Kharazmi University
International Journal of Supply and Operations Management
23831359
23832525
2
4
2016
02
01
Optimizing Diamond Structured Automobile Supply Chain Network Towards a Robust Business Continuity Management
947
981
EN
Abednico
Montshiwa
Department of Management Science and Technology, Graduate School of Engineering, Tohoku University, Sendai, Miyagi Prefecture
Japan
abedm39@gmail.com
10.22034/2015.4.01
This paper presents an optimized diamond structured automobile supply chain network towards a robust Business Continuity Management model. The model is necessitated by the nature of the automobile supply chain. Companies in tier two are centralized and numerically limited and have to supply multiple tier one companies with goods and services. The challenge with this supply chain structure is the inherent risks in the supply chain. Once supply chain disruption takes place at tier 2 level, the whole supply chain network suffers huge loses. To address this challenge, the paper replaces Risk Analysis with Risk Ranking and it introduces Supply Chain Cooperation (SCC) to the traditional Business Continuity Plan (BCP) concept. The paper employed three statistical analysis techniques (correlation analysis, regression analysis and Smart PLS 3.0 calculations). In this study, correlation and regression analysis results on risk rankings, SCC and Business Impact Analysis were significant, ascertaining the value of the model. The multivariate data analysis calculations demonstrated that SCC has a positive total significant effect on risk rankings and BCM while BIA has strongest positive effects on all BCP factors. Finally, sensitivity analysis demonstrated that company size plays a role in BCM.
Business Continuity Plan,Diamond supply chain,Automobile supply chain network,Supply Chain cooperation,Risk ranking
http://www.ijsom.com/article_2647.html
http://www.ijsom.com/article_2647_fb0ac43b742052ebe834e1058573d7a2.pdf
Kharazmi University
International Journal of Supply and Operations Management
23831359
23832525
2
4
2016
02
01
Green Supply Chain Management Practices’ Effect on the Performance of Turkish Business Relationships
982
1002
EN
Mohammad Hossein
Zavvar Sabegh
Department of Industrial Engineering, Faculty of Engineering, Kharazmi University, Tehran, Iran
quality20zavvar@gmail.com
Yucel
OzturkOglu
Faculty of Economics and Administrative Sciences, International Logistics Management, Yasar University, Izmir, Turkey
yucel.ozturkoglu@yasar.edu.tr
Taebok
Kim
School of Logistics, Incheon National University, Incheon, South Korea
tbkim@incheon.ac.kr
10.22034/2015.4.02
The main aim of the study is to examine the influence of both external and internal actors on green supply chain management (GSCM) practices. By the way, this paper is to provide a first-hand understanding about the procedures taken by Turkish business firms and their logistics providers and supply chain business firms to operate in an environmental friendly supply chain. The result of this research is very important to promote performance of Turkish business relations in green perspectives. To find the right answers, comprehensive questionnaire forms were designed. We collect data from 2014 May to 2015 July through the Turkish companies. More than 180 companies have contributed in this great research. We analyzed data by statistical methods. One of the important results is the third party logistics service providers influence firms have a proactive green behavior.
Green supply chain management,Turkish companies,Statistical methods,Performance of Turkish business relationships
http://www.ijsom.com/article_2652.html
http://www.ijsom.com/article_2652_88e91fed34ec00f43a92621e859f1be8.pdf
Kharazmi University
International Journal of Supply and Operations Management
23831359
23832525
2
4
2016
02
01
Capacitated Windy Rural Postman Problem with Several Vehicles: A Hybrid Multi-Objective Simulated Annealing Algorithm
1003
1020
EN
Masoud
Rabbani
College of Engineering, University of Tehran, Tehran, Iran
mrabani@ut.ac.ir
Safoura
Famil Alamdar
School of Industrial Engineering, College of Engineering, University of Tehran, Tehran, Iran
safouraalamdar@ut.ac.ir
Hamed
Farrokhi-Asl
School of Industrial Engineering, Iran University of Science & Technology, Tehran, Iran
hamed.farrokhi@ut.ac.ir
10.22034/2015.4.03
This paper presents the capacitated Windy Rural Postman Problem with several vehicles. For this problem, two objectives are considered. One of them is the minimization of the total cost of all vehicle routes expressed by the sum of the total traversing cost and another one is reduction of the maximum cost of vehicle route in order to find a set of equitable tours for the vehicles. Mathematical formulation is provided. The multi-objective simulated annealing (MOSA) algorithm has been modified for solving this bi-objective NP-hard problem. To increase algorithm performance, Taguchi technique is applied to design experiments for tuning parameters of the algorithm. Numerical experiments are proposed to show efficiency of the model. Finally, the results of the MOSA have been compared with MOCS (multi-objective Cuckoo Search algorithm) to validate the performance of the proposed algorithm. The experimental results indicate that the proposed algorithm provides good solutions and performs significantly better than the MOCS.
Windy rural postman problem,Multi-objective simulated annealing algorithm (MOSA),Multi-objective Cuckoo Search (MOCS),NP-hard problem
http://www.ijsom.com/article_2619.html
http://www.ijsom.com/article_2619_d6c03fedd1ed8886e28cc52cc1c28caf.pdf
Kharazmi University
International Journal of Supply and Operations Management
23831359
23832525
2
4
2016
02
01
Power Imbalance in Collaboration Relationships
1021
1034
EN
Driss
Essabbar
Moroccan School of Engineering Sciences, Marrakech, Morocco
driss.essabbar@gmail.com
Maria
Zrikem
TIM Laboratory-ENSA, BP 575 Abdelkarim Khattabi, Marrakech, Morocco
m.zrikem@ua.ma
Marc
Zolgadri
Phenics-LISMMA Laboratory EA2336 Supmeca, 3 rue Fernand Hainaut, Paris, France
marc.zolghadr@supmca.fr
10.22034/2015.4.04
Power plays a significant role in many organizational theories such as resource dependency theory and transaction cost economics. It allows the strong companies to win more than others, or more broadly, to coerce others to do what they would not otherwise do. Power can seriously affect the confidence and commitment between parties. This paper aims to analyze the power concept in inter-organizational relationships. We discuss some formal results modeling power and the set of elements and property necessary to understand these concepts. We also proposed a "power generation process" that allows to describe how power is developed in a relationship according to dependency. As far as we were able to browse the scientific literature, these are the first attempts to suggest a robust foundation of the power theory.
