Simulation modeling of batch job shop type flexible manufacturing systems

P.K. Mishra , P.C. Pandey
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引用次数: 5

Abstract

In this paper, a simulation based scheduling algorithm for the performance evaluation of Batch Job Shop Flexible Manufacturing Systems (BJSFMS) has been developed. The simulation experiments have been conducted for a system with six machines processing six different type of jobs whereas the system performance has been evaluated on the basis of Maximum Makespan and Average Machine Utilization.

Models for the system performance indices have been developed by the use of multiple regression analysis technique. It has been concluded that processing time of jobs and their transportation times are interdependent operating parameters and the average machine utilization becomes virtually constant when the transportation time exceeds the processing time.

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批作业车间型柔性制造系统仿真建模
针对批作业车间柔性制造系统(BJSFMS)的性能评价问题,提出了一种基于仿真的调度算法。对一个由六台机器处理六种不同类型作业的系统进行了仿真实验,并根据最大完工时间和平均机器利用率对系统性能进行了评估。利用多元回归分析技术建立了系统性能指标的模型。结果表明,作业的加工时间和作业的运输时间是相互依赖的操作参数,当运输时间超过加工时间时,平均机器利用率基本保持不变。
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