This study proposes a novel bladeless wind turbine that can shift the structural resonance to operate at a wider range of wind speeds to improve the effective power generation region.
The energy harvesting from vibration induced by flowing fluid is a promising new technology under research which can overcome these problems.
In this paper, the hydrodynam-ics of a wind–wave combined power generation system was simulated in Fluent. The fluid–structure coupling simulation of the vortex vibration of the...
DVNG is designed based on advanced aerodynamic principles, significantly enhancing aerodynamic performance through dual-cylinder vortex-induced vibration coupling and integrating
This study presented a comprehensive experimental investigation of flow-induced vibrations and energy harvesting in two tandem-cylinder configurations, revealing that the position of the vibrating cylinder
The harvester comprises of a cylindrical oscillator attached to a piezoelectric MEMS device. Wind tunnel experiments are conducted to measure the power output of the energy harvester.
Development of a novel wind tunnel experimental framework to investigate flow-induced vibration in tandem circular cylinder configurations, enabling systematic evaluation of geometric
This study aimed to experimentally investigate flow-induced vibration of modified circular cylinders for wind-receiving mast of Vibration-Based Power Generator (VBPG).
An experimental setup has been developed to analyse the impact of cylinder transverse vibration caused by flow-induced vibration, and to improve wind energy harvesting from these
Basically, bladeless technology consists of a cylinder fixed vertically with an elastic rod. The cylinder oscillates on a wind range, which then generates electricity through an alternator system. In other
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