This article considers the determination of the optimal burn-in time, the degree of preventive maintenance, and the preventive maintenance interval (or, equivalently, the number of preventive maintenance actions) for warranted products with time-dependent maintenance costs. The expected cost function is derived by adopting an appropriate age-reduction model and the determination of the optimal joint solution is discussed. Finally, the impact of providing a burn-in/preventive maintenance program is evaluated through numerical examples
In this study, we develop an optimal maintenance policy with replacement service and minimal repair ...
In this research we present two approaches for determining the optimal burn-in time of recre-ational...
As a system complexity increases and technology innovation progresses rapidly, leasing the equipment...
This article considers the determination of the optimal burn-in time, the degree of preventive maint...
This article considers the determination of the optimal burn-in time, the degree of preventive maint...
This paper develops an optimization model to investigate the lengths of the optimal burn-in and warr...
[[abstract]]Burn-in is a widely used method to improve the quality of products or systems after they...
‘Burn-in/preventive maintenance’ programme is an efficient approach used to minimise the warranty se...
Burn-in is a method used to eliminate early failures of components before they are put into field op...
[[abstract]]This paper investigates preventive-maintenance warranty (PMW) policies for repairable pr...
Warranty data analyses reveal that products sold with two-dimensional warranties may have significan...
Preventive maintenance actions over the warranty period have an impact on the warranty servicing cos...
When products are sold under warranty, the manufacturer incurs additional costs for warranty servici...
Constructing a building is a long process which can take several years. Most building services produ...
Many systems might have a long time dormant period, during which the systems are not operated. For e...
In this study, we develop an optimal maintenance policy with replacement service and minimal repair ...
In this research we present two approaches for determining the optimal burn-in time of recre-ational...
As a system complexity increases and technology innovation progresses rapidly, leasing the equipment...
This article considers the determination of the optimal burn-in time, the degree of preventive maint...
This article considers the determination of the optimal burn-in time, the degree of preventive maint...
This paper develops an optimization model to investigate the lengths of the optimal burn-in and warr...
[[abstract]]Burn-in is a widely used method to improve the quality of products or systems after they...
‘Burn-in/preventive maintenance’ programme is an efficient approach used to minimise the warranty se...
Burn-in is a method used to eliminate early failures of components before they are put into field op...
[[abstract]]This paper investigates preventive-maintenance warranty (PMW) policies for repairable pr...
Warranty data analyses reveal that products sold with two-dimensional warranties may have significan...
Preventive maintenance actions over the warranty period have an impact on the warranty servicing cos...
When products are sold under warranty, the manufacturer incurs additional costs for warranty servici...
Constructing a building is a long process which can take several years. Most building services produ...
Many systems might have a long time dormant period, during which the systems are not operated. For e...
In this study, we develop an optimal maintenance policy with replacement service and minimal repair ...
In this research we present two approaches for determining the optimal burn-in time of recre-ational...
As a system complexity increases and technology innovation progresses rapidly, leasing the equipment...