Integrated Quality and Reliability Solution Based on Life Cycle Six Sigma
Traditional Quality and Reliability Engineering often are separated, which cause lacks powerful methods and tools on the earlier development stage and takes high cost and long time. This paper proposes a new integrated quality and reliability methodology based on Life Cycle Six Sigma (LCSS) to assure product good quality, high reliability, low LCC, low price and short lead time simultaneously. A set of integrating methods and processes such as Q&R management, DOE, parameter design and tolerance design for product detailed design and optimization, HALT, HASS, SPC, CPK and Signal to Noise Ratio for product verification and manufacturing, Generalized FRACAS and eight Low-Cost Reliability Growth approaches are developed in this paper. Case studies suggest that these advanced process and technical methods will promote improvement and development of traditional reliability engineering to raise product core competitive power.
integrated quality & reliability engineering life cycle six sigma robust design generalized fracas halt
J.J.Wu Y.Z.Wang C.Y.Zhou J.J.Wu J.J.Shao
Department of Mechanical &ElectricaI Engineering Jiangxi University of Science & Technology,Ganzhou, Department of Economics and Managerial Science Tongji University Shanghai, P.R.China
国际会议
成都
英文
191-195
2010-07-09（万方平台首次上网日期，不代表论文的发表时间）