Steady Wind

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Steady Wind

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The steady wind test cases comprise a series of individual simulations, each of which has a constant wind speed between cut-in (3 m/s) and cut-out (25 m/s). The rotor is aligned with the incoming wind flow so there is no skew angle in the horizontal plane. Each simulation is analysed for a significant period, which ensures full dissipation of initial transients. Results are presented in the form of mean values at each wind speed, which are computed over the final 100 seconds of simulation time. The first three rows of plots present turbine performance metrics, the next two focus on the blade structural responses, while the final row considers tower loads.

ExL06-Steady-Rotor Speed

ExL06-Steady-Generator Torque

ExL06-Steady-Blade Pitch

ExL06-Steady-Rotor Thrust

ExL06-Steady-Rotor Skew

ExL06-Steady-Generator Power

ExL06-Steady-Rotor Aero Cp

ExL06-Steady-Rotor Aero Ct

ExL06-Steady-Rotor TSR

ExL06-Steady-Root Moment (Flapwise)

ExL06-Steady-Root Moment (Edgewise)

ExL06-Steady-Blade Root Torque

ExL06-Steady-Tip Deflection (Flapwise)

ExL06-Steady-Tip Deflection (Edgewise)

ExL06-Steady-Blade Root Axial Force

ExL06-Steady-Tower Base Moment (F-A)

ExL06-Steady-Tower Base Shear (F-A)

ExL06-Steady-Tower Clearance