动态 PRA 中的共因故障建模

Claudia PicocoEDF R\&D, Valentin RychkovEDF R\&D
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引用次数: 0

摘要

在本文中,我们提出了一种共因故障(CCF)动态模型,可以及时生成共因事件。所提出的模型是对二项式故障率模型(Atwood 模型)的概括,可以生成由共同原因导致的多个组件的交错故障。我们使用状态图形式实现该模型,其他建模语言(如 Petri 网或混合随机自动机)也可采用类似的实现方式。所提出的模型已被集成到动态 PRA 研究中。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Modeling Common Cause Failure in Dynamic PRA
In this paper we propose a dynamic model of Common Cause Failures (CCF) that allows to generate common cause events in time. The proposed model is a generalization of Binomial Failure Rate Model (Atwood model) that can generate staggered failures of multiple components due to a common cause. We implement the model using statechart formalism, a similar implementation can be adopted in other modeling languages like Petri Nets or Hybrid Stochastic Automata. The presented model was integrated in a Dynamic PRA study.
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