73 gagnapakkar fundust

Met mast array data set from the GROWIAN campaign.

An open-source python package to generate synthetic IEC-conform wind fields with extended turbulence characteristics

Virtual 10x10 wind farm for sensitivity study to boundary layer height, capping inversion thickness, wind direction, turbine type and wind farm layout using code_saturne. The...

Virtual 10x10 wind farm for sensitivity study to boundary layer height, capping inversion thickness, wind direction, turbine type and wind farm layout using code_saturne. The...

Virtual 10x10 wind farm for sensitivity study to boundary layer height, capping inversion thickness, wind direction, turbine type and wind farm layout using code_saturne. The...

Virtual 10x10 wind farm for sensitivity study to boundary layer height, capping inversion thickness, wind direction, turbine type and wind farm layout using code_saturne. The...

Virtual 10x10 wind farm for sensitivity study to boundary layer height, capping inversion thickness, wind direction, turbine type and wind farm layout using code_saturne. The...

Virtual 10x10 wind farm for sensitivity study to boundary layer height, capping inversion thickness, wind direction, turbine type and wind farm layout using code_saturne. The...

Simulations of the Nysted wind farm for sensitivity to wind speed and wind direction using code_saturne for 21 wind directions and wind speed = 8 m/s

Simulations of the Nysted wind farm for sensitivity to wind speed and wind direction using code_saturne for 21 wind directions and wind speed = 10 m/s

Simulations of the Horns Rev wind farm for sensitivity to boundary layer height and wind direction using code_saturne for 7 wind directions and a boundary layer height H=350m

Simulations of the Horns Rev wind farm for sensitivity to boundary layer height and wind direction using code_saturne for 7 wind directions and a boundary layer height H=1500m

Simulations of the Horns Rev wind farm for sensitivity to boundary layer height and wind direction using code_saturne for 7 wind directions and a boundary layer height H=100m...

For a capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=8 K/km, we present a suite of large-eddy simulations of a wind farm operating...

For a capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=4 K/km, we present a suite of large-eddy simulations of a wind farm operating...

For a capping-inversion heights=1000 m, capping-inversion strength=8 K, free-atmosphere lapse rate=1 K/km, we present a suite of large-eddy simulations of a wind farm operating...

For a capping-inversion heights=1000 m, capping-inversion strength=5 K, free-atmosphere lapse rate=8 K/km, we present a suite of large-eddy simulations of a wind farm operating...

For a capping-inversion heights=1000 m, capping-inversion strength=5 K, free-atmosphere lapse rate=4 K/km, single turbine, we present a suite of large-eddy simulations of a wind...

For a capping-inversion heights=1000 m, capping-inversion strength=5 K, free-atmosphere lapse rate=4 K/km, we present a suite of large-eddy simulations of a wind farm operating...

For a capping-inversion heights=1000 m, capping-inversion strength=5 K, free-atmosphere lapse rate=4 K/km, we present a suite of large-eddy simulations of a wind farm operating...