Laboratorier
Kontaktperson, laboratorier
Publikasjoner
- Experimental study of bubble cavitation on a NACA 0015 hydrofoil by a computer vision approach
- Profilometry: a non-intrusive active stereo-vision technique for wave-profile measurements in large hydrodynamic laboratories Les publikasjonen
- Non-equilibrium turbulent boundary layers in high reynolds number flow at incompressible conditions: effects of streamline curvature and three dimensionality
- Designing Composite Adaptive Propeller Blades with Passive Bend–Twist Deformation for Periodic-Load Variations Using Multiple Design Concepts Les publikasjonen
- A computational iterative design method for bend-twist deformation in composite ship propeller blades for thrusters Les publikasjonen
- Numerical, Experimental and Full-Scale Investigation of a passive Air-Lubrication System for High-Speed Craft
- Experimental verification of the elastic response in a numeric model of a composite propeller blade with bend twist deformation Les publikasjonen
- A comparison of physical and numerical modeling of homogenous isotropic propeller blades Les publikasjonen
- Time Domain Modeling of Propeller Forces due to Ventilation in Static and Dynamic Conditions Les publikasjonen
- Predicting thrust loss of ship propellers due to ventilation and out-of-water effect Les publikasjonen
Annen formidling
- Characterisation of Bubble Layer lubrication mechanism by means of Bubble Image Velocimetry
- The BeVERLI Hill three-dimensional separating flow case: cross-facility comparisons of validation experiment results
- Experimental and Numerical Advances in Underwater Radiated Noise Prediction of Cavitating Propeller-Hull Combinations
- Numerical and Experimental Study of Tidal Turbine Performance
- Towards Reliable Prediction of Propeller Noise: Challenges and Findings of the Project ProNoVi
- A COMBINED EXPERIMENTAL AND NUMERICAL INVESTIGATION ON SURFACE PIERCING HYDROFOILS
- OPEN WATER CHARACTERISTICS OF THREE MODEL SCALE FLEXIBLE PROPELLERS
- Study on Additional Ship Resistance due to Roughness using CFD
- Analysis Methods and Design Measures for the Reduction of Noise and Vibration Induced by Marine Propellers
- A comparison of physical and numerical modeling of homogenous isotropic propeller blades