Most maintenance-optimisation models assume an infinite planning horizon and suppose that the failure process is stationary. Hence, information which is not known beforehand and which becomes available on the short term only, must be ignored. We consider in this paper a multi-component system with economically dependent components, and we compare the costs of a stationary-planning method with the costs according to an approach which can adapt this long-term plan to dynamically changing information (such as a variable use of components and the occurrence of maintenance opportunities). With numerical experiments we show that incorporating short-term information can yield considerable cost savings.

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Keywords dynamic influences, maintenance, multiple components, opportunities, planning
Persistent URL
Series Econometric Institute Research Papers
Wildeman, R.E, & Dekker, R. (1996). Dynamic Influences in Multi-Component Maintenance (No. EI 9630-/A). Econometric Institute Research Papers. Retrieved from