Wind direction variability significantly affects the performance and lifetime of wind turbines
and wind farms. Accurately modelling wind direction variability and understanding the …

Due to the time-varying wind direction, yaw operation of wind turbines is a common state.
Under yaw, the aerodynamic behavior of wind turbines is complicated, and also causes …

The widespread availability of wind turbine operation data has considerably boosted the
research and the applications for wind turbine monitoring. It is well established that a …

Yaw misalignment has a serious impact on energy capture, power quality and health status
of wind turbine. However, most detection and calibration methods require additional …

An isolated wind turbine and a very large wind farm are introduced into large-eddy
simulations of an atmospheric boundary layer. The atmospheric flow is forced with a …

A reduced‐order model for a wind turbine wake is sought from large eddy simulation data.
Fluctuating velocity fields are combined in the correlation tensor to form the kernel of the …

The goal of this work is two-fold: 1) to determine the angular deflection and displacement of
the NREL 5 MW reference wind turbine tower under different atmospheric thermal …

Wind turbine yaw control plays an important role in increasing the wind turbine production
and also in protecting the wind turbine. Accurate measurement of yaw angle is the basis of …

The optimization of wind energy conversion efficiency has been recently boosting the
technology improvement and the scientific comprehension of wind turbines. In this context …

A large eddy simulation framework is used to explore the structure of the turbulent flow in a
thermally stratified wind turbine array boundary layer. The flow field is driven by a constant …