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A copula-based function model in fuzzy reliability analysis on the planetary steering gear

机译:行星转向齿轮模糊可靠性分析中的一种基于Copula的功能模型

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摘要

Considering mechanical components faults are fuzzy and uncertainty, the method of fault tree analysis and fuzzy theory are adopted in fault analysis for planetary steering gear in track-laying vehicle. Using fault tree analysis method, the damage parts which causing steering fault, spraying oil, oil spill etc. can be purposefully searched. For planetary steering gear, firstly, the fault source is found, then copula theory is applied to the planetary steering gear reliability prediction, further, the incidence of the minimum cut sets is calculated by fuzzy membership function. Finally, the planetary steering gear reliability is forecasted by gumbel copula function, which is a new reliability analyzing method formechanism.
机译:考虑到机械部件故障是模糊和不确定性的,采用了故障树分析和模糊理论的方法,用于跟踪车辆行星转向装置的故障分析。 使用故障树分析方法,可以故意搜索引起转向故障,喷涂油,溢油等的损坏部件。 对于行星转向齿轮,首先,发现故障源,然后将Copula理论应用于行星转向齿轮可靠性预测,进一步地,通过模糊隶属函数计算最小切割集的入射。 最后,通过Gumbel Copula功能预测了行星转向齿轮可靠性,这是一种新的可靠性分析方法机构。

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