Connectivity modeling and optimization of linear consecutively connected systems with repairable connecting elements
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Connectivity modeling and optimization of linear consecutively connected systems with repairable connecting elements

机译:具有可修复连接元件的线性连续连接系统的连接建模与优化

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Highlights?Connectivity of linear consecutively connected systems is evaluated.?Heterogeneous connection elements with random repair time are modeled.?Different repair policies (minimal, perfect, and imperfect) are modeled.?Optimal connection element allocation problem is formulated and solved.?Application to effective operation and maintenance managements is demonstrated.AbstractLinear consecutively connected systems (LCCSs) are systems containing a linear sequence of ordered nodes. Connection elements (CE) characterized by diverse connection ranges, time-to-failure and time-to-repair distributions are allocated to different nodes to provide the system connectivity, i.e., a connection between the source and sink nodes of the LCCS. Examples of
机译:<![CDATA [ 亮点 线性连续连接系统的连接性进行评价 异构连接元件被建模 < / CE:列表项> 不同的修复策略(最小的,完美的,不完美的)进行建模 最优CONNEC重刑要素分配问题制定解决 有效运行和维护管理人员的应用证明 抽象 线性连续连接系统(LCCSs)是含有有序节点的线性序列的系统。其特征在于,不同的连接范围的连接元件(CE),时间 - 失败和时间 - 修复分布被分配给不同的节点,以提供系统的连接,即,LCCS的源和宿节点之间的连接。示例

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