Projects
Contact person, projects
Publications
- Scale Resolving CFD Simulations of Aerodynamic Performance of Wind Turbines
- Design Exploration Study with Counter-Rotating Propellers for a Zero-Emission Coaster Vessel
- Impact of automation and zero-emission propulsion on design of small inland cargo vessels Read publication
- Numerical and experimental study of a series of contrarotating propellers
- SOBC-1 – an open science validation dataset for conventional and wind assisted ship propulsion
- Prediction of integral and local aerodynamic loads on wind turbine blades using high-fidelity CFD
- Towards the CFD Validation and Analysis of Aerodynamic Loads Acting on the Rotor of a Floating Wind Turbine Subject to Forced Motions
- Prediction of integral and local aerodynamic loads on wind turbine blades using high-fidelity CFD
- A Calibration Study with CFD Methodology for Self-Propulsion Simulations at Ship Scale Read publication
- SOBC-1 – an open science validation dataset for conventional and wind-assisted ship propulsion
Other
- SOBC-1 – an open science validation dataset for conventional and wind-assisted ship propulsion
- Prediction of integral and local aerodynamic loads on wind turbine blades using high-fidelity CFD
- Towards the CFD Validation and Analysis of Aerodynamic Loads Acting on the Rotor of a Floating Wind Turbine Subject to Forced Motions
- IS IT FEASIBLE TO REDUCE FUEL CONSUMPTION BY 50% BY COMBINING WASP, GATE RUDDER AND A SLENDER DESIGN
- Experimental and Numerical Advances in Underwater Radiated Noise Prediction of Cavitating Propeller-Hull Combinations
- Simulation driven design of a counter-rotating propeller system for low-emission coaster vessel
- Numerical and Experimental Study of Tidal Turbine Performance
- Numerical prediction and validation of ship's propulsion performance in full scale
- Towards Reliable Prediction of Propeller Noise: Challenges and Findings of the Project ProNoVi
- Analysis Methods and Design Measures for the Reduction of Noise and Vibration Induced by Marine Propellers