-
Virtual wind farm simulations with aligned IEA22MW and spacing DX=5D and DY=5D
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 wind farm simulations with staggered IEA15MW and spacing DX=7.5D and DY=5D
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 wind farm simulations with staggered IEA15MW and spacing DX=5D and DY=7.5D
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 wind farm simulations with staggered IEA15MW and spacing DX=5D and DY=5D
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 wind farm simulations with aligned IEA15MW and spacing DX=5D and DY=5D
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 wind farm simulations with aligned IEA10MW and spacing DX=5D and DY=5D
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... -
Nysted wind farm simulations for sensitivity to wind speed and wind...
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 -
Nysted wind farm simulations for sensitivity to wind speed and wind...
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 -
Horns Rev wind farm simulations for sensitivity to boundary layer height and...
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 -
Horns Rev wind farm simulations for sensitivity to boundary layer height and...
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 -
Horns Rev wind farm simulations for sensitivity to boundary layer height and...
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... -
LES of a wind farm with 100 IEA 15 MW turbines in the ABL height of 500 m
The dataset of an idealised wind farm was generated using SOWFA-6 LES solver. The wind farm consists of 100 IEA 15 MW turbines arranged in a 10-by-10 staggered layout with 5D... -
LES of a wind farm with 100 IEA 15 MW turbines in the ABL height of 150 m
The dataset of an idealised wind farm was generated using SOWFA-6 LES solver. The wind farm consists of 100 IEA 15 MW turbines arranged in a 10-by-10 staggered layout with 5D... -
LES of a single IEA 15 MW turbine in the ABL height of 500 m
The dataset of a single IEA 15 MW turbine was generated using SOWFA-6 LES solver. This simulation requires time-series of atmospheric inflow data. The inflow was produced by a... -
LES of a single IEA 15 MW turbine in the ABL height of 150 m
The dataset of a single IEA 15 MW turbine was generated using SOWFA-6 LES solver. This simulation requires time-series of atmospheric inflow data. The inflow was produced by a...
Voit käyttää rekisteriä myös API avulla (katso myös API-dokumentaatio).