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A Simulation Study on Capacity Planning in Reentrant Hybrid Flowshops
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 Title & Authors
A Simulation Study on Capacity Planning in Reentrant Hybrid Flowshops
Lee, Geun-Cheol; Hong, Jung Man; Kim, Jung-Ug; Choi, Seong-Hoon;
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 Abstract
In this study, we consider a capacity planning problem of reentrant hybrid flowshops. High-tech electronic products such as semiconductor or TFT-LCD, are produced from manufacturing systems which can be considered as reentrant hybrid flowshops. In the considered capacity planning problem, we determine the number of machines at each stage in the manufacturing system. We introduce criteria indicating which stage needs additional machines or which stage needs reduction of machines considering the characteristics of the product types and the manufacturing system. The objective function of the problem is maximizing throughput rate of the system, of which values are obtained from the simulation model depicting the hybrid flowshops. The performance of the proposed methods were evaluated through a series of computational experiments. The simulation model was also used for conducting the comparison experiments among the proposed method and benchmarks.
 Keywords
Capacity planning;Reentrant hybrid flowshop;Simulation;
 Language
Korean
 Cited by
1.
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Multiple exits evacuation algorithm for real-time evacuation guidance, Spatial Information Research, 2017, 25, 2, 261  crossref(new windwow)
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