Generating accurate weather forecasts of planetary boundary layer (PBL) properties is
challenging in many geographical regions, oftentimes due to complex topography or …

We present a new ensemble of 36 numerical experiments aimed at comprehensively
gauging the sensitivity of nested large-eddy simulations (LES) driven by large-scale …

Abstract Coupling Large Eddy Simulations (LES) with Numerical Weather Prediction (NWP)
models has promising applications for wind energy. Regional climatology, optimal siting of …

The coupling of mesoscale and microscale simulation methods represents a significant
challenge of wind energy research. Conventional approaches used to address this problem …

Abstract The Weather Research and Forecasting model was applied in a nested
configuration from the convection‐permitting resolution of 2.5 km, via an intermediate …

Numerical simulations are performed to assess the influence of horizontal and vertical
model resolution on the turbulent erosion of a cold‐air pool (CAP) by foehn winds in an …

Wakes from wind farms can extend over 50 km downwind in stably stratified conditions.
These wakes can undermine power production at downwind turbines, adversely impacting …

Air quality modeling (AQM) is often used to investigate gaseous pollution around industrial
zones. However, this methodology requires accurate emission inventories, unbiased AQM …

Modeling atmospheric turbulence in the convective boundary layer is challenging at
kilometer and subkilometer resolutions, as the horizontal grid spacing approaches the size …

Here, we present the first attempt to fully represent three‐dimensional turbulence fluxes in
the “Terra Incognita” or the gray zone in other words. In order to derive partitioning functions …