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Benard, P. (author), Viré, A.C. (author), Moureau, V. (author), Lartigue, G. (author), Beaudet, L. (author), Deglaire, P (author), Bricteux, L (author)
Accurate simulation of wind turbine wakes is critical for the optimization of turbine efficiency and prediction of fatigue loads. These wakes are three-dimensional, complex, unsteady and can evolve in geometrically complex environments. Modeling these flows calls thus for high-quality numerical methods that are able to capture and transport thin...
journal article 2018
document
Benard, P. (author), Bricteux, L (author), Moureau, V. (author), Lartigue, G. (author), Beaudet, L. (author), Laine, R. (author), Viré, A.C. (author)
An horizontal axis wind turbine placed in a free stream develops a wake behind its rotor. Inside this wake, complex vortical instabilities are developing and can lead to turbulent structures generation1 . In order to predict performances and loads of wind turbines in wind farms, it is essential to accurately characterize these wakes and their...
abstract 2017