Vibration energy harvesters are emerging as a promising solution for powering small-scale
electronics, such as sensors and monitoring devices, especially in applications where …

The last two decades have witnessed several advances in microfabrication technologies
and electronics, leading to the development of small, low-power devices for wireless …

Wireless sensor nodes (WSNs) and embedded microsystems have recently gained
tremendous traction from researchers due to their vast sensing and monitoring applications …

Due to increased demands for energy and the current limitations of batteries, a future
prospective technology are vibration energy harvesters that convert kinetic vibration energy …

Vibration energy harvesting typically involves a mechanical oscillatory mechanism to
accumulate ambient kinetic energy, prior to the conversion to electrical energy through a …

Vibrations in living environments are generally distributed over a wide frequency spectrum
and exhibit multiple motion directions over time, which renders most of the current vibration …

Energy harvesting from vibration for low-power electronics has been investigated intensively
in recent years, but rotational energy harvesting is less investigated and still has some …

Internal resonance is explored as a possible mechanism to enhance vibration-based energy
harvesting. An electromagnetic device with snap-through nonlinearity is proposed as an …

Numerical and experimental investigation into the influence of potential well depth on
tristable energy harvesting performance is provided. The potential well depth depending on …

A theoretical and experimental investigation into nonlinear bistable energy harvesting with
time-varying potential energy is presented. The motivation for examining time-varying …