International audienceThe paper presents a Bayesian approach of the Brown–Proschan imperfect maintenance model. The initial failure rate is assumed to follow a Weibull distribution. A discussion of the choice of informative and non-informative prior distributions is provided. The implementation of the posterior distributions requires the Metropolis-within-Gibbs algorithm. A study on the quality of the estimators of the model obtained from Bayesian and frequentist inference is proposed. An application to real data is finally developed
Predictive modelling in the field of dependability, such as repair cost modelling, is usually based ...
Engineers use semi-empirical models of complex degradation phenomena to manage the integrity of stru...
The study aims to provide a Bayesian statistical method with natural conjugate for facilities’ preve...
Special Issue: The Seventh International Conference on Mathematical Methods in Reliability: Theory, ...
In ideal circumstances, failure time data for a K component series system contain the time to failur...
In reliability theory, the most important problem is to determine the reliability of a complex syste...
Abstract: The failure pattern of repairable mechanical equipment subject to deterioration phenomena...
In the reliability modeling field, we sometimes encounter systems with uncertain structures, and the...
Successful strategies for maintenance and replacement require good decisions. We might wish to deter...
A two parameter Weibull distribution is assumed to be the appropriate model of an engineering device...
We consider a three-state continuous-time semi-Markov process with Weibull-distributed transition ti...
In a reliability or maintenance analysis of a complex system, it is important to be able to identify...
The failure rate function r(x) provides a way to study the aging of a unit in a reliability study or...
International audienceIn the study of repairable systems reliability, the basic assumptions on repai...
A Bayesian semiparametric proportional hazards model is presented to describe the failure behavior o...
Predictive modelling in the field of dependability, such as repair cost modelling, is usually based ...
Engineers use semi-empirical models of complex degradation phenomena to manage the integrity of stru...
The study aims to provide a Bayesian statistical method with natural conjugate for facilities’ preve...
Special Issue: The Seventh International Conference on Mathematical Methods in Reliability: Theory, ...
In ideal circumstances, failure time data for a K component series system contain the time to failur...
In reliability theory, the most important problem is to determine the reliability of a complex syste...
Abstract: The failure pattern of repairable mechanical equipment subject to deterioration phenomena...
In the reliability modeling field, we sometimes encounter systems with uncertain structures, and the...
Successful strategies for maintenance and replacement require good decisions. We might wish to deter...
A two parameter Weibull distribution is assumed to be the appropriate model of an engineering device...
We consider a three-state continuous-time semi-Markov process with Weibull-distributed transition ti...
In a reliability or maintenance analysis of a complex system, it is important to be able to identify...
The failure rate function r(x) provides a way to study the aging of a unit in a reliability study or...
International audienceIn the study of repairable systems reliability, the basic assumptions on repai...
A Bayesian semiparametric proportional hazards model is presented to describe the failure behavior o...
Predictive modelling in the field of dependability, such as repair cost modelling, is usually based ...
Engineers use semi-empirical models of complex degradation phenomena to manage the integrity of stru...
The study aims to provide a Bayesian statistical method with natural conjugate for facilities’ preve...