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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... -
GloBE simulations for sensitivity to boundary layer height with code_saturne...
Simulations of the wind farms from the Carbon Trust GloBE project for sensitivity to boundary layer height using code_saturne for 7 representative inflow profiles -
GloBE simulations for sensitivity to wind speed, boundary layer height,...
Simulations of the wind farms from the Carbon Trust GloBE project for sensitivity to wind speed, boundary layer height, capping inversion thickness and capping inversion... -
GloBE simulations for sensitivity to wind speed and boundary layer height...
Simulations of the wind farms from the Carbon Trust GloBE project for sensitivity to wind speed and boundary layer height using code_saturne for 18 representative inflow profiles -
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... -
LES of an Atmospheric Boundary Layer with capping inversion height of 500 m
The ABL profile was generated using SOWFA-6 LES solver. The initial capping inversion height was set to 500 m. The mean wind speed and direction were controlled to the desired... -
LES of an Atmospheric Boundary Layer with capping inversion height of 150 m
The ABL profile was generated using SOWFA-6 LES solver. The initial capping inversion height was set to 150 m. The mean wind speed and direction were controlled to the desired...