De-Production model combining R-Strategies and D-Strategies in product and production systems life cycles: Application to Remanufacturing

A.J. Baptista , R.F. Santos , A.L. Soares , S. Evans
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引用次数: 0

Abstract

The world faces unprecedented challenges related to the so-called Triple Planetary Crisis (climate changes, massive pollution, biodiversity losses). The Linear Economy model of development represents a very relevant cause for these crises effects, since it is anchored on the paradox of ever-growing natural resources extraction within a finite planet space and limited policy barriers for ecosystems degradation. Circular Economy emerges as a promising alternative development model, but it still urges for effective implementation. This work presents a novel De-Production model that combines, by design or redesign, the articulation of R-Strategies and D-Strategies across the product and production life cycles in order to unblock circular business models. It is proposed a systemic approach considering product circularity by means of activating R-Strategies, improving both production operations and de-production operations via value retention mindset. The model is tested via discrete simulation in a remanufacturing case study of a bicycle wheel assembly.
产品与生产系统生命周期中r策略与d策略相结合的去生产模型:在再制造中的应用
世界面临着与所谓的“三重地球危机”(气候变化、大规模污染、生物多样性丧失)有关的前所未有的挑战。线性经济发展模型代表了这些危机影响的一个非常相关的原因,因为它是基于在有限的地球空间内不断增长的自然资源开采和有限的生态系统退化政策障碍的悖论。循环经济作为一种有前景的替代发展模式出现,但仍亟待有效实施。这项工作提出了一种新颖的去生产模型,通过设计或重新设计,将r战略和d战略在产品和生产生命周期中的表达结合起来,以打开循环商业模式的障碍。本文提出了一种系统的方法,通过激活r策略来考虑产品循环,通过价值保留思维来改善生产操作和去生产操作。以某自行车轮毂总成再制造为例,通过离散仿真对模型进行了验证。
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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CiteScore
3.80
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