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Automobile Optimal Product Design Model: Application to Study the Bolt-Nut Loosening Mechanism
Abstract
In this chapter, the author establishes an Automobile Optimal Product Design Model (AOPDM) as part of a principle-based research aimed at the innovation of development design processes in the automotive industry. As strategic deployment of Advanced TDS, this model's validity is verified with application to study on loosening mechanism of bolt-nut tightening and others as the auto-manufacturers' bottleneck in the world. To enable the high-quality assurance and simultaneous achievement of QCD to satisfy the requirements of developing automobile product design, it is necessary to initiate the transition from the conventional prototype testing method to predictive evaluation method by the combination of various experiments and CAE.
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