Meandering describes the large-scale, low frequency motions of wind turbine wakes, which
could determine wake recovery rates, impact the loads exerted on turbine structures, and …

The phenomenon of wake meandering is long known empirically, but has so far not been
treated in a satisfactory manner on the wind turbine load modelling side. We present a …

An experimental study was conducted to characterize the dynamic wind loads and evolution
of the unsteady vortex and turbulent flow structures in the near wake of a horizontal axis …

An experimental investigation was conducted to examine the effects of incoming surface
wind conditions on the wake characteristics and dynamic wind loads acting on a wind …

Wind energy has been growing steadily in the US and worldwide in the past decades. As
wind farms are projected to increase in size and number, however, concerns are rising …

We present a consistent, physically based theory for the wake meandering phenomenon,
which we consider of crucial importance for the overall description of wind turbine loadings …

I. Introduction ith the oil and gas supply security and climate change emerging as high
concerns, the need for renewable energy sources to alleviate dependence on hydrocarbons …

The wake of a three-bladed horizontal axis wind turbine was studied at aerodynamic
conditions similar to what is experienced by commercially available turbines. Field relevant …

Since its emergence in the mid-2000s, Doppler wind lidars specifically developed for the
wind industry were used for a number of different types of applications including field …

Dominant flow features in the near and intermediate wake of a horizontal-axis wind turbine
are studied at near field-scale Reynolds numbers. Measurements of the axial velocity …