《特种加工技术》课程简介
特种加工技术是指传统的机械切削加工方法以外的特种加工方法，主要有电火花加工、电火花线切割加工、激光加工、电化学加工、电子束、离子束加工、超声波加工等，本课程主要讲授特种加工方法的原理、特点及生产工艺。

Brief Description of Non-traditional Machining Technology Course No.: S4080310
Course Title: Non-traditional Machining Technology
Overall Class Hour: 30,
Lecture Hour: 26,
Experiment Class Hour: 4,
Computer Class Hour:
Exercise Class Hour:
Credit: 2
Course Offered by: Department of Mechanical Manufacturing and
Automation
Object of Teaching: Students, Major in Mechanical Manufacturing and
Automation
Prerequisite Course: ElectrotechnicsⅠ,
Electronic TechnologyⅠ,
Theory of mechanics
Mechanical Design,
Foundation of Mechanical Manufacturing,
Automatic Control Theory
Time of the Course Offered: 7th Semester
Teaching material and references:
Teaching material: Liu JinChun, Zhao Jiaqi, Zhao Wansheng.
Non-traditional Machining, 4th edition. China
Mechanical Press (CMP), 2004 (In Chinese) Reference: Jin Qingtong. Non-traditional Machining. Aviation
Industry Press, 1988 (In Chinese)
Course Brief Description:
This course takes non-traditional machining (NTM) as main contents
except the methods of conventional mechanical cutting. The key contents include appearance and development of NTM, characteristic and classification of NTM, NTM affections on machinability of material and processing property of structure, basic principle and classification of electrical discharge machining (EDM), mechanism of EDM, basic law of EDM, pulse generator of EDM, automatic feeding and backward going system, machine tool and process of EDM, principle and characteristic of wire electrical discharge machining (WEDM), programming of WEDM, influencing factors of WEDM processing, and technics and application of WEDM. In this course, the following contents should be contained also, principle and classification of electrochemical machining (ECM), processing and characteristic of electrolytic machining, electrolytic machining with mixed gas, technics and application of electrolytic, electrochemical grinding, electroforming and electro-brush plating, principle and application of laser beam machining (LBM), principle and application of ultrasonic machining, and brief introduction of abrasive flow machining (AFM), water jet cutting (WJC), magnetic abrasive machining (MAM), chemical machining (CHM) and micro machining.。