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Design and Optimization of a Bluff Body for Energy Harvesting of Transverse Galloping Induced by Low-Speed Wind Using Bernstein Polynomial Equations
In this thesis, a computational framework is proposed for optimizing the aerodynamic shape of bluff bodies used in galloping-based wind energy harvesters. The system targets low-wind speed environments, where normal wind turbines are not effective, offering a potential alternative to batteries used...
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AUC Knowledge Fountain
2026
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