Modelling floating offshore wind turbines (FOWTs) is challenging due to the strong coupling
between the aerodynamics of the turbine and the hydrodynamics of the floating platform …

Wind-generated electricity has effectively promoted the net-zero carbon emission plan, and
gradually developed to the deeper ocean, which leads to the emergence of rotating …

Floating wind turbines have the potential to enable global exploitation of offshore wind
energy, but there is a need to further understand the complex aerodynamic phenomena they …

The platform pitching motion of the Offshore Floating Wind Turbine (OFWT) introduces an
additional wind profile to the rotor, which may significantly impact the power performance of …

The wake interference within the offshore wind farms, especially with the tandem
arrangement scenario, affects the designed total power output. Also, the six degrees of …

The performance of a vertical axis wind turbine (VAWT) deteriorates at low tip speed ratios
(TSR) and it is mainly characterized by flow separation and dynamic stall. Several mitigating …

The long wake of a wind turbine has a significant impact on the performance of downstream
turbines. Under the inspiration of migrating geese flying in a V or I formation to save energy …

Misaligned wind turbine rotors redirect the wake, and manipulate the wake shape by
introducing a counter-rotating vortex pair. This mechanism is of great interest for improving …

This paper presents an investigation of wakes behind model wind turbines, including cases
of yaw misalignment. Two different turbines were used and their wakes are compared …

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 …