Abstract This paper proposes random age, periodic and block replacement policies which are made at random variable times, and optimal policies that minimize their expected cost rates are discussed analytically and computed numerically. We compare such random replacements with their standard policies that are made at constant times. Comparison results show that when costs for random and constant replacements are the same, the standard policies are better than the random ones. Furthermore, it is computed numerically that if how much the random replacement cost is lower than that for the constant one, then the standard and random replacements have the same optimal cost rates. That is, the modied random replacement costs and their optimal times...
We study a replacement system with discrete-time Markovian deterioration and finite state space {0,....
International audienceIdentical components are considered, which become obsolete once new-type ones ...
summary:A system with a single activated unit which can be in $k+1$ states is considered. Inspection...
Periodic replacement policies modeled with the history of minimal repairs have been studied extensiv...
International audienceIn this paper we consider the block replacement policy (BRP) for a system oper...
Age replacement models are fundamental to maintenance theory. This paper summarizes our new perspect...
AbstractThis paper continues earlier work on the best implementation procedure for an age replacemen...
This paper proposes age and periodic replacement last models with continuous, and discrete policies....
Abstract. Age replacement policy is concerned with nding an optional time to minimize the cost, at w...
When a unit is running successive works with cycle times, it would be uneconomical or impractical to...
textabstractIn this paper we introduce marginal cost criteria to determine the optimum time for prev...
Optimal maintenance policies are designed to reduce the number of system failures and minimize the c...
The problem of optimal replacement for a deteriorating system, subject to inspection at discrete poi...
[[abstract]]In this paper, we try to propose four replacement policies including general age replace...
This paper considers the generalization of the classical optimal age replacement strategy to the cas...
We study a replacement system with discrete-time Markovian deterioration and finite state space {0,....
International audienceIdentical components are considered, which become obsolete once new-type ones ...
summary:A system with a single activated unit which can be in $k+1$ states is considered. Inspection...
Periodic replacement policies modeled with the history of minimal repairs have been studied extensiv...
International audienceIn this paper we consider the block replacement policy (BRP) for a system oper...
Age replacement models are fundamental to maintenance theory. This paper summarizes our new perspect...
AbstractThis paper continues earlier work on the best implementation procedure for an age replacemen...
This paper proposes age and periodic replacement last models with continuous, and discrete policies....
Abstract. Age replacement policy is concerned with nding an optional time to minimize the cost, at w...
When a unit is running successive works with cycle times, it would be uneconomical or impractical to...
textabstractIn this paper we introduce marginal cost criteria to determine the optimum time for prev...
Optimal maintenance policies are designed to reduce the number of system failures and minimize the c...
The problem of optimal replacement for a deteriorating system, subject to inspection at discrete poi...
[[abstract]]In this paper, we try to propose four replacement policies including general age replace...
This paper considers the generalization of the classical optimal age replacement strategy to the cas...
We study a replacement system with discrete-time Markovian deterioration and finite state space {0,....
International audienceIdentical components are considered, which become obsolete once new-type ones ...
summary:A system with a single activated unit which can be in $k+1$ states is considered. Inspection...