Maritime Ports and Logistics

Maritime container terminals serve as the critical nodes where global supply chains touch land, and the efficiency of those handoffs — how ships are assigned to berths, how cranes sequence their lifts, how cargo moves onward by rail or truck — determines whether goods arrive on time or cascade into costly delays. Researchers in this area apply operations research methods, including mathematical programming, simulation, and combinatorial optimization, to squeeze more throughput from existing infrastructure and reduce idle time across the terminal. Because terminals face simultaneous, interdependent decisions under tight time windows, even modest algorithmic improvements can translate into significant reductions in vessel turnaround time and carbon emissions. Active frontiers include coordinating terminal operations with inland intermodal networks, adapting scheduling models to the growing scale of ultra-large container ships, and designing port infrastructure that can absorb future trade volumes without proportional growth in congestion.

Works

87,287

Total citations

402,615

Keywords

Container TerminalsOperations ResearchPort DevelopmentLogisticsIntermodal Freight TransportBerth Allocation