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

Increasing the bandwidth of the vibrational energy harvesters is one of the research
emphases to maximize the energy harvested from the ambient. Here we design a Two …

There has been remarkable interest in triboelectric mechanisms because of their high
efficiency, wide availability, and low-cost generation of sustainable power. Using impact …

This paper investigates an approach to impact vibration energy harvesting using a
triboelectric mechanism under harmonic and random excitation. The harvester consists of a …

Wearable devices find many applications in health monitoring, communications, and
entertainment devices; however, battery life is still a major limitation to their functionality. The …

In this paper, a T-shaped piezoelectric energy harvester (TPEH) is proposed by taking
advantages of internal resonance and multimodal techniques. The developed TPEH is …

Vibration energy harvesting can be an effective method for scavenging wasted mechanical
energy for use by wireless sensors that have limited battery life. Two major goals in …

In this work, the nonlinear dynamic analysis of a parametrically base excited cantilever
beam based piezoelectric energy harvester is carried. The system consists of a cantilever …

This paper presents a new low-order electric field model for Macro-Fiber Composite devices
with interdigitated electrodes. Specifically, the paper proposes a continuous electric field …

Based on the nonlocal theory, this paper develops the Kirchhoff nanoplate and Mindlin
nanoplate models for the wave propagation analysis of piezoelectric nanoplates. The effects …