Facility Layout for an Automated Guided Vehicle System - Wang, Hsiao-Fan;Chang, Ching-Min
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The study developed a Mix Integer Programming model to find an optimal layout solution when the material handling device is considered in corresponding to the material flows. Due to the high complexity of the model, a sub-model called Allocation Model is proposed to provide the feasibility condition of the two-stage model. This result can provide the manager a minimum cost layout in an effective way. The recommended Spine Bay Layout can be used flexibly based on different conditions in the factory with area requirement, dimension or production line.

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Produktbeschreibung
The study developed a Mix Integer Programming model to find an optimal layout solution when the material handling device is considered in corresponding to the material flows. Due to the high complexity of the model, a sub-model called Allocation Model is proposed to provide the feasibility condition of the two-stage model. This result can provide the manager a minimum cost layout in an effective way. The recommended Spine Bay Layout can be used flexibly based on different conditions in the factory with area requirement, dimension or production line.
Autorenporträt
Hsiao-Fan Wang is the Distinguished Chair Professor of National Tsing Hua University, Taiwan, ROC. She has been awarded the distinguished researcher of NSC in Taiwan and is the editor of several international journals. Her research interests are in MCDM, Fuzzy Set Theory, Rare and Huge Data Analysis and Green Value Chain Management.