This study is mainly to provide an overview of human walking induced energy harvest.
Focusing on the proportion of all energy sources provided by daily activity, the available …

For piezoelectric energy harvesters, a large volume of piezoelectric material with a high
figure of merit is essential to obtain a higher power density. The work describes the growth of …

Energy harvesting using piezoelectric transduction offers a promising alternative to the
conversion of kinetic energy like ambient vibration and rotational motion into useful …

Battery power is crucial for wearable devices as it ensures continuous operation, which is
critical for real-time health monitoring and emergency alerts. One solution for long-lasting …

This paper reports the simulation-based analysis of six dynamical structures with respect to
their wrist-worn vibration energy harvesting capability. This work approaches the problem of …

We present an electromagnetic linear vibration energy harvester with an array of rectangular
permanent magnets as a springless proof mass. Instead of supporting the magnet assembly …

Human walking induces a lot of mechanical energy available for harvesting. It is promising
to use such energy to reduce the energy supply of wearable electronics and robotic …

Magnetic plucking applies the strategy of frequency up-conversion in inertial energy
harvesting when the energy source, such as human motion, only provides excitations with …

The nonlinear behaviors and energy harvesting of an unsymmetric cross-ply square
composite laminated plate with a piezoelectric patch is presented. The unsymmetric cross …

Energy harvesting from human motion addresses the growing need for battery-free health
and wellness sensors in wearable applications. The major obstacles to harvesting energy in …