Reliability Variation and Optimal Age Replacement Schedule of Compensated Discrete Multi-state Systems

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초록

In industrial engineering, a compensatory system is often installed to compensate for some performances of an important system or device, reducing the influence of catastrophic failures and extending the operation period. In this paper, we divide the system state space into three parts according to a performance degradation threshold, set a quantitative measurement for each deteriorating state and arrange an appropriate age replacement maintenance policy for a degradation multi-state system exhibiting finite output states. An illustrative example of a bulk electric power system is presented to verify the results obtained, showing the significance of introducing a compensatory system.

키워드

age replacement firstcompensatory performancemulti-state systemsreliability evaluationMaintenanceage replacement firstCatastrophic failurescompensatory performanceMaintenance policyMulti-state systemPerformance degradationQuantitative measurementReliability EvaluationElectric power systems
제목
Reliability Variation and Optimal Age Replacement Schedule of Compensated Discrete Multi-state Systems
저자
Dong, WenjieLiu, SifengBae, Suk Joo
DOI
10.1109/IEA.2019.8714790
발행일
2019-04
유형
Conference Paper
저널명
2019 IEEE 6th International Conference on Industrial Engineering and Applications, ICIEA 2019
페이지
333 ~ 337