Amidst the swift progression of microelectronics and Internet of Things technology, wearable
devices are gradually gaining ground in the domains of human health monitoring. Recently …

During prolonged walking or vigorous running, heavy military backpacks induce vibrations
that adversely affect the shoulders and joints. These low-frequency vibrations pose a …

This paper presents an innovative design of a flexible piezoelectric energy harvester
featuring an eccentric pendulum (FPEH-P), which has two major characteristics: frequency …

A large amount of energy is generated during human movement which is mostly not
effectively utilized. To collect human movement energy and utilize it rationally, a wearable …

The energy harvesting backpack (EHB) has been recognized as a sustainable power source
for wearable electronics, but its daily applications have been hindered by the rigid and …

The experimental analysis of biomechanical energy harvesting is typically conducted at
known speeds. However, the theoretical mapping of walking speed to the ground reaction …

The mechanical energy generated during human daily activities holds the potential as a
viable energy source for health monitoring and assistive devices. However, the vibrational …

Harvesting energy from human motion and converting it into electrical energy produces
power that can replace batteries or serve as an emergency power source for smart wearable …

Over the years, patients with partial hand loss have relied on expensive prosthetics to
recover some of the hand functionality. Fortunately, advancements in additive manufacturing …

Energy harvesting from human body kinetics is a crucial issue. The primary challenge lies in
designing and optimizing the energy converter. This paper presents an analysis of energy …