October 10, 2025Trends in Renewable EnergyOpen Access

Design Optimization of Vortex-Induced Vibration Bladeless Wind Turbines for Urban Energy Harvesting

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Investigation reveals mast height and diameter significantly affect bladeless wind turbine performance, suggesting new urban energy options.

Mast height and upper diameter significantly influence turbine deformation under low wind conditions in urban settings.
The optimal design achieved a mast deflection of 9.15 mm, demonstrating the model's accuracy and potential for energy harvesting.
Computational fluid dynamics and static structural analysis were utilized for optimizing the turbine's design effectively.
These insights pave the way for implementing efficient renewable energy solutions in limited urban spaces.

Kwong et al. (2025) studied this question.

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Investigation reveals mast height and diameter significantly affect bladeless wind turbine performance, suggesting new urban energy options.