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An improved modular approach for dynamic fault tree analysis

机译:动态故障树分析的改进模块化方法

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Modularization technique allows efficient simplification of Dynamic and Static Fault Tree (FT). Each independent sub-tree (module) in static FT can be calculated separately and substituted by a basic event with obtained probability of failure. However, there is a significant restriction of this procedure in Dynamic FT, if it is converted to a Markov Ch ain. An independent sub-tree inside of Dynamic FT cannot be converted to basic event in general case, because co rresponding Failure Rate (FR) is not constant and is not defined at arbitrary time. In the present paper we consider a set of cases when this modularization technique is still possible inside a Dynamic FT.
机译:模块化技术可有效简化动态和静态故障树(FT)。静态FT中的每个独立子树(模块)都可以单独计算,并用具有失败概率的基本事件替换。但是,如果将其转换为Markov Chain,则在Dynamic FT中对该程序有很大的限制。通常,动态FT内部的独立子树无法转换为基本事件,因为相应的故障率(FR)并非恒定且未在任意时间定义。在本文中,我们考虑了在动态FT内仍可以使用这种模块化技术的一系列情况。

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