Proposal of decision support method for life cycle strategy by estimating value and physical lifetimes

T. Daimon, S. Kondoh, Y. Umeda
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引用次数: 41

Abstract

This paper proposes a decision support method for life cycle strategy in environmentally conscious product design. Here, decision of life cycle strategy includes selection of appropriate life cycle options (LCOP), such as upgrading, reuse, maintenance, and recycling. For this purpose, this paper focuses on the lifetimes of products and components, distinguishing the lifetime into two categories, physical lifetime and value lifetime. The method consists of two steps; namely, estimation of the physical and value lifetime of a product and its components by using a "disposal cause analysis matrix", and selection of the appropriate LCOP for each component based on the estimated lifetime. This paper also illustrates an example using a cellular phone. This result reveals that the proposed methodology can successfully support the decision process of life cycle strategy.
提出了基于价值估算和物理寿命的生命周期战略决策支持方法
提出了一种环境意识产品设计生命周期策略的决策支持方法。在这里,生命周期策略的决策包括选择适当的生命周期选项(LCOP),如升级、重用、维护和回收。为此,本文重点研究了产品和零部件的寿命,将寿命分为物理寿命和价值寿命两大类。该方法包括两个步骤;即,利用“处置原因分析矩阵”估计产品及其部件的物理和价值寿命,并根据估计的寿命为每个部件选择适当的LCOP。本文还举例说明了一个使用手机的例子。结果表明,该方法能够有效地支持企业生命周期战略的决策过程。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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