The growing number and growing size of wind energy projects coupled with the rapid
growth in high-performance computing technology are driving researchers toward …

The growing number and size of wind energy projects coupled with the rapid growth in high-
performance computing technology are driving researchers toward conducting large-scale …

Abstract The Mesoscale to Microscale Coupling team, part of the US Department of Energy
Atmosphere to Electrons (A2e) initiative, has studied various important challenges related to …

The growing size of wind turbines leads to extremely high tip speeds when the blades are
rotating. The blades are prone to leading edge erosion when raindrops hit the blades at …

The installation of offshore wind farms is rising, driven by the goal of changing the global
energy matrix. However, many of their possible impacts are still unknown. Increased noise …

There are different configurations selected by both industry and academia as the drivetrain
for wind turbines in the power range of 10 to 16 MW. The choice of drivetrain system …

In this work, we investigate the dynamics of wind turbine tip-vortex breakdown in a
conventionally neutral atmospheric boundary layer (ABL). To this end, high-resolution data …

Offshore wind energy, as a clean and renewable resource, offers numerous advantages
over onshore wind energy due to higher wind speeds and greater turbine capacity …

An important source of errors in predicting landfalling atmospheric rivers (ARs), and their
associated extreme precipitation and streamflow, are inaccuracies in model initial conditions …

Measuring boundary layer stratification, wind shear, and turbulence remains challenging for
wind resource assessment. In particular, larger eddy scales have the greatest impact on …