Floating offshore wind turbines (FOWTs) have emerged as a promising option for
harnessing offshore wind resources, benefiting from better wind conditions in offshore areas …

Accurate prediction of the wake is conducive to achieving the safe and efficient operation of
large-scale offshore floating wind turbines. To further understand the wake characteristics of …

This study investigates the effect of variability and uncertainty of wind and wave conditions
on the short-term fatigue damage of a 10-MW floating wind turbine drivetrain. Global …

This study investigates the wind-wave coupling effects on fatigue damage of tendons that
connect multiple bodies of a novel floating platform (TELWIND) supporting a 10 MW wind …

Wind power is one of the essential branches of renewable energy resources, and it is
playing an important role in innovating energy systems and mitigating global climate …

The trailing vortex induction effect and the airfoil dynamic stall are two main sources of the
wind turbine unsteady aerodynamics. The unsteady aerodynamics of the floating offshore …

The design and financing of commercial‐scale floating offshore wind projects require a
better understanding of how power generation differs between newer floating turbines and …

Limited by layout space and manufacturing costs, wake interaction in offshore wind farms is
inevitable and can have adverse effects on the performance of downstream wind turbines …

Based on the improved effect of synthetic jet (SJ) on airfoil aerodynamic characteristics and
the configuration characteristics of dual synthesis jets actuator (DSJ), the effects of DSJ …

Extensive studies have underscored the viability of floating wind turbine systems, especially
in deep water environments. This study aims to apply a computational fluid dynamics (CFD) …