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Study of optimal capacity planning for remanufacturing activities in closed-loop supply chain using system dynamics modeling

机译:基于系统动力学建模的闭环供应链再制造活动最优产能计划​​研究

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The world of commerce is becoming increasingly competitive due to the lack of resources and importance of environmental awareness. Hence, most enterprises begin to focus on product re-usage. This practice however is facing many challenges before its potentials can be fully exploited. The work presented in this paper tackles the development of efficient capacity planning policies for remanufacturing facilities in closed-loop supply chains. The case under study is analyzed through a simulation model based on the system dynamics methodology. More precisely, we focused on studying how to evaluate alternative long-term capacity planning policies using simulation model to obtain maximum profit. Validation and numerical experimentation further illustrate the applicability of the approach presented in this paper.
机译:由于缺乏资源和环境意识的重要性,商业世界正变得越来越有竞争力。因此,大多数企业开始将重点放在产品再利用上。然而,在充分利用其潜力之前,这种做法面临许多挑战。本文提出的工作解决了闭环供应链中再制造设施的有效产能计划政策的发展。通过基于系统动力学方法的仿真模型对正在研究的案例进行分析。更准确地说,我们专注于研究如何使用仿真模型评估替代性的长期容量规划策略以获得最大的利润。验证和数值实验进一步说明了本文提出的方法的适用性。

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