| Citation: | Wang Meiqing, Qin Haiping. Management of quality cost oriented to aerospace product development system[J]. Journal of Beijing University of Aeronautics and Astronautics, 2011, 37(5): 619-625. (in Chinese)
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The method of quality cost management for the development process of aerospace product was studied. The overall management model of quality cost was proposed, in which the three-layer organizational structure, product development process and the management strategy of quality cost were combined. Furthermore, the method for quality cost management of each layer was presented in which the control granularity, process and object were taken into account. The control process was divided into three stages, control before the event, control during the event and control after the event. The analytic technique, tools and information were integrated, and the closed-loop control policy was applied. Finally, a quality cost management software system based on browser/server architecture was developed, which is called QQ-WebCost, and it has been implemented in an aerospace enterprise.
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[1] Omachonu V K,Suthummanon S,Einspruch N G.The relationship between quality and quality cost for a manufacturing company [J].International Journal of Quality and Reliability Management,2004,21(3):277-290 [2] Kumar K,Brittain J C.Cost of quality:evaluating the health of British manufacturing industry [J].The TQM Magazine,1995,7(5):50-57 [3] 罗谷清,姜南.面向航天器产品研制的质量成本管理[J].航天工业管理,2006(8):15-19 Luo Guqing,Jiang Nan.Quality cost management for spacecraft development [J].Aerospace Industry Management,2006(8):15-19(in Chinese) [4] 陈新华.降低质量成本提高型号研制效率[J].载人航天,2004(2):11-15 Chen Xinhua.Decrease cost and enhance the product development efficiency [J].Manned Space Flight,2004(2):11-15(in Chinese) [5] 李源,王雅芳,窦雁.CAST型号质量成本管理研究[J].航天工业管理,2006(8):39-41 Li Yuan,Wang Yafang,Dou Yan.Research on quality cost management for CAST product [J].Aerospace Industry Management,2006(8):39-41(in Chinese) [6] 姜南,唐晓青.基于作业质量成本的质量改进决策模型研究[J].计算机集成制造系统,2003,10(10):849-853 Jiang Nan,Tang Xiaoqing.Decision-making model of quality improvement based on quality cost[J].Computer Integrated Manufacturing System,2003,10(10):849-853(in Chinese) [7] Zugarramurdi A,Parin M A,Gadaleta L,et al.A quality cost model for food processing plants[J].Journal of Food Engineering,2007,83(3):414-421 [8] Sim H K,Khaled O M,Kong Jackie Y J,et al.Cost of quality for an automotive industry:a survey and findings [J].International Journal of Manufacturing Technology and Management,2009,17(4):437-452 [9] Moen R M.New quality cost model used as a top management tool [J].The TQM Magazine,1998,10(5):334-341
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