Wind energy is recognized worldwide as cost-effective and environmentally friendly and is
among the fastest-growing sources of electrical energy. To further decrease the cost of wind …

Wind energy is an important sustainable energy to achieve carbon neutrality. To capture
maximum wind energy, wind turbine sizes sharply increase and turbines work under more …

This paper presents the development of a multi‐fidelity digital twin structural model (virtual
model) of an as‐built wind turbine blade. The goal is to develop and demonstrate an …

Flatback airfoils are airfoils with a blunt trailing edge. They are currently commonly used in
the inboard part of large wind turbine blades, as they offer a number of aerodynamic …

Wind turbine design encompasses many different aspects including aerodynamic, structural,
electrical, and control system design. To achieve optimal plant performance, a system …

The maximum lift-to-drag coefficient of an airfoil directly affects the aerodynamic
performance of wind turbine. Machine learning methods are known for being really effective …

The size of wind turbine rotors is still rapidly increasing, though many technical challenges
emerge. Novel rotor designs emerge to satisfy this up-scale trend, such as downwind load …

To cope with the future challenges to the blade that will be introduced by the development of
extreme-scale wind turbines, this study focuses on the optimization design of the …

The enhancement of fatigue life of ultra-large horizontal axis wind turbine blade using
longitudinal stiffening is the theme of this work. For this purpose, a tendon made of shape …

The theoretical feasibility of the power output strategy based on rotor cone angle control for
ultra-scale downwind wind turbines is studied in this paper via the Open FAST simulation …