October 12, 2025Open Access

Aeroelastic Modeling of Full-Scale Airborne Wind Turbine Based on FSI Approach

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Non-linear static analysis indicates structural stability under various wind loads, ensuring safety and performance.
Fluid-structure interaction method validates aerodynamic impacts on structural integrity, providing a robust framework for design.
Computational models show that both rotor configurations can withstand induced loads while enhancing power output.
Significant power gain justifies the shell rotor configuration, aligning with operational design criteria for enhanced efficiency.

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Aeroelasticity analysis reveals non-linear response and structural integrity in airborne wind turbines, implying potential high power gain.

Ali et al. (2025) studied this question.

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Aeroelasticity analysis reveals non-linear response and structural integrity in airborne wind turbines, implying potential high power gain.