Advanced Manufacturing Technology先进制造技术姓 名: 学 号: 班 级: 授课教师:2012 年 5 月 23 R浅谈先进制造技术On the Adva need Manufacturi ng Tech no logy学号3092101414班级；机械2094姓名；许宏摘 要；在传统制造的基础上，不断吸收机械、电子、信息、材料、能源和现代 管理技术等方面的成果，将其综合应用于产品设计、制造、检测、管理、 销售、使用、服务的制造全过程，以实现优质、高效、低耗、清洁、灵 活生产关键词；高效精密、超精密加工技术，精密成型制造技术 现代特种加工技术，敏捷制造、并行工程、柔性制造 英文摘要；on the basis of the traditional manufactoring, constantly absorbing the outcome of the machinery, electronics, information, materials, energy, and modern management techniques and other aspects of its comprehensive applied to product design, manufacturing, testing, management, sales, use, service manufacturing process, in order to achieve high-quality, high efficie ncy, low con sumption, clean, flexible production, improve the general term of the dynamic and market adaptability and competitive ness of manufacturing tech no logykey words； High precision, super precision machi ning tech no logy, precisi on manu facturi ng tech no logy, Moder n special processing technology, agile manufacturi ng, concurre nt en gineeri ng, flexible manufacturingAdvanced manufacturi ng tech no logy AMT (Advanced Manufacturing Tecno logy) on the basis of the traditional manufacturing, constantly absorbing the outcome of the machinery, electronics, information, materials, energy, and modern management techniques and other aspects of its comprehensive applied to product design, manufacturing, testing, management, sales, use, service manufacturing process, in order to achieve high-quality, high efficiency, low con sumption, clean, flexible production, improve the general term of the dynamic and market adaptability and competitiveness of manufacturing technology, but also to achieve the desired technical and economic benefits manufacturing tech no logy, the general term.The current financial crisis and perhaps the birth of a new state-of-the-art manufacturing manufacturing technology, particularly in the production management techniques. Advanced manufacturing technology is not just referring to the process of the process, but across multiple disciplines, including from product design, manufacturing, product sales, consumer services throughout the product lifecycle process for all relevant technologies, involving multiple areas of design, technology, process automation, management and special processing, and the gradual integration and integration. Can be basically grouped into the following four areas:An advaneed engineering design techniques, advanced manufacturing technology Three, manu factoring automation tech no logy, adva need production man agement, manufacturing philosophy and mode of productionV. Development.First, An advanced engineering design techniquesAdvaneed engineering design techniques, including a large number of modern design theory and methods. Including CAD, CAE, CAPP, the CAT, the PDM, the modular design, DFX, optimize design, three design and robust design, innovative design, reverse en gineering, collaborative product commerce, virtual reality tech no logy, virtual prototyping, concurrent engineering.(1) Product (market, product and manufacturing process equipment (fixtures, tools, and the amount of check, etc.) modern design.CAD (modeling, engineering analysis calculation, automatic drawing and digital product information, etc.), a comprehensive application of advanced design methods and concepts Such as virtual design, optimize design, modular design, finite element analysis, dynamic design, ergonomic design, aesthetic design, green design, and so on;(2) advanced process planning and production technology to prepare the meansInformation integration environment, using computer-aided process planning, CAPP, CNC machine tools, industrial robots, coordinate measuring machines and other various computer equipment of automatic control equipment, computer-aided work program design CAM.Second, advanced manufacturing technology(1) high-precision, ultra-precisi on processi ng tech no logy, i ncludi ng precisi on, ultra-precision grin ding, turning, fine processing tech no logy, nano-processing tech no logy. Ultra-high speed cutting. Precision processing generally refers to the processing accuracy in the 10 0.1pm (equivalent to the the IT5 level of accuracy and precision) IT5 level, the surface roughness Ra value less than 0.1 pm processing methods, such as King Kong car, diamond boring, grinding, honing, super-fine research, abrasive belt grinding, mirror grinding and cold processing For the processing of the key parts in the manufacturing of precision machine tools, precision measuring instruments, such as precision screw, precision gears, precision worm gear, precision rail, Precision Bearing, etc., in the current manufacturing industry occupies a very important position.Ultra-precision machining refers to the dimensional tolerances of the parts to be processed for the 0.1 0.01pm magnitude, surface roughness Ra value of the the 0.001pm magnitude of p