Published in IFAC Proceedings Volumes, 45(20):486-491, January 2012.International audienceThe paper deals with a development of the rolling horizon approach introduced recently for grouping maintenance strategies of multi-component systems by integrating two efficient optimization algorithms. The proposed approach can help to construct an optimal maintenance planning with a given availability constraint under limited repairmen. Thanks to the rolling horizon spirit, the maintenance planning can be updated to take into account short-term information which could be changed with time. A numerical example of a multi-component system is finally introduced to illustrate the use and the advantages of the proposed approach in the maintenance optimiz...
This paper presents a new variant of the selective maintenance problem (SMP) to jointly optimize the...
Last-minute maintenance planning is often undesirable, as it may cause downtime during operational h...
A complex multi-component system consists of finite number of non-identical components that can be r...
International audienceThe paper deals with a maintenance grouping approach for multi-component syste...
International audienceThis chapter provides some contributions for maintenance optimization of multi...
International audienceThis paper presents a dynamic grouping maintenance strategy for complex system...
International audienceThis paper presents firstly a dynamic grouping maintenance strategy for multi-...
International audienceThe present work deals with a dynamic grouping maintenance strategy for comple...
This paper addresses the maintenance optimization problem in a multi-component system, carrying out ...
In the framework of maintenance optimization of multicomponent systems, dynamic grouping maintenance...
International audienceIn the framework of maintenance optimization of multicomponent systems, dynami...
textabstractA maintenance activity carried out on a technical system often involves a system-depende...
Industrial systems are sometimes designed to operate their missions with finite breaks scheduled bet...
International audienceIn this research, we propose effective optimization approaches for multi-compo...
Mission-oriented industrial systems are designed to operate a sequence of alternate missions and sch...
This paper presents a new variant of the selective maintenance problem (SMP) to jointly optimize the...
Last-minute maintenance planning is often undesirable, as it may cause downtime during operational h...
A complex multi-component system consists of finite number of non-identical components that can be r...
International audienceThe paper deals with a maintenance grouping approach for multi-component syste...
International audienceThis chapter provides some contributions for maintenance optimization of multi...
International audienceThis paper presents a dynamic grouping maintenance strategy for complex system...
International audienceThis paper presents firstly a dynamic grouping maintenance strategy for multi-...
International audienceThe present work deals with a dynamic grouping maintenance strategy for comple...
This paper addresses the maintenance optimization problem in a multi-component system, carrying out ...
In the framework of maintenance optimization of multicomponent systems, dynamic grouping maintenance...
International audienceIn the framework of maintenance optimization of multicomponent systems, dynami...
textabstractA maintenance activity carried out on a technical system often involves a system-depende...
Industrial systems are sometimes designed to operate their missions with finite breaks scheduled bet...
International audienceIn this research, we propose effective optimization approaches for multi-compo...
Mission-oriented industrial systems are designed to operate a sequence of alternate missions and sch...
This paper presents a new variant of the selective maintenance problem (SMP) to jointly optimize the...
Last-minute maintenance planning is often undesirable, as it may cause downtime during operational h...
A complex multi-component system consists of finite number of non-identical components that can be r...