Power,Dependence,Dominance,Collaboration,Organization
http://www.ijsom.com/article_2656.html
http://www.ijsom.com/article_2656_785116c37de44d36279dc4c6d3bda56f.pdf
Kharazmi University
International Journal of Supply and Operations Management
23831359
23832525
2
4
2016
02
01
A Model for Cooperative Advertising and Pricing Decisions in Manufacturer-Retailer Supply Chain with Discount: A Game Theory Approach
1035
1063
EN
Abolfazl
Kazemi
Faculty of Industrial and Mechanical Engineering, Qazvin Branch, Islamic Azad University, Qazvin, Iran
abkaazemi@gmail.com
Zohreh
SaeedMohammadi
Faculty of Industrial and Mechanical Engineering, Qazvin Branch, Islamic Azad University, Qazvin, Iran
sa_mohammadi_zohreh@yahoo.com
10.22034/2015.4.05
Coordinating the supply chain is among the most important subjects that is extensively addressed in the related literature. If a supply chain is to be coordinated, it is equivalent to say that we must solve a problem related to competition and cooperation. The game theory is obviously one of the most effective methods to solve such problems, in which the players of the supply chain are assumed to engage in cooperative and non-cooperative games. The current study aims to coordinate a two-level supply chain consisting of a manufacturer and a retailer. This will be achieved using cooperative advertisement along with pricing decisions such that the manufacturer offers a price discount to the retailer and the demand is affected by pricing and advertisement. Cooperative advertisement is a coordinated effort made by all the members of the supply chain to increase the customer demand, in which the retailer does the local advertisement and the manufacturer pays for a portion or all the costs of the retailer advertisement. We consider two models for manufacturer-retailer relation using the game theory: the manufacturer-Stackelberg and the retailer-Stackelberg games with asymmetric power distribution.
Supply chain,Game theory,Cooperative advertisement,Discount,Pricing,Coordination
http://www.ijsom.com/article_2650.html
http://www.ijsom.com/article_2650_d5315bf244c8d8b9a68394e91ec720b5.pdf
Kharazmi University
International Journal of Supply and Operations Management
23831359
23832525
2
4
2016
02
01
Inventory Model for Deteriorating Items with Quadratic Time Dependent Demand under Trade Credits
1064
1078
EN
Rakesh
Tripathi
Graphic Era University, Dehradun (UK) India
tripathi_rp0231@rediffmail.com
Dinesh
Singh
Head
Department of Mathematics
SSRRPG College, Dehradun (UK) India
deptmaths@rediffmail.com
Tushita
Mishra
Department of Mathematics
SGRRPG College Dehradun (UK) India
tushitamishra@yahoo.com
10.22034/2015.4.06
In this paper, an EOQ model is developed for a deteriorating item with quadratic time dependent demand rate under trade credit. Mathematical models are also derived under two different situations i.e. Case I; the credit period is less than the cycle time for settling the account and Case II; the credit period is greater than or equal to the cycle time for settling the account. The numerical examples are also given to validate the proposed model. Sensitivity analysis is given to study the effect of various parameters on ordering policy and optimal total profit. Mathematica 7.1 software is used for finding optimal numerical solutions.
Quadratic time,Dependent demand,Inventory,Trade credits,Deterioration,Time dependent
http://www.ijsom.com/article_2620.html
http://www.ijsom.com/article_2620_933a1134d5dbd8a4bd015bf361dfe9c4.pdf
Kharazmi University
International Journal of Supply and Operations Management
23831359
23832525
2
4
2016
02
01
Supplier Selection in Three Echelon Supply Chain & Vendor Managed Inventory Model Under Price Dependent Demand Condition
1079
1101
EN
Mohammad
Sohrabi
Department of industrial engineering, PNU University, Tehran, Iran
ms.sohrabibb@gmail.com
Parviz
Fattahi
Department of Industrial Engineering Bu Ali Sina University, Hamadan, Iran
pfattahi@gmail.com
Amir
Kheirkhah
Department of Industrial Engineering Bu Ali Sina University, Hamadan, Iran
amirsamankheirkhah@yahoo.com
Gholamreza
Esmaeilian
Department of Industrial Engineering PNU University, Isfahan, Iran
greiep@yahoo.com
10.22034/2015.4.07
This paper, considers the supplier selection in three echelon supply chain with Vendor Managed Inventory (VMI) strategy under price dependent demand condition. As there is a lack of study on the supplier selection in VMI literature, this paper presents a VMI model in supply chain including multi supplier, one distributer and multi retailer that distributer selects suppliers. Two class models (traditional vs. VMI) are presented and we compare them to study the impact of VMI on supply chain and supplier selection. As the proposed model is a NP-hard problem, a meta-heuristics namely Harmony Search is employed to optimize the proposed models. We show that how the VMI system can effect on supplier selection and can change the set of selected suppliers. Finally the conclusion and further studies are presented
Supplier Selection,Vendor managed inventory,Price Dependent Demand,Harmony search
http://www.ijsom.com/article_2651.html
http://www.ijsom.com/article_2651_490e66dd44181af162c75ab1195f210f.pdf