
Our research on aerodynamic modeling of WASP Ships, carried out together with CFD experts Bailardi Boutique Engineering and with the support of bound4blue, was presented at the HIPER conference (High-Performance Marine Vehicles) in Erfurt, Germany.
The paper — "Towards a Multi-Fidelity Ship-Sails Aerodynamic Interaction Model for Wind-Assisted Ship Propulsion" — compares high-fidelity CFD simulations with the so-called effective wind model across three wind-assisted propulsion devices: a Flettner rotor, a Suction Wing, and a Wingsail.
Results show that model accuracy varies across device types due to the pressure-field coupling, and that a combined multi-fidelity approach will offer the best balance between accuracy and computational efficiency.