A multiple-logistic-objective-optimized manufacturing planning and control system

作者：Scholz Reiter B; Windt K; Liu Huaxin^*

来源：Proceedings of the Institution of Mechanical Engineers - Part B: Journal of Engineering Manufacture , 2011, 225(B4): 599-610.

DOI：10.1177/2041297510394108

• logistics objectives
• disturbances
• optimization
• manufacturing planning and control
• make to order
• simulation

A multiple-logistic-objective-optimized (MLOO) manufacturing planning and control approach is developed in an attempt to optimize the logistics objectives of a short throughput time, a low work in process, and high schedule reliability. The proposed approach also needs to effectively cope with disturbances including internal disturbances (equipment failure, rework, etc.) and external disturbances (variations in demand patterns, unsatisfied raw material delivery, etc.). This paper focuses on make-to-order manufacturing systems with routing flexibility. Simulation experiments are conducted using industrial data in order to compare the MLOO approach with several existing methods. The simulation results indicate that MLOO is able to optimize the target logistics objectives and effectively cope with disturbances.

• 出版日期2011-4