The growth in the number and size of wind energy projects in the last decade has revealed
structural limitations in the current approach adopted by the wind industry to assess potential …

Turbine wake and farm blockage effects may significantly impact the power produced by
large wind farms. In this study, we perform large-eddy simulations (LES) of 50 infinitely large …

The magnitude of wake interactions between individual wind turbines depends on the
atmospheric stability. We investigate strategies for wake loss mitigation through the use of …

Aiming to study the rough-wall turbulent boundary layer structure over differently arranged
roughness elements, an experimental study was conducted on flows with regular and …

This paper presents a new generation of fast-running physics-based models to predict the
wake of a semi-infinite wind farm, extending infinitely in the lateral direction but with finite …

This paper presents a graph‐based dynamic yaw model to predict the dynamic response of
the hub‐height velocities and the power of a wind farm to a change in yaw. The model builds …

Turbine–wake and farm–atmosphere interactions influence wind farm power production. For
large offshore farms, the farm–atmosphere interaction is usually the more significant effect …

Wake steering, the intentional yaw misalignment of certain turbines in an array, has
demonstrated potential as a wind farm control approach to increase collective power …

This paper describes an estimation algorithm for velocity and power output signals in a wind
farm under changing wind direction. A graph-theoretic definition describes the wind farm as …

In the context of large off-shore wind farms, power production is influenced greatly by the
turbine array's interaction with the atmospheric boundary layer. One of the most influencing …