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Aerodynamics of wind turbines
S0RENSEN J N MIKKELSEN R TROLDBORG N OKULOV V Technical University
Modeling of wind turbine wakes
6 other sections not shown
actuator disc aerodynamic damping aerodynamic forces aeroelastic airfoil analysis angle of attack anti-icing applications axial AXIS WIND TURBINE azimuth blade pitch boundary layer chord coefficient components computations configuration Denmark distribution drag dynamic stall edgewise effect equations excitation experimental experiments Figure flap flow conditions Fluid flutter grid Hansen HAWCStab heat flux ice prevention system increase induced velocity inflow lateral tower leading edge lift longitudinal tower measured method modal mode shapes NACA natural frequencies Navier-Stokes Navier-Stokes equations near-wake NREL operation parameters performance pitch angle predicted Reynolds number rotational rotor blades rotor speed S0rensen scale simulations smart spanwise stall regulated stall-induced vibrations structural surface temperature tip speed ratio torque torsional tower mode trailing edge turbine modes turbulence typical variation VAWT vortex wake model Wind Energy wind farms wind shear wind speed wind tunnel WIND TURBINE AERODYNAMICS wind turbine blades wind turbine rotor