The aerodynamics of floating turbines is complicated by large motions which are permitted
by the floating foundation, and the interaction between turbine, wind and wake is not yet fully …

Intra-array wake meandering increases fatigue loading in downstream turbines and
decreases farm total power output. In the case of floating offshore wind turbines (FOWTs) …

Individual pitch control has shown great capability of alleviating the oscillating loads
experienced by wind turbine blades due to wind shear, atmospheric turbulence, yaw …

The development of new wake models is currently one of the key approaches envisioned to
further improve the levelized cost of energy of wind power. While the wind energy literature …

Wind farm flow control aims at mitigating wake effects in order to maximize power production
in wind farms. This work mostly focuses on the Helix strategy, which relies on individual pitch …

A combination of time-resolved particle image velocimetry (PIV) and tomographic PIV was
used to study the instantaneous three-dimensional vortex shedding as well as mean …

This work extends the capabilities of an operational dynamic wake model to yawed cases.
The proposed framework brings together flow sensing and Lagrangian flow modeling into a …

This article investigates the far wake response of a yawing upstream wind turbine and its
impact on the global load variation in a downstream wind turbine. In order to represent …

With the development of floating wind farms, the understanding of the far wake becomes of
utmost importance because it cannot only be based on the experience acquired on fixed …

This work proposes a methodology aiming at simulating the whole wind farm behavior, from
the wake phenomena to the wind turbine fatigue loads, in a both accurate and efficient way …