In this paper we study equivalence of different designs of a four independent and identical components series-parallel system. The failure rates of the system components are assumed to be constant. Then two types of reliability equivalence factors of the system are obtained. Numerical studies are given in order to explain how one can utilize the theoretical results obtaine
Semi-Markov processes are typical tools for modeling multi state systems by allowing several distrib...
This paper presents a quantitative reliability modelling and analysis method for multi-state element...
In ideal circumstances, failure time data for a K component series system contain the time to failur...
In this paper we study equivalence of different designs of a four independent and identical componen...
Reliability evaluation of systems composed of non-identical multi-state components is a challenging ...
In this study, we consider a multicomponent system which has k statistically independent and identic...
Abstract: A non-homogeneous Markov model is used to obtain closed form solutions of the state probab...
Industrial systems often have redundant structures for improving reliability and avoiding sudden fai...
This paper introduces estimations of reliability values for the individual components in a series sy...
This paper discusses a new approach for system reliability parameter. Actually, we provide expectati...
In reliability theory, the most important problem is to determine the reliability of a complex syste...
The question of the coincidence of estimates of reliability parameters with their true values is con...
Abstract In this paper we estimate the reliability of the individual components that belong to a pa...
This research deals with the failure rate of the components of a complex system. The failure of a co...
We consider a three-state continuous-time semi-Markov process with Weibull-distributed transition ti...
Semi-Markov processes are typical tools for modeling multi state systems by allowing several distrib...
This paper presents a quantitative reliability modelling and analysis method for multi-state element...
In ideal circumstances, failure time data for a K component series system contain the time to failur...
In this paper we study equivalence of different designs of a four independent and identical componen...
Reliability evaluation of systems composed of non-identical multi-state components is a challenging ...
In this study, we consider a multicomponent system which has k statistically independent and identic...
Abstract: A non-homogeneous Markov model is used to obtain closed form solutions of the state probab...
Industrial systems often have redundant structures for improving reliability and avoiding sudden fai...
This paper introduces estimations of reliability values for the individual components in a series sy...
This paper discusses a new approach for system reliability parameter. Actually, we provide expectati...
In reliability theory, the most important problem is to determine the reliability of a complex syste...
The question of the coincidence of estimates of reliability parameters with their true values is con...
Abstract In this paper we estimate the reliability of the individual components that belong to a pa...
This research deals with the failure rate of the components of a complex system. The failure of a co...
We consider a three-state continuous-time semi-Markov process with Weibull-distributed transition ti...
Semi-Markov processes are typical tools for modeling multi state systems by allowing several distrib...
This paper presents a quantitative reliability modelling and analysis method for multi-state element...
In ideal circumstances, failure time data for a K component series system contain the time to failur...