AJIBM  Vol.8 No.12 , December 2018
Game Analysis of Price Competition between Three Echelon Supply Chains
Abstract: Aiming at the new problem of price competition between three echelon supply chains, this paper quantitatively analyzes the reasons for the low price competition under the ten decision-making forms under the framework of the Bertrand game, and then one of the supply chains is differentiated by providing value-added services, thus reducing the impact of price competition on them. It also deduces whether the critical point of differential investment is to be differentiated, and compares the value increment of the ten decision forms. The conclusion is: when the product differentiation is the same, the value of the supply chain of value-added services depends on the decision form of the other chain, and the decentralized decision making is the best form of decision. In particular, when the degree of alienation is relatively large, the difference between the value of three differentiated investment critical points is 2 times.
Cite this paper: Tan, M. and Liu, Y. (2018) Game Analysis of Price Competition between Three Echelon Supply Chains. American Journal of Industrial and Business Management, 8, 2403-2420. doi: 10.4236/ajibm.2018.812161.

[1]   Lu, W.L., Chen, H.M. and Shuai, X. (2004) Entry Barriers and Firms’ Product Differentiation Strategy. Journal of Industrial Engineering and Engineering Management, No. 3, 38-41.

[2]   Gong, R.C. and Liu, L. (2011) Effect of Firm’s Differentiation Strategy on Price and Quality Competition Game Equilibrium Solution. Economic Review, No. 1, 23-30.

[3]   Li, B.X. (2013) Analysis of Bertrand Game Decision-Making between Multiple Supply Chains under Price and Service Competition. Jiangsu Commercial, No. 2, 20-23.

[4]   Tan, Z.L. and Liang, Z.X. (2016) Research on Dynamic Repeated Game Model of China’s Coal Market Price. Coal Economic Research, 36, 45-48.

[5]   Peng, L., Zhang, B.X. and Chen, X.C. (2016) Pricing Policies for a Dual-Channel Supply Chain Under Service Level. Mathematic in Practice and Theory, 46, 98-106.

[6]   Li, B.X., Nan, Y.R. and Guo, J. (2018) Channel Choice Strategy with Risk Aversion: Company-Owned Store vs Franchised Store. Mathematics in Practice and Theory, 48, 58-69.

[7]   Zhang, B.X., Wang, W.L., Zhang, M.Z. and Yu, X.L. (2015) Analysis of Stackelberg Game between Three-Level Supply Chains. Mathematics in Practice and Theory, 45, 154-163.

[8]   Yang, L., Li, B.Y. and Lan, W.G. (2010) Study on the Strategy of Product Based on Game Analysis. Management Review, 22, 62-67.