Journal
COMMUNICATIONS IN STATISTICS-THEORY AND METHODS
Volume 53, Issue 1, Pages 346-364Publisher
TAYLOR & FRANCIS INC
DOI: 10.1080/03610926.2022.2077965
Keywords
Reliability; competing failure; heterogeneous population; stochastic orders; burn-in
Categories
Funding
- National Natural Science Foundation of China [72071071]
- Young Talent Support Plan of Hebei Province
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This paper considers a reliability model for systems that fail due to degradation failure or catastrophic failure. The degradation process is modeled using a linear degradation path, and the catastrophic failure rate is dependent on the degradation rate. Firstly, stochastic comparisons are conducted between two systems with different stochastic orders for their respective degradation rate variables. Secondly, stochastic comparisons are conducted between two systems with different conditional catastrophic failure rates. Finally, examples are given using well-known models to demonstrate the validity of the results.
The paper considers a reliability model for system which fails due to degradation failure or catastrophic failure. The linear degradation path is adopted to model the degradation process, and catastrophic failure rate is dependent on the degradation rate. Firstly, we conduct some stochastic comparisons between two systems when their respective degradation rate variables are ordered in the sense of various stochastic orders. Secondly, we conduct some stochastic comparisons between two systems with different conditional catastrophic failure rates. Finally, we give some examples with respect to some well-know models to illustrate the validity of the results.
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