We present a portable, stacked and tri-stable energy harvester based on the unique
geometrical structure of L-shaped beams and the nonlinearity of magnetic force to harness …

Blind deconvolution technique can effectively recover the periodic fault impulses. However,
deconvolution algorithms may not perform well for fault detection if the objective criteria are …

Efficiently capturing energy from environmental vibrations remains a significant challenge in
sustainable energy systems. This paper presents a novel integrated vibrational energy …

In addition to high output, high environmental adaptability and the ability to withstand
complex aerodynamic conditions are crucial for vibration energy harvesting. This paper …

Harvesting mechanical energy from traffic environments is an effective way to power low-
power wireless sensors. In this paper, a compact mechanical energy harvester (MEH) is …

This paper presents a novel approach utilizing piezoelectric plate structures with random
electrode distribution patterns for energy harvesting applications across various vibration …

This paper presents an enhanced-performance electromagnetic energy harvester (EPEEH)
with sustainability for application in railway bridges. The unique feather of the proposed …

Based on the noise-enhanced signal characteristics of stochastic resonance (SR), this paper
proposes a nonlinear multi-order coupled SR model, aiming to make full use of nonlinear …

Bistable energy harvesters (BEHs) have been extensively explored from the perspective of
potential energy. However, few studies have investigated other energy dimensions or …

Gesture control aligning with human control habits holds a significant potential application in
human-machine interaction. However, battery-powered gesture control systems are …