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Optimal Location of Rail-Road Freight Hubs: A Case Study

机译:铁路货运集线器的最佳位置:案例研究

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Hub facility location in this study is related with driving the traffic from origin to destination of the cargo express by finding optimal hub facilities and allocating demand node to hubs. The objective of this research is to determine the locations of hubs to allocate non-hub nodes to hubs with minimizing total cost. Total cost includes transportation costs from origin to destination, fixed costs for new hub investments, and carbon emission costs resulting from transportation activities among facilities. An approach to the capacitated multiple allocation hub location problem is presented and an integer linear programming model is developed to find the solution of this problem. This study also calculated the carbon emission level to consider environmental effects as an integration method in sustainable supply chain management applied to facility location problem. Computational analysis is conducted in order to observe the resulting hub networks. The final results of this research are the optimal locations for cargo express transfer terminals attached in a hub-and-spoke network. The results obtained PWS stations selected as hub facilities with the total required cost of IDR 758,650,360.103. The delivery of goods by train is done through the station route PWS, KT, YA, KTA, KYA, PWT, CN, BKS, JNG, and PSE.
机译:本研究中的集线器设施位置与通过查找最佳集线器设施并将需求节点分配给集线器来驱动从原点到货运表演的流量。该研究的目的是确定集线器的位置,以最小化总成本将非集线节点分配给集线器。总成本包括从目的地到目的地的运输成本,新的枢纽投资的固定成本以及设施之间运输活动导致的碳排放成本。呈现了对电容多分配集线器位置问题的方法,并且开发了整数线性编程模型以找到该问题的解决方案。本研究还计算了碳排放水平,以考虑环境效应作为应用于设施位置问题的可持续供应链管理中的整合方法。进行计算分析,以观察结果的集线器网络。该研究的最终结果是附着在轮毂和辐条网络中的货物快递转移终端的最佳位置。结果获得了选择为集线器设施的PWS站,其总需要成本为IDR 758,650,360.103。搭乘列车交付通过车站PWS,KT,YA,KTA,KYA,PWT,CN,BKS,JNG和PSE完成。

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