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An integrated structural modelling and MICMAC analysis for supply chain disruption risk classification and prioritisation in India

机译:用于印度供应链中断风险分类和优先级排序的集成结构建模和MICMAC分析

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摘要

Supply chain disruptions can have severe impacts on a firm. Realising the importance of the matter, this study aims at identifying and prioritising the risks associated with supply chain disruption as faced by Indian manufacturing sector. A two-phase methodology is used for achieving the objectives - the first phase involves the identification and finalisation of supply chain disruption risks through literature review and expert opinion using Delphi technique, and the second phase involves deriving the interrelationships between the risk factors and classification based on the influence and dependence power by using interpretive structural modelling (ISM) and MICMAC methodology. Environmental risk factors and supplier risk factors have become the strong drivers of other supply chain uncertainties. The outcomes of the study would help managers and governmental departments in analysing and taking actions to cope with supply chain disruptions.
机译:供应链中断可能对公司产生严重影响。意识到这一问题的重要性,本研究旨在确定和优先考虑印度制造业所面临的与供应链中断相关的风险。使用两个阶段的方法来实现目标-第一阶段涉及使用Delphi技术通过文献审查和专家意见来识别和确定供应链中断风险,第二阶段涉及推导风险因素和基于分类的相互关系。通过使用解释性结构建模(ISM)和MICMAC方法论来研究影响力和依赖权。环境风险因素和供应商风险因素已成为其他供应链不确定性的强大驱动力。该研究的结果将有助于管理人员和政府部门分析并采取行动以应对供应链中断。

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