This study examines the hydroelastic response of a large floating wind turbine (FWT)
through coupled numerical analysis. Four numerical models with different levels of …

There are different configurations selected by both industry and academia as the drivetrain
for wind turbines in the power range of 10 to 16 MW. The choice of drivetrain system …

In this study, we investigated the impact of the hull flexibility of 15MW spar-type FOWT
(floating offshore wind turbine) on the global dynamics/performance analysis. Until recently …

The realm of green energy is in constant flux, drawing considerable attention from
stakeholders dedicated to minimizing environmental impact, reducing costs, and developing …

This work presents an efficient method for assessing mooring system designs for floating
wind turbines (FWTs) based on frequency-domain analysis. The method is used to explore …

This paper presents a comprehensive study on the hydro-structural design exploration of
floating platforms for offshore energy systems. The study aims to develop a novel design …

Proportional-integral controllers are extensively applied to the pitch control of wind turbines.
Despite its simplicity, this control strategy achieves good performance in onshore …

The global performance of a 15 MW floating offshore wind turbine, a newly designed
semisubmersible floating foundation with multiple heave plates by CNOOC, is investigated …

Computationally efficient frequency-domain models can play a very important role in
facilitating conceptual design optimization of floating wind turbines (FWTs). However …

Floating offshore wind is a renewable energy source with great potential. Increasing the size
of the floating offshore wind turbine is one of the ways to reduce costs. The increase in size …