The design and development of floating offshore wind turbines (FOWTs) is an attractive
issue in the wind energy harvesting field. In this study, the research related to the high …

Meandering describes the large-scale, low frequency motions of wind turbine wakes, which
could determine wake recovery rates, impact the loads exerted on turbine structures, and …

Site-specific wind farm design must take into account the effects of site-specific terrain
topography. Large-eddy simulation (LES) is a promising approach for simulating the site …

A convolutional neural network (CNN) autoencoder model has been developed to generate
3D realizations of time-averaged velocity in the wake of the wind turbines at the Sandia …

The wake of an isolated model-scale wind turbine is analysed in a set of inflow conditions
having free stream turbulence intensity between 3% and 12%, and integral time scales in …

In this work, we investigate the characteristics of wind turbine wakes for three different blade
designs (ie the NREL-Ori, NREL-Root and NREL-Tip designs, where the NREL-Ori refers to …

Super-large-scale particle image velocimetry using natural snowfall is used to investigate
the influence of nacelle and tower generated flow structures on the near-wake of an …

In this study, stereo particle imaging velocimetry measurements are performed at multiple
streamwise locations behind a yawed wind turbine to reveal the formation mechanisms of …

The wake meandering characteristics of four different wind turbine designs with diameters
ranging from a few centimetres (wind tunnel scale) to a hundred metres (utility scale) are …

Wake meandering, a phenomenon of large-scale lateral oscillation of the wake, has
significant effects on the velocity deficit and turbulence intensities in wind turbine wakes …