Taking advantage of undesirable ambient vibration resources, vibration-based energy
harvesters (VEHs) aim to power smart electronic devices by converting kinetic energy into …

This research investigates a U-shaped vibration-based energy harvester with broadband
and bi-directional features via an internal resonance. The proposed U-shaped structure has …

This paper was written in honor of Prof. Viktor Olimpanovich Kononenko from Ukraine and
takes into account reports of recent progress about non-ideal vibrating systems (NIS) …

Harnessing energy from concurrent wind flow and base vibration is a prospective method to
enable self-powered sensing in the circumstances where wind and base motion are …

Recent literature has shown that the spectral characteristics of a harvester can be
significantly improved by invoking internal resonance between the modes. Taking motivation …

The purpose of this paper aims to explore the mechanism of several different periodic
bursting patterns based on a Mathieu-van der Pol-Duffing energy harvester with parameter …

In this study, internal resonance is investigated to further explore the potential of energy
harvesting under concurrent base and flow excitations. The effects of system parameters on …

In this work, the nonlinear dynamic analysis of a parametrically base excited cantilever
beam based piezoelectric energy harvester is carried. The system consists of a cantilever …

The main purpose of this article is to demonstrate that bursting oscillations can be exploited
to enhance the harvested electrical power. A vibration-based bistable Duffing energy …

Given its essential nonlinearity, nonlinear energy sink (NES) has been extensively studied
as a promising vibration energy harvesting device. Internal resonance, which is due to …