A methodical planning to enhance reutilisation potential in product design

K. Xing, L. Luong, K. Abhary
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引用次数: 1

Abstract

Applying appropriate designs to improve the opportunity of reutilisation is a proactive and essential way to minimise the environmental impacts stemming from the disposal of retired products and to reduce the pressure on extracting raw materials. To champion this concept for sustainability and practice for a closed-loop product life cycle, a proper tool is often a necessity, facilitating companies to make favorable design decisions and achieve desirable outcomes. In this paper, a methodically structured design planning approach is introduced to support the measure and enhancement of the reutilisation potential of products. The mechanism of this approach articulates the identification of reutilisation strategy at the system level with the reusability evaluation and configurations at the component level. The effect on waste reduction is assessed by estimating the consequent scrap rates of the components as well as the system. Finally, an example is provided to demonstrate the implementation of the approach.
有条理的计划,以提高产品设计的再利用潜力
采用适当的设计来提高再利用的机会,是一种积极主动和必不可少的方法,可以最大限度地减少处置退役产品对环境的影响,并减少提取原材料的压力。为了支持这一概念的可持续性和闭环产品生命周期的实践,适当的工具通常是必要的,有助于公司做出有利的设计决策并实现理想的结果。本文介绍了一种系统结构化的设计规划方法,以支持产品再利用潜力的测量和增强。这种方法的机制阐明了在系统级别对重用策略的识别,以及在组件级别对重用性的评估和配置。对减少废物的影响是通过估计组件和系统的废品率来评估的。最后,给出了一个示例来演示该方法的实现。
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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