Study on Air Spring’s Finite Element Model

Shan-yue, WU; Ying-yun, Huang; Zhu, Shijian

doi:10.1115/detc2003/vib-48364

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Reliability Of Transmission Shaft1

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2020

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“…If a nominal value is only obtained by consulting the manual, it is recommended that the nominal value is taken as the mean value, and the standard deviation is approximately calculated by 8% of the mean value. 36 …”

Section: Reliability Of Transmission Shaftmentioning

confidence: 99%

Tolerance analysis for automobile transmission shaft based on minimum cost and reliability target

et al. 2020

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To design a reasonable dimensional tolerance of a transmission shaft, the higher product quality while lower manufacturing cost must be considered. This paper provides a mathematical model and a flowchart which elucidates the relationship between process capability index (PCI), reliability, tolerance and manufacturing cost, considering the characteristics of the shaft diameter, the material and manufacturing process. A 10.904% cost reduction under certain PCI range of a real case shows the effectiveness of the model and flowchart, thus it can be applied to those technical area when optimizing product design.

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Section: Reliability Of Transmission Shaftmentioning

confidence: 99%