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Methodology and Technology for Design to Cost
作者姓名:姜华  曾庆良  熊光楞
作者单位:JIANG Hua,ZENG Qingliang,XIONG Guangleng CIMS/ERC,Department of Automation,Tsinghua University,Beijing 100084,China
基金项目:the State High- Tech Developments Plan of China!(86 3- 5 11- 9842 - 0 10 )
摘    要:With the global market coming into being,producing high quality products at lowest cost andwithin the shortest possible time has become thefocus of production competition.According to aresearch report,the commodities of the UnitedStates are among the most competitive ones in theworld,and the importantreason for this is thatthecosts of their products are under control.Chineseenterprises have been operating under a plannedeconomy system fora long period of time.There isless competition among th…


Methodology and Technology for Design to Cost
JIANG Hua,ZENG Qingliang,XIONG Guangleng CIMS/ERC.Methodology and Technology for Design to Cost[J].Tsinghua Science and Technology,2001(1).
Authors:JIANG Hua  ZENG Qingliang  XIONG Guangleng CIMS/ERC
Institution:JIANG Hua,ZENG Qingliang,XIONG Guangleng CIMS/ERC,Department of Automation,Tsinghua University,Beijing 100084,China
Abstract:Product cost is one of the most important factors affecting product market share. Traditionally, product costs are estimated after they are manufactured. However, in this way, the best opportunity to control product cost is lost. In this paper, a method trying to reduce product cost at the design stage is proposed. This method is called Design to Cost (DTC). According to this method, product structure can be optimized with the application of value engineering and Design for Manufacturing/Assembly (DFMA) criteria in the conceptual stage of product design. During embodiment design, products are evaluated economically on the basis of the product model which includes manufacturing, assembly and test cost information. According to the results, products are redesigned before manufacture, and the production cost is reduced.
Keywords:cost  product design  value engineering  structure optimization  design for assembly and manufacturing
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