Simulation-based approach to design a multi-stage flow-shop in steel works

N. Ueno, S. Sotojima, J. Takeda
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引用次数: 4

Abstract

This paper describes a new simulation-based approach for redesign of a multi-stage flow-shop production line. A performance measure which represents an 'actual' production rate of a machine is defined in order to identify bottlenecks. A simulation procedure based on the proposed measure is developed in order to determine how best to alleviate the bottlenecks. This new approach is applied for redesigning an actual large-scale multi-stage flow-shop production line in the authors' steelworks and they can determine the proper specifications of this line which can achieve an increase of productivity with a minimal investment. This approach is practical and powerful for redesign of a multi-stage flow-shop production line. >
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基于仿真的钢铁厂多阶段流水车间设计方法
本文介绍了一种新的基于仿真的多阶段流水车间生产线再设计方法。为了确定瓶颈,定义了代表机器“实际”生产率的性能度量。为了确定如何最好地缓解瓶颈,基于所提出的措施开发了一个仿真程序。将该方法应用于某钢厂实际大型多段流水车间生产线的重新设计,确定了以最小投资提高生产效率的生产线规格。该方法对多阶段流水车间生产线的重新设计具有实用和强大的应用价值。>
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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