Wind conditions in the built environment are complex in nature and characterized by lower
wind speeds and higher turbulence due to the presence of obstructions. A growing body of …

The aerodynamics of horizontal axis wind turbine wakes is studied. The contents is directed
towards the physics of power extraction by wind turbines and reviews both the near and the …

Although the atmospheric sciences community has been studying the effects of atmospheric
stability and surface roughness on the planetary boundary layer for some time, their effects …

This paper aims to assess the Darrieus vertical axis wind turbine (VAWT) configurations,
including the drawbacks of each variation that hindered the development into large scale …

Average power losses due to wind turbine wakes are of the order of 10 to 20% of total power
output in large offshore wind farms. Accurately quantifying power losses due to wakes is …

We provide the first quantitative assessment of power production and wake generation from
offshore wind energy lease areas along the US east coast. Deploying 15-MW wind turbines …

To optimize wind farm layout and improve wind energy conversion, it is significant to
accurately and efficiently model wind turbine wake. In this study, a novel dimensionality …

To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple
Engineering Models (EM) that simulate wind farms using basic principles of physics and …

Shared mooring lines are a method to reduce the stationkee** cost of floating offshore
wind farms; however, their impacts on floating array dynamics are not yet well understood …

This study presents the setup, methodology and results from a measurement campaign
dedicated to the characterization of full-scale wind turbine wakes under different inflow …