Sustainable and cost effective design for tidal current turbines requires knowledge of the
complex nature of unsteady loads on turbine components including blades, rotor and …

We present a novel approach to harmonic disturbance removal in single-channel wind
turbine acceleration data by means of time-variant signal modeling. Harmonics are …

Studies show that in industrial wind turbines (WTs), the wind speed may significantly vary
across the rotor disk area. This variation may originate from different parameters, including …

Little is known about how the range of scales in the approaching turbulent flow can interact
dynamically with wind turbine and influence its ability to produce power. Here, a numerical …

Green hydrogen can be produced by integrating water electrolyzers to renewable energy
sources. The integration confronts the problem of renewable power volatility that requires …

Due to the technological advances of wind energy utilization and conversion systems, power
generation based on wind energy has long since been recognized as one of the most …

Influences of non-uniform incoming flow on the wind turbines blades forces and root
bending moments (RBMs) are not fully understood. To advance our current understanding …

The interaction of horizontal axis wind turbines (HAWTs) and large-scale energetic flows is
not fully understood. The unsteady flow approaching turbines could result in highly unsteady …

Uncertainties related to fatigue damage estimation of non-linear systems are highly
dependent on the tail behaviour and extreme values of the stress range distribution. By …

Understanding of operational and environmental loads is necessary for fatigue design of
tidal turbines. A von Kármán spectral method and a Synthetic Eddy Method are analysed for …