The 10-min statistics of the turbulence observed on masts often vary with wind speed. On the
other hand, the wind engineering computational fluid dynamics (CFD) analysis often carried …

Accurate wind speed, direction, shear and turbulence information are key inputs for wind
farm energy yield and turbine suitability assessment. Met-mast measurements offer limited …

This paper presents a validation of the AROME-SIMRA model, which is a nested
computational fluid dynamics model that simulates both mesoscale and microscale …

Reconstruction of turbulent flow based on data assimilation methods is of significant
importance for improving the estimation of flow characteristics by incorporating limited …

Reproducing realistic date‐and site‐specific unsteady wind conditions in large‐eddy
simulations is becoming increasingly useful in wind energy. How to run a large‐eddy …

This paper presents a numerical method that predicts the wind flow over highly complex
terrain on a small length scale resolution. The wind speed profile in the first 800 meters of …

A model for the simulation of wind flow in complex terrain is presented based on the
Reynolds averaged Navier–Stokes (RANS) equations. For the description of turbulence, the …

To obtain basic understanding for the development of atmospheric turbulence assessment
technique for wind-energy application, we examine the performance of turbulence …

We investigate the ability of the Weather Research and Forecasting model to perform large-
eddy simulation of canonical flows. This is achieved through comparison of the simulation …

We present an intercomparison of a full year of turbulence measurements and simulations at
Østerild, a site in northern Denmark with relatively flat terrain and high surface roughness …