Effects of spanwise blade load distribution on wind turbine wake evolution
X Yang, A Boomsma, F Sotiropoulos… - 33rd Wind Energy …, 2015 - arc.aiaa.org
33rd Wind Energy Symposium, 2015•arc.aiaa.org
TURBinE wake interaction affects wind turbine performance and lifetime. It is usually
assumed that the wind speed deficit and turbulence intensity in the turbine wake primarily
depend on the thrust coefficient CT. The hypothesis in this paper is that the distribution of
spanwise (radial) loading may also affect the wake behavior. This hypothesis is tested on
two conceptual rotor designs, which will help inform rotor designs for the SWiFT (Scaled
Wind Farm Technology) site 1, 2 located at the Reese Technology Center near Lubbock, TX …
assumed that the wind speed deficit and turbulence intensity in the turbine wake primarily
depend on the thrust coefficient CT. The hypothesis in this paper is that the distribution of
spanwise (radial) loading may also affect the wake behavior. This hypothesis is tested on
two conceptual rotor designs, which will help inform rotor designs for the SWiFT (Scaled
Wind Farm Technology) site 1, 2 located at the Reese Technology Center near Lubbock, TX …
TURBinE wake interaction affects wind turbine performance and lifetime. It is usually assumed that the wind speed deficit and turbulence intensity in the turbine wake primarily depend on the thrust coefficient
CT. The hypothesis in this paper is that the distribution of spanwise (radial) loading may also affect the wake behavior. This hypothesis is tested on two conceptual rotor designs, which will help inform rotor designs for the SWiFT (Scaled Wind Farm Technology) site 1, 2 located at the Reese Technology Center near Lubbock, TX, USA.
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