二部制契约下供应链内外部融资模式比较分析

工业工程

二部制契约下供应链内外部融资模式比较分析

（1.天津职业技术师范大学经济与管理学院, 天津 300222；2.天津大学管理与经济学部，天津 300072）

出版日期:2016-02-29 发布日期:2016-04-05
作者简介: 杨勇(1982-)，河南省人，副教授，博士，主要研究方向为企业管理.
基金资助:
教育部人文社会科学研究青年基金资助项目（15YJC790131）

A Comparative Analysis of Internal and External Financing Mode of Subordinate Supply Chain under Two-part Tariff Contract

1.School of Management and Economics, Tianjin University of Technology and Education, Tianjin 300222, China；2.College of Management and Economics, Tianjin University, Tianjin 300072,China

Online:2016-02-29 Published:2016-04-05

摘要/Abstract

摘要：

主要对二级响应型供应链的内外部融资模式的对比分析。主要研究的是二级供应链由单一供应商和零售商组成和销售单一产品所面临的资金约束问题。运用数量柔性契约使供应链链条下游企业来考虑内外部融资方式并能够做出最优选择。研究得出，在二级供应链上，影响供应链企业融资的主要因素为供应商和零售商的综合信用。若供应商的信用较好，则采用的融资方式为内部融资，既有利于降低资金使用的成本又可以吸引零售商加大订购产品数量，从而达到供应链绩效整体最优。

关键词: , 响应型供应链；数量柔性契约；资金约束；内部融资；外部融资

Abstract:

Regarding quantity flexible contract as the research object, two financing methods for downstream enterprises of supply chain are put forwardexternal financing for supply chain and internal financing for supply chain based on the responsive supply chain formed by a single supplier and a single retailer. By applying the financing methods for the responsive supply chain under the capital constraint and through theoretical evidence, it is concluded that internal financing can deduct the financing cost as well as to stimulate the retailers to order more products and can finally reach the best performance of the supply chain under the condition that the supplier has a good credit.

Key words: responsive supply chain, quantity flexible contract, capital constraint, internal financing, external financing

杨勇1, 付强1, 史慧2. 二部制契约下供应链内外部融资模式比较分析[J]. 工业工程.

YANG Yong1，FU Qiang1，SHI Hui2. A Comparative Analysis of Internal and External Financing Mode of Subordinate Supply Chain under Two-part Tariff Contract[J]. Industrial Engineering Journal .

参考文献

［1］TSAY A A.The quantity flexibility contract and suppliercustomerincentves［J］. Management Science, 1999,45(10): 1339-1358.
［2］LARIVIERE M A. Supply chain contracting and coordinationwith stochastic demand［C］∥Quantitative Models forSupply Chain Management. Boston: Kluwer AcademicPublishers, 1999: 233-268.
［3］TSAY A A, LOVEJOY W S. Quantity flexibility contracts andsupply chain performance［J］. Manufacturing and ServiceOperationsManagement, 1999, 1(2): 89-111.
［4］BARNESSCHUSTER D, BASSOK Y, ANUPINDI R. Coordinationand flexibility in supply contractswith options［J］. Manufacturing & Service Operations Management, 2002,4(3): 171-207.
［5］WU Jianghua. Quantity flexibility contracts under Bayesian updating［J］. Computers& Operations Research, 2005, 32(5): 1267-1288.
［6］HILL A V,HAYS J M,NAVEH E.A model for optimal delivery timeguarantees［J］.Journal of Service Research,2000,2(3):254-264.
［7］HOT H，ZHANG J J． Designing pricing contracts for boundedly rational customers: Does the framing of the fixed fee matter［J］．Management Science，2008，54(4): 686-700．
［8］LOCH C H，WU Y Z.Social preferences and supply chainperformance: An experimental study［J］.Management Science，2008，54(11): 1835-1849．

［9］何龙飞，赵道致，刘阳．基于自执行契约设计的供应链动态博弈协调［J］．系统工程理论与实践，2011，31(10):1864-1878．
HE Longfei，ZHAO Daozhi，LIU Yang.Side-payment self-enforcing contract based supply chain dynamic game coordi-nation［J］.Systems Engineering*Theory ＆ Practice，2011，31(10): 1864-1878．
［10］KARKMARKAR U S.Lot sizes，lead times and in-process in-ventories［J］.Management Science，1987，33(3): 409-418．
［11］CHANDRA P，GUPTA S．-Managing batch processors to reduce lead time in a semiconductor packaging line［J］．-Interna tional Journal of Production Ｒesearch，1997，35(3): 611633．
［12］GLOCK C H． Lead time reduction strategies in a single vendor single Buyer integrated inventory model with lot size-de-pendent lead times and stochastic demand［J］.International Journal of J Production Economics，2012，136(1): 37-44．
［13］KIM J S，BENTON W C． Lot size dependent lead times in a Q,Ｒ inventory system［J］．International Journal of Production Ｒesearch，1995，33(1): 41-58．
［14］李怡娜，徐学军．信息不对称条件下可控提前期供应链协调机制研究［J］．管理工程学报，2011，25(3): 194-199．
LI Yina，XU Xuejun． Supply chain coordination with controllable lead time and asymmetric information［J］． Journalof Industrial Engineering / Engineering Management，2011，25(3): 194-199．
［15］邵建军，柯大钢．价格、时间敏感需求下的供应链价格与交付期管理［J］．管理工程学报，2008，22(4): 92-94．
SHAO Jianjun，KE Dagang． Supply chain price and delivery time management under time and price sensitive demand［J］.Journal of Industrial Engineering Management，2008，22(4): 92-94．

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