Searched for: author:"van der Weide, E."
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document
Koodly Ravishankara, A. (author), Ă–zdemir, H. (author), van der Weide, E. (author)
The surface of wind turbine blades are prone to degradation due to exposure to the elements. Rain, hail, insects are among the many causes of turbine blade degradation or erosion. Surface degradation of the wind turbine blades leads to a reduction in the aerodynamic performance, resulting in power losses. The effect of surface degradation is...
article 2021
document
Koody Ravishanara, A. (author), Ozdemir, H. (author), van der Weide, E. (author)
Wind turbine aerodynamics can be broadly classified in the high Reynolds number and low Mach number regime. Flows in this regime are generally incompressible and have large regions where they can be considered as inviscid. Thus, a great number of tools have been developed with incompressible and inviscid flow assumptions. However, as wind...
conference paper 2020