Windpower, turbine controls, and 3D time-averaged flow field quantities for reference case with turbine thrust coefficient equal to 2.<br><br>3D time-averaged flow fields can be loaded using Python script load_BLfieldstat.py<br><br>Data accompanying research paper<br>W. Munters, J. Meyers, "An optimal control framework for dynamic induction control of wind farms and their interaction with the atmospheric boundary layer", Phil Trans R Soc A (under review)<br><br
3D LES flow fields, Jensen flow fields and wind farm layout information. The accompanying "load.py" ...
\u3cp\u3eIn this work, we extend recent research efforts on induction-based optimal control in large...
In wind farms, velocity deficits in the wakes originating from upstream turbines result in a signifi...
Windpower, turbine controls, and 3D time-averaged flow field quantities for optimized case with maxi...
Windpower, turbine controls, and 3D time-averaged flow field quantities for optimized case with max...
Windpower, turbine controls, and 3D time-averaged flow field quantities for optimized case with max...
Windpower, turbine controls, and 3D time-averaged flow field quantities for optimized case with max...
Complex turbine wake interactions play an important role in overall energy extraction in large wind ...
\u3cp\u3eComplex turbine wake interactions play an important role in overall energy extraction in la...
3D LES flow fields, and wind farm layout information. The accompanying "load.py" python file can be ...
3D LES flow fields, and wind farm layout information. The accompanying "load.py" python file can be ...
3D LES flow fields, and wind farm layout information. The accompanying "load.py" python file can be ...
Complex turbine wake interactions play an important role in overall energy extraction in large wind ...
3D LES flow fields, and wind farm layout information. The accompanying "load.py" python file can be ...
This dataset is a subset of the TotalControl windfarm dataset compiled in the context of FarmConners...
3D LES flow fields, Jensen flow fields and wind farm layout information. The accompanying "load.py" ...
\u3cp\u3eIn this work, we extend recent research efforts on induction-based optimal control in large...
In wind farms, velocity deficits in the wakes originating from upstream turbines result in a signifi...
Windpower, turbine controls, and 3D time-averaged flow field quantities for optimized case with maxi...
Windpower, turbine controls, and 3D time-averaged flow field quantities for optimized case with max...
Windpower, turbine controls, and 3D time-averaged flow field quantities for optimized case with max...
Windpower, turbine controls, and 3D time-averaged flow field quantities for optimized case with max...
Complex turbine wake interactions play an important role in overall energy extraction in large wind ...
\u3cp\u3eComplex turbine wake interactions play an important role in overall energy extraction in la...
3D LES flow fields, and wind farm layout information. The accompanying "load.py" python file can be ...
3D LES flow fields, and wind farm layout information. The accompanying "load.py" python file can be ...
3D LES flow fields, and wind farm layout information. The accompanying "load.py" python file can be ...
Complex turbine wake interactions play an important role in overall energy extraction in large wind ...
3D LES flow fields, and wind farm layout information. The accompanying "load.py" python file can be ...
This dataset is a subset of the TotalControl windfarm dataset compiled in the context of FarmConners...
3D LES flow fields, Jensen flow fields and wind farm layout information. The accompanying "load.py" ...
\u3cp\u3eIn this work, we extend recent research efforts on induction-based optimal control in large...
In wind farms, velocity deficits in the wakes originating from upstream turbines result in a signifi...