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Control-limit Policy of Condition-based Maintenance Optimization for Multi-component System by Means of Monte Carlo Simulation

机译:基于蒙特卡洛模拟的多部件系统状态维修优化控制极限策略

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Condition-based Maintenance (CBM) is an effective maintenance policy to improve the reliability of industry assets. One of the fast growing research topics is about the threshold-type CBM policy. For the criterion of cost, the optimal threshold can determine whether or not the condition-based preventive maintenance action should be performed according to the current condition. For multi-component system, the cost evaluation based on numerical algorithm will suffer time-consuming computations if the number of components increases. For cost evaluation for the proportional hazards model based CBM policy, an algorithm based on Monte Carlo simulation is developed to balance the amount of calculations and the accuracy of the optimal thresholds. A comparative case study is presented to verify the effectiveness of the proposed method for cost evaluation.
机译:基于状态的维护(CBM)是提高行业资产可靠性的有效维护策略。快速发展的研究主题之一是关于阈值型煤层气政策。对于成本标准,最佳阈值可以确定是否应根据当前状况执行基于状况的预防性维护行动。对于多组件系统,如果组件数量增加,基于数值算法的成本评估将耗费大量时间。为了对基于比例风险模型的CBM策略进行成本评估,开发了一种基于Monte Carlo模拟的算法,以平衡计算量和最佳阈值的准确性。提出了一个比较案例研究,以验证所提出的成本评估方法的有效性。

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