A growing research trend in additive manufacturing (AM) calls for layerwise anomaly
detection as a step toward enabling real-time process control, in contrast to ex situ or …

In this paper, we present a new horizontal asymmetric U-shaped vibration-based
piezoelectric energy harvester (U-VPEH), which collects and converts destructive vibration …

Nonharmonic excitations are widely distributed in the environment. They can work as energy
sources of vibration energy harvesters for powering wireless electronics. To overcome the …

The ability to harness the waste mechanical energy and convert it into useful electrical
power has made kinetic energy harvesters a promising candidate to provide an everlasting …

Existing piezoelectric vibration energy harvesting circuits require auxiliary power for the
switch control module and are difficult to adapt to broadband piezoelectric vibration energy …

Requirements for the start-up operations of gas turbine combined cycle (GTCC) power
plants have become more diverse and now include such items as reduced start-up time, life …

This paper presents the theoretical modeling and multiple-scale analysis of a novel
piezoelectric energy harvester composed of a metal cantilever beam, piezoelectric films, and …

Many dynamic systems of practical interest have inherent time delays and thus are governed
by delay differential equations (DDEs). Because DDEs are infinite dimensional, time …

Convergence to low-energy responses arising from coexistence of multiple stable nodes is
the main drawback of a nonlinear energy harvester preventing it from efficient wideband …

This letter reports a piezoelectric vibration energy harvester which energy conversion
efficiency is significantly improved by arraying piezoelectric sheets on cantilever beams, and …