Sensivity analysis of recovery rate of multi-products reverse logistic supply chain design

M. Bennekrouf, F. Boudahri, Z. Sari
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Abstract

In the recent years, the reverse logistic supply chain has taken an important part in manufacturing systems. Due to the pressures from both environmental awareness and business sustainability, several companies must work in collaboration to solve partially the problem of waste recovery. The purpose of this work is to help those companies who would like to pursue reverse logistics as axe of profit. In this paper, we describe a design of two levels reverse logistic supply chain for multiclass of products in pseudo dynamic approach by considering the uncertain quantity of collected products. The model is formulated in MIP and solved by using Lingo12 solver. Since the assumption of investment should be progressive, an analysis by scenario is used to regard the recovery rate. Also, the capacity of each remanufacturing center is discussed.
多产品逆向物流供应链设计回收率敏感性分析
近年来,逆向物流供应链已成为制造系统的重要组成部分。由于环保意识和业务可持续性的压力,几家公司必须合作解决部分废物回收问题。这项工作的目的是帮助那些想要追求逆向物流作为利润斧头的公司。本文在考虑产品收集量不确定的情况下,采用拟动态方法设计了多类产品的两级逆向物流供应链。在MIP中建立模型,并使用Lingo12求解器进行求解。由于投资假设应该是累进的,因此采用情景分析来考虑回收率。并对各再制造中心的能力进行了讨论。
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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