AN INTERACTIVE FUZZY PROGRAMMING APPROACH FOR DESIGNING A MULTI-ECHELON, MULTI-PRODUCT, MULTI-PERIOD SUPPLY CHAIN NETWORK UNDER UNCERTAINTY CONSIDERING COST AND TIME

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AMIRKHAN MOHAMMAD; NORANG AHMAD; TAVAKKOLI MOGHADDAM REZA

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Paper Information

Journal: PRODUCTION AND OPERATIONS MANAGEMENT Year:2015 | Volume:6 | Issue:1 (10) Page(s): 127-148

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Information Journal Paper

Title

AN INTERACTIVE FUZZY PROGRAMMING APPROACH FOR DESIGNING A MULTI-ECHELON, MULTI-PRODUCT, MULTI-PERIOD SUPPLY CHAIN NETWORK UNDER UNCERTAINTY CONSIDERING COST AND TIME

Author(s)

AMIRKHAN MOHAMMAD | NORANG AHMAD | TAVAKKOLI MOGHADDAM REZA | Issue Writer Certificate

Keywords

SUPPLY CHAIN NETWORKQ2

LOGISTICSQ1

UNCERTAINTYQ1

FUZZY SETSQ2

Abstract

The SUPPLY CHAIN NETWORK design has attracted the attention of many researchers during recent years. This paper presents a new bi-objective mixed-integer linear programming (MILP) model to integrate procurement, production and distribution planning under UNCERTAINTY. This model is set up for the network of a multi-echelon, multi-product, multi-channel, multi-period supply chain with regard to two conflicting objectives, which minimize the costs and minimize the sum of backorders and surpluses of products in all periods using “activity-based costing and the total cost of ownership” and “JIT” concepts, respectively. To solve the presented model, an interactive fuzzy approach is used. The associated results show the amount of purchasing of each supplier, the quantity of producing, the inventory of raw materials and products, backorder or surplus delivery of goods, the mode of transportation, the amount of goods transported between facilities and suppliers used in each period. In addition, a numerical example is presented to demonstrate the applicability of the presented model and exhibit the efficiency of the proposed interactive fuzzy approach. Finally, the results and conclusion are provided.

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APA: Copy

AMIRKHAN, MOHAMMAD, NORANG, AHMAD, & TAVAKKOLI MOGHADDAM, REZA. (2015). AN INTERACTIVE FUZZY PROGRAMMING APPROACH FOR DESIGNING A MULTI-ECHELON, MULTI-PRODUCT, MULTI-PERIOD SUPPLY CHAIN NETWORK UNDER UNCERTAINTY CONSIDERING COST AND TIME. PRODUCTION AND OPERATIONS MANAGEMENT, 6(1 (10) ), 127-148. SID. https://sid.ir/paper/217503/en

Vancouver: Copy

AMIRKHAN MOHAMMAD, NORANG AHMAD, TAVAKKOLI MOGHADDAM REZA. AN INTERACTIVE FUZZY PROGRAMMING APPROACH FOR DESIGNING A MULTI-ECHELON, MULTI-PRODUCT, MULTI-PERIOD SUPPLY CHAIN NETWORK UNDER UNCERTAINTY CONSIDERING COST AND TIME. PRODUCTION AND OPERATIONS MANAGEMENT[Internet]. 2015;6(1 (10) ):127-148. Available from: https://sid.ir/paper/217503/en

IEEE: Copy

MOHAMMAD AMIRKHAN, AHMAD NORANG, and REZA TAVAKKOLI MOGHADDAM, “AN INTERACTIVE FUZZY PROGRAMMING APPROACH FOR DESIGNING A MULTI-ECHELON, MULTI-PRODUCT, MULTI-PERIOD SUPPLY CHAIN NETWORK UNDER UNCERTAINTY CONSIDERING COST AND TIME,” PRODUCTION AND OPERATIONS MANAGEMENT, vol. 6, no. 1 (10) , pp. 127–148, 2015, [Online]. Available: https://sid.ir/paper/217503/en

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