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Multivariate copula based dynamic reliability modeling with application to weighted-k-out-of-n systems of dependent components

机译:基于多元copula的动态可靠性建模及其在n个相关组件的k个权重系统中的应用

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摘要

In this paper, a multivariate copula based modeling methodology for dynamic reliability modeling of weighted-k-out-of-n systems is applied. The system under consideration is assumed to have n dependent components each having its own weight. It has a performance level of at least k when the total weight of operating components is k or above. Copula based expressions for the survival function and mean time to failure of such a system are obtained. Extensive numerical results are presented for Clayton and Gumbel type copulas. The behavior of survival function and mean time to failure are investigated with respect to the value of Kendall's correlation coefficient.
机译:在本文中,应用了一种基于多元copula的建模方法,对n个加权k个系统进行动态可靠性建模。假设所考虑的系统具有n个从属组件,每个组件都有自己的权重。当操作组件的总重量等于或大于k时,其性能水平至少为k。获得了基于Copula的此类系统的生存功能和平均失效时间的表达式。给出了Clayton和Gumbel型copulas的广泛数值结果。关于肯德尔相关系数的值,研究了生存函数的行为和平均失效时间。

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