레저보트 생산공정정보 기반의 공장 레이아웃 설계 시스템 개발
Development of a Factory Layout Design System using Leisure-Boat Building Process
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초록
The marine leisure industry in Korea has been the focus of the power of economic growth and the creation of jobs in recent years. In this regard, many studies concerning marine leisure are on-going in various fields. In this paper, developed a layout system and algorithm can resolve the factory and facility layout problem. For a layout design of leisure-boat factories, the leisure-boat production process is analyzed in order to derive standard production space elements for the layout of the factory. Based on the results, a draft design of the factory layout is carried out based on the manpower planning data, as well as the characteristics and relationships of each process data. A layout design of this paper can be verified through a factory simulation solution and we suggest the verification method using a SBD(simulation based design) methodology. The layout system takes into account the user’s accessibility and extendibility, so it is web-oriented and uses RIA (rich Internet Application) technology. Furthermore, the system and layout algorithm of this paper are verified with samples data that show the efficient factory arrangement and practical application method.
Abstract
The marine leisure industry in Korea has been the focus of the power of economic growth and the creation of jobs in recent years. In this regard, many studies concerning marine leisure are on-going in various fields. In this paper, developed a layout system and algorithm can resolve the factory and facility layout problem. For a layout design of leisure-boat factories, the leisure-boat production process is analyzed in order to derive standard production space elements for the layout of the factory. Based on the results, a draft design of the factory layout is carried out based on the manpower planning data, as well as the characteristics and relationships of each process data. A layout design of this paper can be verified through a factory simulation solution and we suggest the verification method using a SBD(simulation based design) methodology. The layout system takes into account the user’s accessibility and extendibility, so it is web-oriented and uses RIA (rich Internet Application) technology. Furthermore, the system and layout algorithm of this paper are verified with samples data that show the efficient factory arrangement and practical application method.
참고문헌 (6)
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- Seehof, J.M., "Automated Layout Design Program", The Journal of Industrial Engineering, 18(12), pp.690~695 (1967)
- Song, Y.J., "System Development and Applications of a Shipyard Layout Design Framework", Journal of Ship Production and Design, 26(2), pp.144~154 (2010)
- Tompkins, J.A., "Facilities Planning" (1996), Willey
- Tompkins, J.A, "An Applied Model for the Facilities Design Problem", International Journal of Production Research, 14(5), pp.583~595 (1976)