Offshore wind energy is a sustainable renewable energy source that is acquired by
harnessing the force of the wind offshore, where the absence of obstructions allows the wind …

Current study presents state of the art approach to risk and reliability assessment for
multivariate nonlinear dynamic systems. Specifically, novel hypersurface Gaidai risks …

This paper presents a method for multidisciplinary design optimization of offshore wind
turbines at system level. The formulation and implementation that enable the integrated …

The present study examines the wave type and wave steepness impacts onto the floating
offshore wind turbine (FOWT) hydro/aerodynamics. With the aid of using a high-fidelity aero …

Offshore wind turbines are subjected to multiple dynamic loads arising from the wind, waves,
rotational frequency (1P) and blade passing frequency (3P) loads. In the literature, these …

Wind turbine upscaling is motivated by the fact that larger machines can achieve lower
levelized cost of energy. However, there are several fundamental issues with the design of …

The coupled hydro-aero-elastic response and fatigue loads of a bottom-supported offshore
wind turbine under different wind conditions and for different wave modeling assumptions is …

This paper considers the effects of current and wave-current interactions in fatigue analysis
of floating offshore wind turbines (FOWTs). Surface water waves experience frequency shifts …

The estimation of fatigue lifetime for an offshore wind turbine support structure requires a
large number of time‐domain simulations. It is an important question whether it is possible to …

This paper presents the development of a comprehensive open-source numerical model to
study the dynamic response and load analysis of floating offshore wind turbines. The model …