The reverse logistics network (RLN) design for sustainable supply chain management is a
strategic decision in network configuration, and is higher influenced by uncertainty. This …

The design of a reverse logistic network (RLN) is a strategic and challenging decision. This
research, therefore, proposes a two-stage multi-objectives stochastic programming model …

This paper presents a two-stage stochastic programming model for reverse logistics network
design (RLND) under uncertainty with dynamic supply sources' locations. The primary …

With new global regulations on supply chains (SCs), sustainable regulation mechanisms
have become subject to controversy. The intention is to create and expand green and …

With the increase of the concern from the public for environmental pollution and waste of
resources, the value recovery through reuse, repair, remanufacturing and recycling from the …

With the focus on sustainable development, the value recovery from End-of-Life (EOL) and
End-of-Use (EOU) products has been given considerable attention by the whole society …

Management of recovery options for plastic beverage containers involves some challenges.
Most materials of used containers are recycled and are used to produce new products. The …

This paper addresses a two-stage stochastic model for eco-efficient reverse logistics
network design (RLND). The goal of this optimization model is to maximize the expected …

Given the contradiction between the rapid growth of products and the modest recovery rate
of end-of-life products, there is a pressing need to understand the societal significance of …

This paper models a sustainable reverse logistics process for polystyrene disposable
appliances as an MINLP, with uncertain demand and cost of recovery of the used products …