Floating offshore wind turbines - 3D hydrodynamics coupled to an advanced aero-elastic code - DTU Orbit

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Floating offshore wind turbines - 3D hydrodynamics coupled to an advanced aero-elastic code

Project: PhD

With the same participants

Operation of Ultra Large Contianer Ships
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Aerodynamic and structutal design of wind turbine blades
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Improved design bases of welded joints in seawater
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Design of next generation wind turbine rotors
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Simulation of flows past a wind turbbine with wind shear using Navier-Stokes based sliding mesh technique
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Aerodynamics and optimization of wind turbines in complex terrain
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Simulation and Modelling of Wakes and Wake Interaction in Offshore Wind Farms
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Aerodynamic and Mechanical System Modelling
Project: PhD

Ramachandran, Gireesh Kumar V.R. (Phd Student)
Jensen, Jørgen Juncher (Supervisor)
Sørensen, Jens Nørkær (Main Supervisor)
Bingham, Harry B. (Examiner)
Veldkamp, Dick (Examiner)
Nielsen, Finn Gunnar (Examiner)

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Status	Current
Period	01-02-09 → 31-01-12

Financing source	Internal funding (public)
Research programme	Eksternt finansieret virksomhe

ID: 2327101