We present a suite of large-eddy simulations (LES) of a wind farm operating in
conventionally neutral boundary layers. A fixed 1.6 GW wind farm is considered for 40 …

The paper presents a study of the upstream influence of wind farms on the wind speed,
which is called blockage effect. A Reynolds Averaged Navier–Stokes (RANS) numerical …

To maximize the profitability of wind power plants, wind farms are often characterized by
high wind turbine density leading to operations with reduced turbine spacing. As a …

Synthetic-aperture radar images and mesoscale model results show that wind-farm wakes
behave very differently than single-turbine wakes, eg with wakes that seemingly narrow and …

Fast and accurate large‐eddy simulation (LES) of the atmospheric boundary layer plays a
crucial role in advancing wind energy research. Long‐duration wind farm studies at turbine …

This study introduces the actuator farm model (AFM), a novel parameterization for simulating
wind turbines within large eddy simulations (LESs) of wind farms. Unlike conventional …

Wind turbines operate in the atmospheric boundary layer (ABL), where Coriolis effects are
present. As wind turbines with larger rotor diameters are deployed, the wake structures that …

A parameterization of wave-induced stress is employed in an open-source large-eddy
simulation code to investigate the swell impacts on the wake flow and the power output of a …

An existing potential flow model for describing the interaction of complex structures and flow
currents is adapted for the modeling of a wind farm. The aim is to investigate if such a simple …

In the past decade, the increase in the number and scale of wind energy projects has
exposed deficiencies in the approach adopted by industry to assess potential wind farm …