Paper Information

Journal:   PRODUCTION AND OPERATIONS MANAGEMENT   fall 2018-winter 2019 , Volume 9 , Number 2 (17) #p00523; Page(s) 57 To 76.
 
Paper: 

Integrated production-distribution planning in a reverse supply chain via multi-objective mathematical modeling; case study in a high-tech industry

 
 
Author(s):  Rezaie Moghadam Saeed, YOUSEFI OMMOLBANIN*, KARBASIAN MEHDI, KHAYAMBASHI BIJAN
 
* Department of Industrial Engineering, Malek-e-Ashtar University of Technology, Isfahan, Iran
 
Abstract: 
This article presents an integrated production-distribution plan in a reverse supply chain via multi objective mathematical modeling in a high-tech environment. The objectives of the proposed model include 1) minimizing total costs including production, maintenance, inventory and manpower costs, 2) maximizing customer and supplier satisfaction, and 3) maximizing the quality of manufactured products. The supply chain consists of several suppliers, a producer, customers, a repair center to repair the customer's goods and a repair and maintenance center for repairing or disposing products that have passed their warranty period. Among the contributions of this research, we can consider such issues as considering the quality of products manufactured, returned or supplied from suppliers in order to realize the win-win relationship with suppliers, using the maximum capacity of suppliers and supply of parts by each reconstruction center. In order to validate the model, it is solved for some examples using Lingo software and LP metric method.
 
Keyword(s): Integrated Production Planning,Supply,Production,Distribution,Reverse Supply Chain,Multiobjective,Mathematical Model,L-P Metric Method
 
References: 
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