Remanufacturing, a crucial step of reverse logistics, focuses on restoring or enhancing the
functionality of waste products. The challenge in planning an effective remanufacturing …

This study introduces a novel framework called Reliable Pollution Scheduling and Routing
with Multi-Cross-Docking. The core idea behind this framework is to optimize the processing …

Purpose Supply chain (SC) research has boomed over the past two decades. Significant
contributions have been made to the field from various analytical and decision-making …

This paper presents a framework for designing a closed-loop green supply chain network
(CLGSCN) that incorporates a redundancy strategy for maximum reliability and eco …

Recently, the benefits of employing philosophical principles to optimize supply chains in the
construction sector have been delved into by many researchers. This comprises three key …

In project portfolio selection (PPS) management, one of the main goals is the optimal
management of projects with the least risk and the highest commercial value under risk …

This article presents a pioneering approach to project portfolio selection and scheduling,
addressing the complexities of contemporary decision-making environments characterized …

This research answers three current supply chain issues: demand variability, disruptions,
and sustainability. We develop a multi-objective supply chain network model integrating …

Implementing reverse logistics in the construction industry is considered a crucial method to
achieve a circular economy. Despite a wealth of research focusing on improving reverse …

Purpose The production planning problem with fine-grained information has hardly been
considered in practice. The purpose of this study is to investigate the data-driven production …