Periodic renewal of spare parts using Weibull

Abstract

The periodical renewal of spare parts in a manufacturing system is optimized by a novel approach using the well-known Weibull distribution. In essence, this is achieved by the use of a geometrical stepping in the description of the reliability to the points of renewal, hence, the spare parts required in the system to achieve the reliability target are then determined.

Optimization of the system of management of stores of the car service with the help of imitation simulation

“…To construct a simulation model of inventory management, one of the main tasks is modeling the input flow of applications for individual parts and components that must correspond with the results obtained on the basis of a statistical analysis of the functioning of real repair service stations, according to a study by Dieter [8].…”

Scheduling of periodic services to customers in dispersed locations from heterogeneous multi-agent companies considering uncertainty: A real case study

“…Furthermore, during the last few decades, numerous papers with various methods have been published on maintenance modelling and optimization [11,12,[26][27][28][29][30][31][32]. For example, Garg et al [27] presented the periodic preventive maintenance (PM) of a system with deteriorated components, in which PM simultaneously considered three action of mechanical service, repair and replacement for a multi-components system, based on maintenance cost.…”