Study On Contributing Factors In Supply Chain Resilience Of Marine Engineering Equipment Manufacturing Under EPC Mode

Frequent worldwide emergencies have brought great impacts to global supply chains.As an effective way to deal with different kinds of risks of disruptions,supply chain resilience has gradually become a research hotspot,aiming at coping with various threats brought by global uncertain environment and emergencies to the survival and development of supply chains.International supply chains of marine engineering equipment(MEE)manufacturing under EPC mode bear the first brunt of global emergencies.To construct and enhance supply chain resilience is an important way to ensure a safe and stable operation of our offshore equipment EPC projects.Based on an extensive review of relevant literature,this study focuses on the basic issue of "contributing factors in supply chain resilience of MEE manufacturing under EPC mode",considering operation practice of MEE supply chains under EPC mode.By using a system analysis method—the integrated Fuzzy-DEMATEL-MMDE-ISM method,12 contributing factors in supply chain resilience of MEE manufacturing under EPC mode are identified,with their importance analyzed and a structural relationship model of them constructed.Taking a MEE company as an example,the NK model is used to further explore the influence path of supply chain resilience of MEE manufacturing under EPC mode,and corresponding strategies are proposed to improve its supply chain resilience.As a new reference for supply chain resilience research,this study aims to reveal contributing factors and path of supply chain resilience of MEE manufacturing under EPC mode in order to help MEE enterprises enhance their EPC projects’ supply chain resilience and obtain competitive advantage,so as to provide theoretical guidance and practical thoughts for ensuring a stable and safe operation of our MEE supply chain in a global unstable environment.