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Construction and Simulation Analysis for Stability Speed Parameter of Instantaneous Availability for One-Unit Repairable Systems

机译:单机可修复系统瞬时可用性稳定速度参数的构建与仿真分析

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According to the stability theory, the mathematical model of the stability parameter of linear systems is established for analysis of instantaneous availability of one-unit repairable systems, and the concept of stability parameter is presented. The conditions of determining the parameter stability are derived, and the measure of parameter stability speed is put forward. On the above basis, the stability speed parameter K is given for one-unit repairable systems in instantaneous availability fluctuation, and the typical fluctuation problems are analyzed by use of simulations. The obtained results confirm the rationality and applicability of the stability speed parameter K.
机译:根据稳定性理论,建立了线性系统稳定性参数的数学模型,用于分析一单元可修复系统的瞬时可用性,提出了稳定性参数的概念。推导了确定参数稳定性的条件,并提出了参数稳定速度的措施。在此基础上,给出了瞬时可用性波动下一台可修复系统的稳定速度参数K,并通过仿真对典型波动问题进行了分析。获得的结果证实了稳定速度参数K的合理性和适用性。

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