Metamaterials and phononic crystals (PCs) with artificially designed periodic microstructures
have attracted increasing research interests due to their unique properties that cannot be …

In this work, we have designed, characterized, and optimized an inertial-based rotational
vibration energy harvester device which can effectively harvest energy from vibrations at …

Fluid-structure interaction can be utilized to harvest the low-speed wind energy for
sustaining the low-power sensors for structural health monitoring. To enhance the low …

A novel wind energy harvester is proposed and studied in this paper. The system contains a
vibro-impact (VI) dielectric elastomer generator (DEG) that can convert vibrational energy …

A novel electromagnetic energy harvester for in-plane multi-directional vibrations is
developed by letting a magnetic ball move on a two-dimensional surface which is generated …

This paper investigates a dynamic model and behavior of a novel double-beam piezo–
magneto–elastic nonlinear wind energy harvester (DBPME-WEH). The DBPME-WEH is a …

Small‐scale wind energy harvesting from vortex‐induced vibrations (VIV) has been
introduced in recent years as a renewable power source for microelectronics and wireless …

The frequency of the vibration in the ambient environment varies frequently, which imposes
a great challenge for robust energy harvesting. To maintain the high performance of …

A novel contact-type (CT) dielectric elastomer generator (DEG), which can harvest energy
from two dielectric elastomer membranes (DEMs) under a regular contact-type displacement …

Energy harvesting has emerged as a promising avenue for addressing the constraints
imposed by battery lifespan in wireless sensor networks (WSNs), paving the way for more …