面向成本的设计的关键技术及其概念模型(3)
2016-01-31 01:05
导读：参考文献 [1] stephen chan, helium mak, nathalie cloutier,: product data sharing with step. concurrent engineering :method and application, elsevier science publishers b. v.,1993:277～298[2] kraus
参考文献[1] stephen chan, helium mak, nathalie cloutier,: product data sharing with step. concurrent engineering :method and application, elsevier science publishers b. v.,1993:277～298[2] krause f. l., ochs b.: potentials of advanced concurrent engineering methods. ifip workshop: manufacturing in the era of concurrent engineering ,april 13-15,1992:2～8[3] j. k. wu, f. n. choong: data and process models for concurrent engineering of mechanical systems, concurrent engineering : tools and technologies for mechanical system design,springerverlag,berlin,1993.:139～169[4] sohlenlus getal. concurrent engineering. annals of the cirp,1992,41(2):645～655[5] 中国注册会计师教材编审委员会，成本管理会计，
中国人民大学，1995,1[6] 刘继红，dfx：面向产品生命周期的设计，计算机辅助设计与制造，1998,9:34～36[7] 余绪樱，简论当代管理会计的新发展，会计研究，1995,7:1～4the important technology and concept model about design for cost(dfc)abstract:concurrent design is the core of concurrent engineering. design for x is the key technology in concurrent design. in this paper, the authors define dfc as a design method which analyses and evaluates the product′s life cycle cost , then modify the design to reduce the life cycle cost. in order to use dfc, the authors need some key technologies: establishment of life cycle cost model, evaluation of design result and generation of design suggestion, integration of dfc and other dfx methods. finally, the authors propose a concept model about design for cost. the concept model is established by group technology and feature- based modeling. and abc method is used to estimate life cycle cost of the product in the conceptual model. it can estimate life cycle cost of mechanical parts and products and direct concurrent design work.
key words: group technology/ concurrent engineering; design for cost; activity- based costing 论文出处(作者):
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柔性制造系统的关键技术及发展趋势
