Abstract Vortex-induced vibration (VIV)-based energy harvester with a circular cylinder as a
bluff body is a classic choice for harvesting wind energy, while it is only effective in a limited …

Wind energy harvester utilizing flow-induced vibration (FIV-WEH) has attracted much
attention because of its ability to capture low-speed wind energy. This study is motivated to …

This study designs an electromagnetic energy harvester that uses a magnet in translation
within a coil to harness energy from flow-induced vibrations when wall confinement affects a …

Splitter plates are widely used for drag reduction and vibration control or enhancement of
circular cylinders. The effects of a splitter plate on the vertical flow-induced vibrations of a …

The two-degrees of freedom (2-DOF) wind-induced vibration (WIV) response and energy
harvesting performance of an equilateral triangular prism were conducted by numerical and …

Abstract Flow-Induced Motion (FIM) of elastically-supported oscillators with" circle-polygon-
attachments" sections are experimentally investigated in a water channel to examine the …

Wind-induced vibration piezoelectric energy harvesters have garnered significant interest in
recent years as a means to power autonomous wireless sensor systems. A magnetic transfer …

Efficient low wind speed energy harvesting is pivotal in expanding the reach of sustainable
wind power to regions with limited wind resources. This paper introduces an innovative …

To enhance energy harvesting efficiency at low wind speeds, this study introduces a novel
galloping piezoelectric energy harvester incorporating two V-shaped attachments inspired …

为解决水下传感器的自供能问题, 提出一种潜水式尾流激振压电俘能器. 通过推导的俘能器流-固-
电耦合场数学模型, 结合有限元仿真模型, 获得俘能器的流激力. 仿真与试验数据具有良好的一致 …