基于仿真的垂直As/ r制造设施性能评价

N. Singh, Koen Herps, Tugce G. Martagan, I. Adan
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引用次数: 1

摘要

Klein Mechanisch Werkplaats Eindhoven (KMWE)是一家位于荷兰的精密制造公司,最近搬迁到一个名为“Brainport Industries Campus”(BIC)的新地点。此举允许KMWE通过投资垂直自动化存储和检索系统(as /RSs)来提高其制造设施(称为“工具服务中心”(TSC))的性能。但是,这些决定需要在投入不确定的情况下作出,因为转向BIC和现有设备的现代化将引起设施内部操作参数的变化,而事先所知的资料很少。在本研究中,我们展示了如何使用混合模拟建模来评估输入不确定性(如操作员生产率、垂直存储高度)对TSC吞吐量性能的影响。最终,该研究项目的成果被KMWE用于新设备采购数量的投资决策。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
>Simulation-Based Performance Evaluation of A Manufacturing Facility with Vertical As/Rs
Klein Mechanisch Werkplaats Eindhoven (KMWE) is a precision manufacturing company situated in the Netherlands and recently relocated to a new location known as the ‘Brainport Industries Campus’ (BIC). This move allowed KMWE to improve the performance of its manufacturing facility known as the ‘Tool Service Center’ (TSC) by investing in vertical automated storage and retrieval systems (AS/RSs). However, these decisions needed to be made under input uncertainties since the move to BIC and modernization of existing equipment would cause changes in operating parameters inside the facility, over which little information was known in advance. In this study, we show how hybrid simulation modelling was used to assess the impact of input uncertainties (such as operator productivity, vertical storage height) on the throughput performance of TSC. Ultimately, the outcomes of this research project were used by KMWE to make an investment decision on new equipment acquisition quantity.
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