The frequency-based self-powered sensor has an important place in the era of the Internet
of Things. In existing reports, the resonator is used either as an energy harvester or a …

Nonlinear periodic structures can present abundant nonlinear wave physics. The model
consisting of periodic bistable oscillators (ie, the bistable periodic structure) is essentially …

We design an electromechanical transducer harvesting system with one-to-one internal
resonance that can emerge a broader spectrum vibrations. The novel harvester is composed …

Bi-stable vibration energy harvesters are advantageous for a wide bandwidth in low
frequency ranges, but are confronted with the issue of limited output power. Bi-stability …

This paper proposed a high-performance magnetic-coupled nonlinear electromagnetic
generator (MNL-EMG). A high-permeability iron core is incorporated to the coil. The strong …

We proposed a two-degrees-of-freedom inverted piezoelectric beam with pendulum to
promote the performance of vibration energy harvesting. This configuration is composed of …

Due to the broadband response characteristics at low levels of excitations, nonlinear
multistable systems have garnered a great deal of attention in the area of energy harvesting …

A black gauze cap-shaped bistable energy harvester (abbreviated as the BGCBEH) with a
movable design is raised to broaden frequency bandwidth. The proposed BGCBEH is …

Bistable vibration energy harvesters have been used to achieve strong energy harvesting
performance over a wide frequency bandwidth. Performance of bistable energy harvesters is …

We discuss the transport of an underdamped particle driven by an external fluctuation force
in a spatially periodic asymmetric potential with correlated noises. The corresponding …