Large eddy simulations (LES) of wind farms have the capability to provide valuable and
detailed information about the dynamics of wind turbine wakes. For this reason, their use …

The interest for co-located wind and solar photovoltaic (PV) parks, also known as hybrid
power parks (HPPs), is increasing both in industry and in the scientific community. Co …

A new multiscale simulation methodology is introduced to facilitate computationally efficient
simulations of high Reynolds number turbulence seen in wall-bounded flows. The scale …

Lidar systems have the potential of alleviating structural loads on wind turbines by providing
a preview of the incoming wind field to the control system. For a collective pitch controller …

The structure of the internal boundary layer above long wind farms is investigated
experimentally. The transfer of kinetic energy from the region above the farm is dominated …

Large‐eddy simulations (LES) were used to predict the neutral atmospheric boundary layer
over a sparse and a dense forest, as well as over grass‐covered flat terrain. The forest is …

A spectral-tensor model of non-neutral, atmospheric-boundary-layer turbulence is evaluated
using Eulerian statistics from single-point measurements of the wind speed and temperature …

A spectral tensor model is presented for turbulent fluctuations of wind velocity components
and temperature, assuming uniform vertical gradients in mean temperature and mean wind …

Non-idealized wind profiles frequently occur over the Baltic Sea and are important to take
into consideration for offshore wind power, as they affect not only the power production but …

During the eXperimental Planetary boundary layer Instrumentation Assessment (XPIA)
campaign, which was carried out at the Boulder Atmospheric Observatory (BAO) in spring …