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Title: 部品リユース・リサイクルを伴う環境配慮型製品の物理寿命・機能寿命の最適デザイン
Other Titles: Optimal design of physical life span and functional failure distributions of environmentally-conscious products involving parts reuse and recycling
Authors: 奥村, 進
Keywords: 環境配慮型製品
environmentally-conscious product
environmental load
end of life option
Issue Date: 15-Jun-2018
Abstract: 使用済みの工業製品からリユース可能な部品を取り出し,それを新規に製造する工業製品に組み込む生産方式(リマニュファクチャリング,再製造)は,すべての部品を新規に製造して組み込む生産方式よりも環境負荷の低減が期待できる.しかし,リユース部品もいずれ物理的に故障したり,陳腐化したりして使用されなくなるときがやってくるので,リユース部品の寿命設計を適切に行うことが大事である.そこで本研究では,リユース部品の物理寿命分布のあり方についてコンピュータシミュレーションによって考察した.     Remanufacturing, in which reusable parts are taken out from used industrial products and incorporated into newly manufactured products, is superior to the production method in which all parts are newly manufactured and assembled. Reduction of environmental burden can be expected for remanufacturing. However, when reusable parts become physically failed or become obsolete they will not be used, so it is important to properly design the physical life of reusable parts. In this study, we examine an optimal physical life distribution of reusable parts by computer simulation.
Description: 科学研究費助成事業研究成果報告書(研究種目:基盤研究(C)(一般),研究期間:2014~2017,課題番号:26340103)
NII JaLC DOI: info:doi/10.24795/kokk_okumura_201812
Appears in Collections:科研費報告書

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