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This is a Validation Study study.

November 21, 2025EnergiesOpen Access

Aeroelastic Modeling of an Airborne Wind Turbine Based on a Fluid–Structure Interaction Approach

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The aeroelastic evaluation reveals increased tip deflection under wind load, indicating the structural integrity of the airborne wind turbine.
Tip deflection is 18% higher in the shell rotor compared to the bare rotor at rated conditions, emphasizing aerodynamic efficiency gains.
Analysis utilizing fluid–structure interaction methods demonstrates the non-linear static behavior of the turbine's structure under varying wind states.
The findings support the claim of a significant power gain, highlighting the importance of the turbine's design parameters for operational efficiency.

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Aeroelastic evaluation finds 54% increase in tip deflection with wind speed in airborne wind turbine, suggesting improved operational stability.

Ali et al. (2025) studied this question.

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Aeroelastic evaluation finds 54% increase in tip deflection with wind speed in airborne wind turbine, suggesting improved operational stability.