En 3D Vindsimulator til bestemmelse af ekstremlaster og udmattelseslaster - DTU Orbit

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En 3D Vindsimulator til bestemmelse af ekstremlaster og udmattelseslaster

Project

With the same participants

Aerodynamic and structutal design of wind turbine blades
Project: PhD
Design of next generation wind turbine rotors
Project
Simulation of flows past a wind turbbine with wind shear using Navier-Stokes based sliding mesh technique
Project: PhD
Aerodynamics and optimization of wind turbines in complex terrain
Project
Simulation and Modelling of Wakes and Wake Interaction in Offshore Wind Farms
Project: PhD
Aerodynamic and Mechanical System Modelling
Project: PhD
Simulation and prediction of wakes and wake interaction in wind farms
Project: PhD
Atmospheric turbulence and wind energy
Project: PhD
Dynamisk modellering af indvendigt riflede fordamperrør, med henblik på øget driftsfleksibilitet af termiske kraftværker
Project: PhD
Floating offshore wind turbines - 3D hydrodynamics coupled to an advanced aero-elastic code
Project: PhD

Hansen, Kurt Schaldemose (Project Manager, organisational)
Sørensen, Jens Nørkær (Project participant)

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Status	Current
Period	14-01-02 → 31-12-02

Financing source	Forsk. EU - Rammeprogram
Research programme	Forsk. EU - Rammeprogram
Amount	150,317.00 Danish kroner

ID: 2225493