In the realm of ambient energy harvesting, wind is widely recognized as one of the most cost-effective renewable resources, supporting the development of distributed wind energy harvesting technologies. Unlike conventional rotary wind turbines, wind-induced vibration energy harvesting (WIVEH) systems feature simpler ar...
A self‐regulating piezoelectric wind energy harvester (CSG‐PEH) is proposed to address the low efficiency, narrow operating range, and limited durability of conventional piezoelectric wind energy harvesters (PWEHs). The device incorporates a centrifugal spring mechanism (CSM), in which centrifugal force and elastic for...
Bladeless resonant wind turbines are an alternative technology for small-scale wind energy harvesting because they convert vortex-induced structural oscillations into electrical power without rotating blades. However, their efficiency is strongly affected by the coupled interaction between wake dynamics, structural vib...
This work focuses on a wind-based energy harvester that exploits angular vibrations, induced by torsional flutter on an airfoil-shaped object, to produce renewable energy. This device is proposed because of its simplicity and efficiency for installation on a building roof as a complement to other energy systems. Th...
The expansion of offshore wind energy is essential to meet rising energy demands and reduce fossil fuel dependence. This demands next-generation extra-large offshore wind turbines (XL-OWTs) with robust foundations. Conventional monopiles may not withstand significant lateral environmental loading, necessitating innov...
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