As more floating farms are being developed, the wake interaction between multiple floating
wind turbines (FWTs) is becoming increasingly relevant. FWTs have long natural periods in …

As the size of offshore wind turbines increases, a realistic representation of the
spatiotemporal distribution of the incident wind field becomes crucial for modeling the …

As the worlds first floating wind farm, one of the main technical challenges in the design
phase of Hywind Scotland was the uncertainty related to wake interaction effects between …

Experimental methods are useful to study global responses of floating wind turbines under
wind excitations. One experimental technique is based on the regeneration of wind fields in …

Current global analysis tools for floating wind turbines (FWTs) do not account for the
combined effects of atmospheric stability and wakes from neighboring turbines. This work …

This paper deals with the effect of bedplate flexibility on drivetrain dynamics of a 10 MW spar
type floating wind turbine. The 10 MW drivetrain bedplate is designed based on extreme …

With the aim of evaluating the effects of the selection of the wind turbulence model on the
dynamic response of a semi-submersible floater supporting the DTU 10 MW RWT, we ran …

Global dynamic response models used for the design of wind turbines are largely based on
neutral stability, which is not representative of real atmospheric conditions. Offshore wind …

We assess the performances of two control strategies on the IEA 15 MW reference floating
wind turbine through OpenFAST simulations. The multivariable feedback controller tuned by …

The exploitation of offshore wind energy by means of floating wind turbines is gaining
traction as a suitable option to produce sustainable energy. Multi‐rotor floating wind turbines …