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S_onshore_7D case from FLOW report "The sensitivity of blockage and wakes to...
Planar data extractions from the solution of the wind farm simulation with inflow conditions corresponding to the title. -
S case from FLOW report "The sensitivity of blockage and wakes to...
Planar data extractions from the solution of the wind farm simulation with inflow conditions corresponding to the title. -
S_H500_reg_inv case from FLOW report "The sensitivity of blockage and wakes...
Planar data extractions from the solution of the wind farm simulation with inflow conditions corresponding to the title. -
N_H500_thick_inv case from FLOW report "The sensitivity of blockage and...
Planar data extractions from the solution of the wind farm simulation with inflow conditions corresponding to the title. -
N_H500_reg_inv_no_buoy case from FLOW report "The sensitivity of blockage...
Planar data extractions from the solution of the wind farm simulation with inflow conditions corresponding to the title. -
N_H500_reg_inv case from FLOW report "The sensitivity of blockage and wakes...
Planar data extractions from the solution of the wind farm simulation with inflow conditions corresponding to the title. -
N_H500 case from FLOW report "The sensitivity of blockage and wakes to...
Planar data extractions from the solution of the wind farm simulation with inflow conditions corresponding to the title. -
N_H150 case from FLOW report "The sensitivity of blockage and wakes to...
Planar data extractions from the solution of the wind farm simulation with inflow conditions corresponding to the title. -
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...
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