Aerodynamics for R&D
Maritime
CFD flow simulations for ships, ports and locks
Aerodynamics for R&D
CFD flow simulations for ships, ports and locks
We support the maritime sector with high-quality CFD simulations focused on both ship design and the analysis of water and air flow in ports and locks. Our expertise helps clients optimize performance, safety, comfort, and operational efficiency through advanced modelling of complex fluid dynamics phenomena.
Our maritime clients include ship designers, yacht builders, port authorities, engineering consultancies and research institutes. We often act as a dedicated knowledge partner, providing specialist expertise in CFD simulations, wind engineering, airflow modelling and hydrodynamic analysis..
As a Dutch engineering firm, we are strongly connected to major shipyards, yacht builders and port authorities in the Netherlands, serving both civilian and naval sectors.
Within the maritime sector, we primarily provide CFD simulation services tailored to design optimization, risk reduction and performance improvement.
For vessels, we analyse a wide range of aspects beyond hydrodynamic hull design. Our simulations can evaluate exhaust gas dispersion around ships, optimise HVAC system performance for ventilation and cooling of interior spaces, and assess dynamic water behaviour, such as sloshing in pools or jacuzzis on luxury yachts.
We apply CFD simulations to:
For ports and waterways, we simulate water flow behaviour in locks and harbour basins, optimise filling and emptying systems, and analyse wind patterns across port areas to improve operational safety and efficiency.
We support port authorities and hydraulic research institutes with:
We use advanced Computational Fluid Dynamics (CFD) simulations to model airflow, water flow and pollutant dispersion based on detailed 3D geometries of ships, ports and hydraulic structures.
Our simulations provide deep insight into complex flow behaviour and enable accurate prediction of real-world performance. Based on simulation outcomes, we provide practical design recommendations to improve vessel efficiency, optimise lock performance, enhance safety and reduce operational risks in maritime environments.