Design of next generation wind turbine rotors - DTU Orbit

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Design of next generation wind turbine rotors

Project

With the same participants

Aerodynamic and structutal design of wind turbine blades
Project: PhD
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
Experimental characterization of airfoil boundary layers for improvement of aeroacoustic and aerodynamic modelling
Project: PhD

Shen, Wen Zhong (Project Manager, organisational)
Sørensen, Jens Nørkær (Project Manager, organisational)
Zhu, Wei Jun (Project Manager, organisational)
Madsen, Jesper, LM Wind Power, Aero Group, (Project Manager, organisational)

Technical University of Denmark, Department of Mechanical Engineering
LM Wind Power, Aero Group,

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Status	Current
Period	01-07-11 → 30-06-14

Financing source	Forskningsprojekter - Miljø- og Energiministeriet
Research programme	Forskningsprojekter - Miljø- og Energiministeriet
Amount	16,716,501.00 Danish kroner

ID: 2285312