During the last decade, reverse logistics networks have grown dramatically within many
supply chains in different industries. Several evolving factors including economic climate …

Rising population and vehicle use resulted in an exponential growth of used tires generation
which could cause significant disposal and environmental challenges. Thus, implementation …

For tire manufacturers to remain profitable while fulfilling environmental and social
obligations such as producer responsibility, the opportunity lies in designing a tire Closed …

Today, growth in the population and the use of vehicles have led to a growth in the
production of waste tires and subsequently the creation of environmental concerns. Thus …

One of the basic requirements of the companies to survive in real-world competitive
environments is to make their supply chains as efficient as possible. Due to recent …

Significant environmental problems have been caused by the growth in the volume of used
tires each year. In addition, remanufacturing and recycling options related to the end of life …

With the increase of concern from environmental pollution and waste of resources,
manufacturing firms have realized that the recovery of used products becomes an …

This paper attempts to integrate both a forward and reverse supply chain to design a closed-
loop supply chain network (CLSC). The problem in the design of a CLSC network is …

Integration of reverse logistics processes into supply chain network design can help to
achieve a network that incorporates environmental factors as well as economic factors. In …

In a closed-loop supply chain (CLSC) network, there are both forward and reverse supply
chains. In this research, a tire remanufacturing CLSC network is designed and optimized …