The world is going towards automation and data collection for decision-making is becoming
important with each passing day. The sensors used for data collection are combined with …

One of the main challenges in the field of vibration energy harvesting is to extract energy
from the low‐frequency ambient vibrations. Since the voltage and power production in …

Energy harvesting is a rising technology able to replace conventional batteries in supplying
low-power devices. Researchers are studying the use of energy harvesters in Autonomous …

The fatigue life of steel wire is affected not only by fatigue load, but also by corrosion
environment in service period. Specially, the corrosion pit will lead to stress concentration on …

Capturing vibration energy of track structures using piezoelectric energy harvesters has
attracted increasing attention for powering wireless sensor networks along railway line. To …

Piezoelectric materials are well known for their applications in self-powered sensing and
mechanical energy harvesting. With the development of the Internet of things and wearable …

This work presents modeling, simulation, fabrication, and testing of a novel flow‐based
electromagnetic energy harvester (F‐EMEH) for producing usable electrical energy from the …

In this paper, we introduce and characterize a vibro-impact electromagnetic energy
harvester (VIEMH) with two-degree-of-freedom (2DoF) based on a nonlinear energy sink …

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

This paper describes the investigation of a novel low-cost silicone-based hybrid vibration
energy harvester (SHVEH) for converting machine vibrations into useful electrical power for …