课程大纲
COURSE SYLLABUS
1.
课程代码/名称
Course Code / Title
MEE5301 先进制造基础
Fundamentals of Advanced Manufacturing Technology
2.
课程性质
Compulsory/Elective
专业基础课
3.
课程学分/学时
Credit Hours
3/48
4.
授课语言
Teaching Language
英文
5.
授课教师 Instructor(s)
赵永华助理教授 Assistant Prof. Yonghua Zhao
6.
是否面向本科生开放
Open to
undergraduates
or not
否 No
7.
先修要求
Pre-requisites
工程图学，金属工艺学，机械原理，机械设计，理论力学，材料力学。
8.
教学目标 Course Objectives
制造技术是机械制造领域内的基础课程，该课程为英文授课，重点讲授精密制造技术的理论基
础和主要工艺流程，包括切削、磨削、抛光、特种加工、工艺规划等方面的知识。课程分组项目能
够实现以学生掌握知识为目标、通过实践项目提高学生实际能力、培养学生国际化思维以及团队协
作管理复合能力的目标。
Manufacturing technology is one of the most fundamental courses in manufacturing industry, which will be
taught in English. The course ‘Manufacturing technology’ will mainly focus on the fundamental principles of
precision manufacturing processes, including cutting processes, grinding processes, polishing process, non-
traditional machining and process planning, etc. Team-working projects of the course will provide students
with training in international vision, team-working capability and innovative thinking.
9.
教学方法 Teaching Methods
制造技术是机械制造领域内的基础课程，主要讲授机械制造中工艺规划、精密制造、特种加工
等方面的内容。该课程的英文化授课、课程分组项目能够实现以学生掌握知识为目标、通过实践项
目提高学生实际能力、培养学生国际化思维以及团队协作管理复合能力的目标。因此该课程的开设
与改进对于培养具有原始创新能力的人才、具有集成创新能力的人才具有十分重要的意义。
The course ‘Manufacturing technology’ is lectured by Asssistant Prof. Yonghua Zhao to the students
major in mechanical engineering.
This course gives the students a fundamental and in-depth understanding of the basics in manufacturing
engineering and its development, including the manufacturing process planning, precision manufacturing,
and non-traditional manufacturing. The lectures are given in English, and focuses on the learning through
interpreting and team-working on real word projects. Therefore, the course could cultivate the students with
the international vision, team-work capability, and the innovative thinking.
10.
教学内容 Course Contents
Section 1
Introduction to manufacturing Technology
Workpiece accuracy and measuring techniques
制造技术简介
工件的精度和测量技术
Section 2
Fundamentals of material for manufacturing
材料基础
Section 3
Principles of machining with a geometrically defined cutting edge
几何确定切削刃的加工原理
Section 4
Cutting materials ,tools and Lubricants (part1)
切削材料、工具和切削液（
part1
）
Section 5
Cutting materials ,tools and Lubricants(part2)
Cutting with geometrically defined cutting edge
切削材料、工具和切削液（part2）
几何确定切削刃的切削加工
Section 6
Principles of machining with geometrically undefined cutting edge
几何不确定切削刃的加工原理
Section 7
Exercise1 （习题课）
Section 8
Ultra-precision cutting process with a single crystal diamond tool
单晶金刚石超精密加工
Section 9
Preparing grinding wheels for use and Relevant aspects with respect to grinding processes
Ultra-precision grinding using grinding wheels
砂轮及超精密磨削加工
Section 10
Ultra-precision polishing: methods and principles
超精密抛光：方法及原理
Section 11
Exercise2 （习题课）
Section 12
Precision electrochemical machining
Precision electroforming
精密电化学加工
精密电铸
Section 13
Micro electrical discharge machining
微细电火花加工
Section 14
Exercise3 （习题课）
Section 15
laser beam micro/nano machining
激光束微纳加工
Section 16
Electron/Ion beam micro/nano machining
电子束
/
离子束微纳加工
Section 17
Plasma machining
等离子体加工
Section 18
Exercise4 （习题课）
Section 19
Rapid prototype techniques
快速成型技术
Section 20
Physical manufacturing processes
物理制造过程
Section 21
Machinability
加工性能
Section 22
Exercise 5
（习题课）
Section 23
Final Report
11.
课程考核 Course Assessment
平时作业+项目报告：平时作业及实践成绩占 60％，考试占 40％。
Assignments + Project Report：Assignments and Practice account for 60%, Tests account for 40%.
12.
教材及其他参考资料 Textbook and Supplementary Readings
Manufacturing Engineering and Technology, 6
th
- ed. By S. Kalpakjian and S. R. Schmid, 2013
