The winglet has been widely deployed in the optimization of the blade design as it reduces
the tip loss of the blade and increases the swept area of the rotor. However, previous studies …

To elevate the power capacity of floating wind turbines and cut costs, development towards
large-scale systems is underway. However, this requires solving the problem of fatigue …

Appropriate wind farm layout design depends on the accurate prediction of flow
characteristics around turbine's rotor, especially as it affects downstream turbines. The …

As one of the most promising alternatives to large wind turbines, twin-rotor floating wind
turbines enables a significant reduction in the cost of power generation. An appropriate …

The wake in a large-scale Floating Offshore Wind Farm (FOWF) can reduce the wind speed
in downstream areas, thereby affecting and reducing the power production of FOWF. To …

The aerodynamic and wake recovery dynamics of floating offshore wind turbines differ from
fixed turbines due to the platform motions. Understanding tandem rotor interactions is …

As the deployment of large-scale wind turbines expands into deeper waters, the downwind
floating offshore wind turbine (FOWT) becomes an increasingly attractive prospect. Yet, the …

The unsteady aerodynamic characteristics and interference effects of a floating wind turbine
are significantly influenced by the six-degree-of-freedom (6DoF) motions. In this paper, the …

Due to the rapid development of today's industry, it not only greatly accelerates the
consumption of energy, but also causes serious pollution to the environment. Therefore …

The dynamic stall induced by platform surge motion significantly reduces the output power of
a floating wind turbine and shortens the machine's operational lifespan. This work examines …