A participation factor formulation is developed to determine the importance of each natural
frequency due to rotor blades induced forces and moments. This factor can be used to …

The integration of multiple floating wind turbines poses complex challenges, particularly
under large wave loads. This study analyzed the Floating Offshore Wind Turbine (FOWT) …

The future of wind turbines will be characterised by long, slender blades subject to dynamic
inflow and aeroelastic deflections. This makes the next generation of blades more prone to …

Modern-day wind turbines are growing continuously in size and reach diameters of more
than 200m in an effort to meet the fast growing demand for wind energy. As a consequence …

Direct-drive wind turbine generators are increasing in popularity, thanks to recent project
developments—especially offshore, where reliability and efficiency are major cost drivers …

Minimizing the mass in electric machines while maintaining superior performance is a new
requirement for the advancement of drivetrains used in wind energy and electric mobility …

As offshore wind generation activities continue to expand in the United States, there is a
growing need for more efficient, optimized, and reliable analysis of the foundation structures …

The ever-growing demand for renewable energy, driven by cost-effectiveness and minimal
ecological impacts, has resulted in the deployment of larger wind turbines with rotor …

We consider Markov decision processes arising from a Markov model of an underlying
natural phenomenon. Such phenomena are usually periodic (eg annual) in time, and so the …

Reference wind turbine designs and the associated aeroelastic models are widely used in
both research and industry. Reference models representing future concepts are of particular …