© 2018, Springer International Publishing AG. In large wind farms, wakes of individual wind turbines combine into an aggregated wind-farm wake that interacts with the atmospheric boundary layer (ABL). This three-dimensional turbulent flow is influenced by many external factors such as, e.g., the earth’s rotation and thermal stratification. Modelling the complex wind-farm–ABL interaction therefore requires a detailed spatial and temporal resolution of atmospheric turbulence.status: publishe
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
Large-eddy simulations are conducted with the geophysical flow solver EULAG for the flow through a w...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
Accurate prediction of atmospheric boundary layer (ABL) flow and its interactions with wind turbines...
AbstractAccurate prediction of atmospheric boundary layer (ABL) flow and its interactions with wind ...
Accurate prediction of atmospheric boundary layer (ABL) flow and its interactions with wind turbines...
Energy production from wind is an increasingly important component of overallglobal power generation...
Archer, Cristina L.The goal of this research is to investigate the properties of wind turbine wakes ...
©2017 Cambridge University Press. While neutral atmospheric boundary layers are rare over land, they...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
The effects of turbine aerodynamics and response characteristics of the atmospheric boundary layer o...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
Large-eddy simulations are conducted with the geophysical flow solver EULAG for the flow through a w...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
Accurate prediction of atmospheric boundary layer (ABL) flow and its interactions with wind turbines...
AbstractAccurate prediction of atmospheric boundary layer (ABL) flow and its interactions with wind ...
Accurate prediction of atmospheric boundary layer (ABL) flow and its interactions with wind turbines...
Energy production from wind is an increasingly important component of overallglobal power generation...
Archer, Cristina L.The goal of this research is to investigate the properties of wind turbine wakes ...
©2017 Cambridge University Press. While neutral atmospheric boundary layers are rare over land, they...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
The effects of turbine aerodynamics and response characteristics of the atmospheric boundary layer o...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...
Large-eddy simulations are conducted with the geophysical flow solver EULAG for the flow through a w...
To study wind farm aerodynamics (WFA), the Wind Power industry currently relies on simple Engineerin...