Abstract Enhancing resilience strategies for the maritime supply chain is crucial to ensure smooth operations and minimize disruptions in global trade. This study proposes an integrated method that combines the Best-Worst Method and fuzzy TODIM (Interactive and Multi-criteria Decision-Making, the acronym in Portuguese) approach to prioritize strategies for maritime supply chain resilience. Unlike prior research, our study suggests that resilience strategy selection varies across different risk scenarios. The present study undertakes a thorough examination of strategies for enhancing maritime supply chain resilience in response to three typical scenarios: port congestion, labor shortage, and abnormal freight rate fluctuation. The findings demonstrate that accelerated container turnover, human resource backup, and long-term shipping contracts emerge as paramount strategies for effectively improving resilience. This study establishes a cornerstone for the development of maritime emergency management protocols, grounded in the systematic analysis of risk scenarios.
Scenario-based strategies evaluation for the maritime supply chain resilience
2023-10-09
Article (Journal)
Electronic Resource
English
Maritime supply chain , Resilience strategy , Evaluation , Multi-criteria decision-making , Scenario analysis , MCDM , Multi-criteria decision making , TODIM , Interactive and Multi-criteria Decision-Making , MSCR , Maritime supply chain resilience , BWM , Best-Worst method , VIKOR , Vise Kriterijumsa Optimizacija I Kompromisno Resenje , CODAS , COmbinative Distance-based Assessment , COPRAS , Complex Proportional Assessment , CoCoSo , Combined Compromise Solution , TOPSIS , Technique for Order of Preference by Similarity to Ideal Solution , AHP , Analytical Hierarchy Process , ANP , Analytical Network Process , DEMATEL , Decision-Making Trial and Evaluation Laboratory , QFD , Quality Function Deployment , ISM , Interpretive Structural Modelling , MICMAC , Matriced Impacts Croisés Multiplication Appliquée á un Classement
A quality function deployment approach to improve maritime supply chain resilience
Online Contents | 2016
|Maritime and Supply Chain Security in Europe
British Library Conference Proceedings | 2010
|