三一重工供应链风险管理研究

发布时间：2018-03-29 23:31

本文选题：三一重工　切入点：供应链　出处：《长沙理工大学》2013年硕士论文

【摘要】：随着经济全球化进程的加快，市场竞争已不仅仅局限于单个企业的管理竞争，供应链之间的竞争已经深入人心，但是企业往往对自己的供应链没有一个很好的认识，导致供应链面临各种各样的风险，影响供应链的正常运作，也影响企业对于供应链的有效管理。近年来，我国工程机械制造企业发展迅速，来自国内外同行企业的竞争压力越来越大，供应链方面的问题也是层出不穷，迫切需要完善关于供应链风险管理方面的知识来提高供应链的核心竞争力。论文首先对供应链风险管理及SCOR模型的相关理论进行简要介绍。然后针对三一重工供应链的结构及现状，，三一重工供应链风险管理的现状进行了分析，并在此基础上利用修正的SCOR模型对其面临的风险进行识别，主要包括5个一级风险指标12个二级风险指标和46个三级风险指标，建立三一重工供应链风险评价指标体系。其次，根据风险不确定性特点，应用FMECA分析法进行了各级风险指标权重的计算，建立基于证据理论的供应链风险评价模型，利用证据融合算法进行计算，得到三一重工整体供应链风险的综合效用值以及上一级风险的风险值，确定其风险等级。最后，根据研究结果，针对主要风险提出一些防范措施。通过本研究对三一重工供应链所面临的风险有了深刻的认识，研究结果为决策者采取针对性措施进行风险防范提供一定的理论依据，同时对提高其他工程机械制造企业的供应链风险防范意识，健全供应链风险管理体系有重要意义，也为其他工程机械制造企业进行高效的供应链风险管理提供一定的参考依据。
[Abstract]:With the acceleration of the process of economic globalization, market competition has not only been confined to the management competition of individual enterprises, but also the competition between supply chains has been deeply rooted in the hearts of the people, but enterprises often do not have a very good understanding of their own supply chain. The supply chain faces various risks, which affects the normal operation of the supply chain and the effective management of the supply chain. In recent years, the construction machinery manufacturing enterprises in China have developed rapidly. The competition pressure from the domestic and foreign peer enterprises is increasing, the supply chain problems are also emerging in endlessly, it is urgent to improve the knowledge of supply chain risk management to improve the core competitiveness of the supply chain. Firstly, the paper briefly introduces the supply chain risk management and the related theories of SCOR model, and then analyzes the current situation of Sany supply chain risk management according to the structure and current situation of Sany heavy Industry supply chain. On this basis, using the modified SCOR model to identify the risk it faces, mainly including 5 first-grade risk indicators, 12 second-level risk indicators and 46 third-level risk indicators, and establishes the Sany supply chain risk evaluation index system. According to the characteristics of risk uncertainty, FMECA analysis method is applied to calculate the weight of risk indicators at all levels, and a supply chain risk evaluation model based on evidence theory is established, and the evidence fusion algorithm is used to calculate. The comprehensive utility value of the supply chain risk of Sany heavy Industry and the risk value of the upper level risk are obtained, and the risk grade is determined. Finally, according to the research results, some preventive measures are put forward for the main risks. Through this study, we have a deep understanding of the risks faced by Sany heavy Industry supply chain, and the results provide some theoretical basis for the decision makers to take targeted measures to prevent the risks. At the same time, it is of great significance to improve the awareness of supply chain risk prevention and improve the supply chain risk management system of other construction machinery manufacturing enterprises. It also provides some reference for other construction machinery manufacturing enterprises to carry out efficient supply chain risk management.
【学位授予单位】：长沙理工大学
【学位级别】：硕士
【学位授予年份】：2013
【分类号】：F274;F426.4

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