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 …

Investigating the coupling effect between different marine environmental conditions is
essential to understand the dynamic response of wind turbines. This paper presents the …

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 design and optimization of floating offshore wind turbines (FOWTs) pose significant
challenges, stemming from the complex interplay among aerodynamics, hydrodynamics …

This study investigates the impact of atmospheric stability on wind turbine flow dynamics,
focusing on wake deflection and meandering. Using the high-fidelity large-eddy simulation …

The energy consumption is growing and growing over the past few years and in the
meanwhile, all nations are united by the Paris Agreement to undertake ambitious efforts to …

This study investigates the impact of atmospheric stability on wind turbine flow dynamics,
focusing on wake deflection and meandering. Using the high-fidelity large-eddy simulation …

This study shows how different versions of the dynamic wake meandering (DWM) model will
result in different dynamic behaviour of a floating wind turbine. In this study, different …

A coupled medium-fidelity drivetrain model is developed and implemented in OpenFAST for
a 10-MW land-based reference turbine. The implementation is verified against a fully …

This paper examines metocean data from NORA3, a state-of-the-art wind and wave hindcast
dataset for Northern Europe. Two offshore Norwegian areas, Utsira Nord (UN) and Sørlige …