Offshore wind turbines present novel challenges to the field of rotor aerodynamics because
of complex behaviours associated with six degrees of freedom motions of the platform. The …

The growing interest in renewable energy solutions for sustainable development has
significantly advanced the design and analysis of floating offshore wind turbines (FOWTs) …

The floating offshore wind turbine (FOWT) may experience dynamic stall and complex rotor-
wake interaction, such as the vortex ring state (VRS) or propeller working state (PWS), under …

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 …

Understanding the unsteady characteristics of the mid-to-far wake and comprehension of the
aerodynamic performance of floating offshore wind turbines is essential for the further …

With the increasing demand for clean and renewable energy, offshore wind turbines are
growing in size and are being positioned closer to deep waters. This trend presents …

The interactions between tandem floating offshore wind turbines remain an essential
research topic with a view to optimizing future large-scale offshore wind farms. The focus of …

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 …

Floater motions introduce unsteadiness in the aerodynamics of floating offshore wind
turbines. The aerodynamics of a wind turbine after three perturbations are studied: a blade …

Floating offshore wind turbines (FOWTs) have received increasing attention as a crucial
component in renewable energy systems in recent years. However, due to the intricate …