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Modeling of a Non Maintained System With non constant Deterioration Rates.

机译:具有非恒定退化率的非维护系统的建模。

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In this paper we presents the reliability and mean time to failure estimation of a system where the deteriorationrates follow the Weibull distribution. The system is two unit active parallel system where the units operates si-multaneously and maintenance is not allowed. We are particularly interested in the effect of the shape parameter(from Weibull Distribution) on the system reliability. Explicit expression for Mean time to failure of the systemis obtained analytically. Numerical study of the system using assumed data has shown that the choice of theshape parameter influences the time taken by the system to reach the failure state. Also, high values of the shapeparameter decreases system reliability. The Model developed in this paper is important to engineers, maintenancemanagers, and plant management for good maintenance decision.
机译:在本文中,我们提出了退化率遵循韦布尔分布的系统的可靠性和平均失效时间估计。该系统是两单元主动并行系统,其中单元可同时运行,并且不允许维护。我们对形状参数(来自Weibull分布)对系统可靠性的影响特别感兴趣。通过解析获得系统平均故障时间的显式表达式。使用假定数据对系统进行的数值研究表明,形状参数的选择会影响系统达到故障状态所需的时间。此外,shapeparameter的高值会降低系统可靠性。本文开发的模型对于工程师,维护经理和工厂管理人员而言,对于制定良好的维护决策至关重要。

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