LOGISTICS IN A CONTESTED ENVIRONMENT: NETWORK ANALYSIS AND FLOW OPTIMIZATION

The present state of the naval logistics system is efficient and effective at supplying forward-deployed naval forces; however, it is optimized for operations in uncontested environments. As the United States enters another era of great-power competition, it must determine the type of logistics system that is able to operate in a region where friendly forces do not have sea control. This study creates a network of logistics hubs in the Pacific theater. Using network science and prominent centrality measures, we examine the structure of a nominal Pacific theater logistics network for an array of logistic assets. In this thesis, we develop a maximum flow algorithm and apply it to our logistics network. Our proposed maximum flow algorithm optimizes vessel configuration and routing to satisfy as much demand as possible. We hope our study provides insights into the capabilities of the current logistics system and potential areas for improving logistics capabilities in contested environments.Outstanding ThesisLieutenant Junior Grade, United States NavyApproved for public release. distribution is unlimite