Blades play a vital role in wind turbine system performances. However, they are susceptible
to damage arising from complex and irregular loading or even cause catastrophic collapse …

The aerodynamic characteristics of a wind turbine change dramatically under the influence
of complex inflow and interaction between blade and tower. In this study, detailed full-scale …

The mass of ice on wind turbines blades is one of the main problems that energy companies
have in cold climates. This paper presents a novel approach to detect and classify ice …

The wind energy sector is experiencing rapid growth, marked by the expansion of wind
farms and the development of large-scale turbines. However, conventional manual methods …

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 …

The enhancement of aerodynamic performance of airfoil using Gurney flap was
demonstrated and due to its effects of lift increasing and stall suppression on airfoil, Gurney …

Abstract Reynolds-averaged Navier Stokes (RANS) based modeling is considered the
mainstream computational fluid dynamics (CFD) approach for wind energy applications …

This paper presents a computational study of flow incidence effects on the aeroacoustics of
a propeller operating at low blade-tip Mach numbers. The numerical flow solution is …

Floating offshore wind turbines (FOWTs) can encounter variations in the phase difference
and amplitude of combined surge-pitch platform motion. The phase difference between …

The nacelle and tower affect the flow through the rotor and near-wake of horizontal-axis
wind turbines. For this reason, aerodynamic models of the full geometry of wind turbines are …