55 gagnapakkar fundust

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=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=2 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=2 K, free-atmosphere lapse rate=4 K/km, we present a suite of large-eddy simulations of a wind farm operating...