Currently, the practicability of vibration energy harvesting devices is restricted by narrow
resonant bandwidths. To realize broadband, high-efficiency vibration energy harvesting …

This work explores an enhanced magnetic spring based energy harvester design that uses
a dual-mass and a geometrically nonlinear mechanical planar spring as a route to …

The rising technologies of wearable electronics resulted in urgent demand for developing
eco-friendly power sources that can utilize free energies around us including ambient …

Using vibration energy harvester (VEH) to achieve self-power supply is an effectively way to
ensure long-term use of electronic devices. In this paper, an electromagnetic VEH using …

This article presents a non-resonant magneto-mechanical vibration energy harvester. When
externally excited, the energy harvester converts vibrations into electric charge using a …

This work develops a comparative study using theoretical models and experimental
evaluation of the dynamic behavior of a magnetic spring based vibration energy harvester …

A new dual-purpose vibration isolator energy harvester device suitable for low frequency
operation is presented in this work. The device features a combination of elastic and …

Undesired oscillations commonly encountered in engineering practice can be harmful to
structures and machinery. Vibration isolation systems are used to attenuate undesired …

Prioritizing the improvement of truck driver's ride comfort is crucial for the health and well-
being of drivers, driver retention, safety, overall productivity, regulatory compliance, and …

Nonlinear systems may exhibit secondary resonances, which can provide an additional and
thus broadened bandwidth for energy harvesting. However, the secondary resonances of …