The study presents the systematic analysis of power conversion performance of the airborne
wind turbine (AWT) using time-resolved air loads. The power harvesting behavior of the …

In recent years, there has been growing interest in digital twin technology in both industry
and academia. This versatile technology has found applications across various industries …

As wind turbine blades become longer and more flexible, aerodynamic characteristics
become increasingly complex and require complete investigations. In this study, a two-way …

This study proposes a new methodology for optimizing the power curve of a wind turbine at
low wind speeds. The principles of bend-twist coupling and the mechanism of energy …

As wind turbine blades increase in size and flexibility, the structural deformation becomes
more pronounced and significantly influences the aerodynamic performance of the wind …

The relevant size of state-of-the-art wind turbines suggests a significant Fluid-Structure
Interaction. Given the difficulties to measure the phenomena occurring, researchers …

In wind farms, the wake can lead to a loss of output power, and the uneven characteristics of
wake can also exacerbate the fatigue load of downstream wind turbine (WT), affecting their …

This paper is the first one of two that studies damage mechanisms of composite wind turbine
blade using numerical analysis. An important highlight is to consider fully complex failure …

Renewable energy markets, particularly wind energy, have experienced remarkable growth,
predominantly driven by the urgent need for decarbonization in the face of accelerating …

With the increase in wind turbine sizes, careful investigation into wind turbine wake effect is
crucial for operational safety. This study proposes a two-way fluid-structure interaction (FSI) …