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In today's highly competitive global economic environment, integration quality, reliability and six sigma design platform plays an important role in mechanical design strategy, and its benefits are enormous. The conventional integration technologies have limitations for supporting good quality, high reliability, low LCC, low price and short lead time simultaneously in various stages of mechanical...
In order to overcome the drawback of traditional tolerance design only focus on cost of manufacturing, but few consider product Life Cycle Cost, a new tolerance design methodology based on LCC (TD Based On LCC) was created. TD Based On LCC expands tolerance optimization based on the manufacturing cost to the product life cycle cost and The objective is to improve product quality to the six sigma level...
In this paper, a new Design for Six Sigma(DFSS) integrating Artificial Neural Network approach is presented for improving quality and manufacturability simultaneously. Followed the neural network based on optimal DFSS method is employed as a tool in cutting parameters optimization. The results showed the roller burnishing formation can be controlled by adjusted cutting parameters with DFSS. The experiments...
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...
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