Reliability of a repairable standby system with imperfect sensing and switching

D. Kececioglu, S. Jiang
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引用次数: 13

Abstract

A reliability model for a repairable standby system with imperfect sensing and switching units is developed. The system has two unequal units which have energized as well as quiescent failure rates and have corresponding repair rates. The system has a sensing unit with a nonzero failure rate and a switching unit which has both cyclic and continuous failure rates, with the continuous mode including failing-open and failing-closed function modes. The system's reliability is obtained in an explicit form. Numerical examples are given, and the effects of the sensing and switching unit's failure rates on the system's reliability are discussed.<>
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具有不完善传感和切换的可修备用系统的可靠性
建立了具有不完备传感和开关单元的可修备用系统的可靠性模型。该系统有两个不相等的单元,它们具有通电故障率和静态故障率,并具有相应的修复率。系统具有非零故障率的传感单元和具有循环故障率和连续故障率的开关单元,连续模式包括故障开启和故障关闭两种功能模式。系统的可靠性以显式形式得到。给出了数值算例,讨论了传感和开关单元的故障率对系统可靠性的影响。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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