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Prediction of the Life of CVJ Boot in Design Stage and Establishment of an Optimal Design Method with FEA
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English
Abstract
In a stage of designing a CVJ boot, analytic conditions of FEA method are established so that values calculated with the FEA method coincide with the actually measured values. This has made it possible to predict the life of the boot under bench testing. Furthermore, the boot field life can also be predicted by the minor rule based on the joint-angle frequencies of a vehicle. As a result, it has become possible to determine an optimal configuration in the design stage and to decrease the number of test cycles, resulting in reduced development lead time.
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Authors
Citation
Ito, K., Aono, Y., Ikano, N., Matsuda, T. et al., "Prediction of the Life of CVJ Boot in Design Stage and Establishment of an Optimal Design Method with FEA," SAE Technical Paper 980847, 1998, https://doi.org/10.4271/980847.Also In
References
- Shimizu Minoru et. “Development of Compact Thermoplastic CVJ Boot” SAE paper, No. 96029 1996 6 16
- Ushida Yoko Sugiura Hiroshi “verification of Miner Rule Application in Rubber Fatigue” TOYODA GOSEI Technical Review 27 3 1985 17 97 102