Abstract

Based on the Shapley value fairness concern framework, a fairness concern utility system is established for the closed-loop supply chain (CLSC) with one manufacturer, one retailer, and two competitive collectors. Under the five models (one centralized and four decentralized), the influence of competitive strength and fairness concern degree of collectors on the pricing decisions is analyzed. The following conclusions can be obtained: (1) When the manufacturer considers the fairness concern of the collectors, fairness concern is a way for the collectors to obtain more profit. Whether the manufacturer “proactively” considers the fairness concern of the collectors is an approach to benefiting the collectors but only in the case of “active” consideration, there is less self-loss to the manufacturer. (2) When the collectors’ fairness concern cannot be considered by the manufacturer, the equilibrium recycling price sets lower for the purpose of achieving more profit by the collectors. At this point, the profit of the collectors and the manufacturer is the lowest, and so is the return rate of the CLSC. (3) When the collectors do not care about whether they are being fairly treated but the manufacturer “actively” takes the fairness of the collectors into consideration, the collectors get “unexpected” attention from the manufacturer, which makes the performance of the collectors more positive than it is when their fairness concerns are taken into account. The profit increased by the collectors is more than that lost by the manufacturer, so the profit of the CLSC is the largest. Additionally, our findings provide some managerial insights on the pricing decision in the case where the collectors consider fairness concern.

Highlights

  • With the exhaustion of resources and the intensification of environmental pollution, increasing people are aware of the importance of the effective collecting and reuse of used products

  • The profit of the collectors and the manufacturer is the lowest, and so is the return rate of the closed-loop supply chain (CLSC). (3) When the collectors do not care about whether they are being fairly treated but the manufacturer “actively” takes the fairness of the collectors into consideration, the collectors get “unexpected” attention from the manufacturer, which makes the performance of the collectors more positive than it is when their fairness concerns are taken into account. e profit increased by the collectors is more than that lost by the manufacturer, so the profit of the CLSC is the largest

  • In order to make full play to their advantages, the manufacturer tends to outsource the recycling of waste products to the collectors who are specialized in recycling activities. e manufacturer focuses on the production of new products and the remanufacturing of waste products [7,8,9]

Read more

Summary

Introduction

With the exhaustion of resources and the intensification of environmental pollution, increasing people are aware of the importance of the effective collecting and reuse of used products. This paper introduces the impact of fairness concern on decision-making while considering competition in the CLSC. Ere is no literature about the case where one party does not consider the fairness of profit distribution, while the other party “actively” considers that the other is fairnessconcerned To address this gap, the Stackelberg game is applied to analyze the competition between collectors under five models and study the impact of fairness concern in the CLSC on pricing decisions. When the collectors’ fairness concern cannot be considered by the manufacturer, the equilibrium recycling price is set lower for the purpose of achieving more profit by the collectors, and the efficiency of the CLSC is the lowest. We present some research results to highlight the contributions of this paper (see Table 1)

Problem Description and Model Assumptions
B Collector T2
Numerical Analysis
Full Text
Paper version not known

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call

Disclaimer: All third-party content on this website/platform is and will remain the property of their respective owners and is provided on "as is" basis without any warranties, express or implied. Use of third-party content does not indicate any affiliation, sponsorship with or endorsement by them. Any references to third-party content is to identify the corresponding services and shall be considered fair use under The CopyrightLaw.