Introduction to Engineering Manufacturing Systems
Introduction to Engineering Manufacturing & Systems
Contents of this section References and Suggested Readings > >Objectives Introduction >Metal Cutting Machine Tools >Automated Manufacturing >Rapid Prototyping Techniques
Contents of this section References and Suggested Readings Objectives Introduction Metal Cutting Machine Tools Automated Manufacturing Rapid Prototyping Techniques
References and Suggested Reading 1.John R.Walker,Machining Fundamentals,2000 2.Nanua Singh,Systems Approach to Computer- Integrated Design and Manufacturing,1995 3.Geoffrey Boothroyd,Fundamentals of Metal Machining and Machine Tools,1975 4.E.M.Trent,Metal Cutting,1991 5.William W.Luggen,Flexible Manufacturing Cells and Systems
References and Suggested Reading 1.John R. Walker, Machining Fundamentals, 2000 2.Nanua Singh, Systems Approach to ComputerIntegrated Design and Manufacturing, 1995 3.Geoffrey Boothroyd, Fundamentals of Metal Machining and Machine Tools, 1975 4.E.M. Trent, Metal Cutting ,1991 5.William W. Luggen, Flexible Manufacturing Cells and Systems
Objectives Understanding machining operations& machine tools
Objectives Understanding machining operations & machine tools
1.1 Definition of Manufacturing >What is manufacturing? Manufacturing 1S more than transformation of raw materials into value-added outputs meeting specifications
1.1 Definition of Manufacturing What is manufacturing? Manufacturing is more than transformation of raw materials into value-added outputs meeting specifications
> Definition[1]: Manufacturing is a series of interrelated activities and operations involving design,material selection, planning,production,quality assurance, management,and marketing of discrete consumer and durable goods. > Two broad categories of present-day manufacturing activities:
Definition[1]: Manufacturing is a series of interrelated activities and operations involving design, material selection, planning, production, quality assurance, management, and marketing of discrete consumer and durable goods. Two broad categories of present-day manufacturing activities:
(1)Continuous-process production food industry and oil industry (2)Discrete-product production motor car industry,aircraft manufacture. production of domestic equipment and the machine tool industry
(1) Continuous-process production ( food industry and oil industry ) (2) Discrete-product production ( motor car industry, aircraft manufacture, production of domestic equipment and the machine tool industry )
Metal cutting plays a very important role in those discrete-product manufacturing systems. According to a survey [4],about 10%of all the metal produced is turned into chips (切屑)
Metal cutting plays a very important role in those discrete-product manufacturing systems. According to a survey [4], about 10% of all the metal produced is turned into chips (切屑）
1.2 Machining Technology According to the last section,metal cutting(machining)is a very important operation in modern manufacturing. In the coming lectures,the following topics will be introduced: Understanding the evolution of metal cutting technology Metal cutting operations and terminology > Machine tools(traditional nor traditional machining) Automation of machining operations systems Rapid prototyping-a new way to make a part
1.2 Machining Technology According to the last section, metal cutting(machining) is a very important operation in modern manufacturing. In the coming lectures, the following topics will be introduced: Understanding the evolution of metal cutting technology Metal cutting operations and terminology Machine tools (traditional & nor traditional machining) Automation of machining operations & systems Rapid prototyping – a new way to make a part
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