Modeling and Optimization of Processes in a Mixed-Use Harbor

The present research addresses the complicated challenges of modelling and enhancing processes in mixed-use harbors, focusing on Volos, where the convergence of many activities necessitates customized solutions for effective administration. This research initiates a case-specific investigation in response to the changing marine industry landscape, which is represented by the integration of shipping, recreation, and tourism inside the harbor of Volos. Real-world data from the Volos harbor was gathered using a hybrid methodology that blends mathematical modeling and simulation methodologies to inform the dynamic models. Volos is a microcosm that captures the challenges in establishing a balance between tourist, , commercial ships, and recreational boating. The modeling strategy provides a comprehensive representation of processes by taking interactions and possible conflicts into consideration. It is based on well-established harbor models that have been modified for mixed-use areas. In addition, cutting-edge optimization methods were used, considering environmental impact, traffic control, and resource use. Findings, which were obtained in the particular setting of the Volos harbor, show significant gains in resource allocation and operational efficiency, offering important new information for harbor management.