4 装配图的零部件序号和明细栏
- 9.5 装配工艺结构简介
- 9.6 装配图的画法
- 9.7 装配图的阅读
- 第10章 计算机绘图基础
- 10.1 AutoCAD操作基础
- 10.2 常用绘图命令
- 10.3 常用图形编辑命令
- 10.4 图形实体属性
- 10.5 创建文本和尺寸标注
- 10.6 定制样板图
- 10.7 绘制工程图实例
- 附录
- 附录1 螺纹
- 附录2 螺纹连接件
- 附录3 键、销、滚动轴承
- 附录4 弹簧
- 附录5 标准结构
- 附录6 极限与配合
- 附录7 材料
- 附录8 热处理
- 参考文献
FAQ
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About the author
Song Chunming is an author about whom limited public information is available. Two works are currently known under his name: the Exercise Book for the Fundamentals of Engineering Graphics and Engineering Drawing (5th Edition). The titles indicate that his writing centers on the teaching of engineering graphics and engineering drawing, covering drawing fundamentals, exercise practice, and textbook compilation, with common categories including examinations and architecture. Books of this kind generally serve course teaching and exam preparation for engineering students at colleges and universities, emphasizing drafting standards, spatial visualization, and practice-based consolidation. The exercise book focuses on coordinated practice, while Engineering Drawing (5th Edition) is presented as a textbook; together they support systematic study of drafting knowledge. Because reliable records of his dates of birth and death, nationality, education, and positions are unavailable, further biographical details cannot be added, and readers may consult the above works to understand his editorial direction.
Chen Jiefeng: publicly available information about this author is currently limited. Judging from the two works recorded in the database, Fundamentals of Engineering Graphics Exercise Book and Engineering Drawing (5th Edition), Chen's writing centers on engineering graphics and drawing instruction. These two works are respectively a exercise book and a textbook, and their common categories involve examinations and architecture, indicating that the content serves university engineering courses, basic drawing practice, and related exam preparation. Books on engineering drawing focus on standards of graphic expression, principles of projection, and the development of drawing and reading skills, while exercise books consolidate classroom knowledge through practice. Chen Jiefeng's works thus serve the functions of textbook and accompanying training within this teaching chain, suitable for teachers and students in related majors as well as self-learners. Owing to the lack of biographical and academic background information, no further introduction to the author's personal experience can be provided at present.