A Novel Bi-Objective Multi-Product Post-Sales Reverse Logistics Network Design Model

Abstract— In this study, a 3PL multi-product post-sales reverse logistics network is considered which consists of collection centers, repair facilities, production plants, and disposal centers. A bi-objective mixed integer linear programming model is presented for minimizing network design costs as well as minimizing total weighted tardiness of returning products to collection centers. Various decisions including location of repair facilities, repair equipment allocation, and material flows are considered. At the end, a numerical example demonstrates the success of ε-constraint method in obtaining a list of Pareto-optimal solutions for the proposed model.

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