• 제목/요약/키워드: MRFD

검색결과 2건 처리시간 0.014초

폐자동차 부품의 최적 분리순서 생성을 위한 방법론 (Method for Generating Optimal Disassembly Sequence of End-of-Life Car′s Parts)

  • 박홍석;최홍원;목학수;문광섭;성재현
    • 한국정밀공학회지
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    • 제20권9호
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    • pp.188-196
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    • 2003
  • In order to increase competitiveness and to gain economic benefit, companies ask more and more how to recycle their products in a efficient way. So far, to answer this question, companies are not sufficiently supported by suitable methods specially in the area of disassembly process planning. For this reason, we develop in collaboration with an industrial partner a new method for generating an optimal disassembly sequence. In the presented paper this method will be described in detail by considering the exiting assembly information, disassembly method and disassembly depth. PLM (Profit-Loss Margin) curve that is used to determine disassembly depth consists of profit value, disassembly cost and disassembly effect. Using assessment parameters, generated alternative disassembly sequences are evaluated and optimal disassembly sequence is proposed. This method is applied to generate the optimal disassembly sequence of Door Trim as an example.

Disassembly Process Planning of End-of-Life Car

  • Park, Hong-Seok;Choi, Hung-Won
    • International Journal of Precision Engineering and Manufacturing
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    • 제6권1호
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    • pp.42-50
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    • 2005
  • In order to increase competitiveness and to gain economic benefit, companies ask more and more how to recycle their products in an efficient way. So far, to answer this question, companies are not sufficiently supported by suitable methods specially in the area of disassembly process planning. For this reason, we develop in collaboration with an industrial partner a new method for generating an optimal disassembly sequence. In this paper this method will be described in detail by considering the exiting assembly information, disassembly method and disassembly depth. PLM(Profit-Loss Margin) curve that is used to determine disassembly depth consists of profit value, disassembly cost and disassembly effect. Using assessment parameters, generated alternative disassembly sequences are evaluated and an optimal disassembly sequence is proposed. This method is applied to generate the optimal disassembly sequence of Door Trim as an example.