有限维修渠道约束下多级维修供应系统库存控制

Abstract

Abstract: Multi-echelon maintenance and supply management is an effective approach to improve support effectiveness, and the preparation and programming of spare parts resources is a critical factor affecting equipment availability as well as combat power. Based on the multi-echelon technique for recoverable item control (METRIC) theory, the assumption for infinite repair channel is relaxed. According to the M/M/C queuing system theory, the computational model of average repair time and the pipeline for spare parts is modified, and an initial stock distribution model is established. Based on the traditional marginal optimization algorithm, a layered method is introduced to improve the traditional algorithm and achieve higher calculation efficiency, and it is analyzed and proved in theory. Example result shows that the calculation result of the improved layered marginal optimization algorithm is identical to that of the traditional marginal algorithm, while the improved algorithm can greatly improve calculation efficiency.

Key words: multi-echelon maintenance supply, finite repair channel, spare part, multi-echelon technique for recoverable item control, support effectiveness, layered marginal optimization

CLC Number:

V215.7

RUAN Minzhi, LI Qingmin, HUANG Aolin, LI Hua. Inventory Control of Multi-echelon Maintenance Supply System Under Finite Repair Channel Constraint[J]. ACTA AERONAUTICAET ASTRONAUTICA SINICA, 2012, 33(11): 2018-2027.

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Inventory Control of Multi-echelon Maintenance Supply System Under Finite Repair Channel Constraint

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