In this study, we investigate high-performance piezoelectric energy harvesting at multiband
frequencies. Previous harvesting platforms were limited to a high-frequency range and …

Mechanical metamaterials and phononic crystals enable localizing, focusing, and guiding of
elastic or acoustic waves in various ways. Here, we describe the physical mechanisms …

The defect states of acoustic metamaterials are utilized for energy confinement and
harvesting of acoustic and elastic waves. Previous studies have concentrated on the …

In this paper, we design the elastic metamaterial cavities with multiple cavity modes for
harvesting the flexural wave energy. The metamaterial plate is formed by drilling periodic …

Enhancement of structure-borne wave energy harvesting is investigated by exploiting
metamaterial-based and metamaterial-inspired electroelastic systems. The concepts of …

A critical challenge in energy harvesting has been insufficient sustainable power generation
for practical applications, despite the benefits of self-powering and green-enabling …

Metamaterial-based energy harvesting (MBEH) has recently received much attention due to
its capability of amplifying input mechanical wave transferred to a piezoelectric energy …

This work proposes a graded metamaterial-based energy harvester integrating the
piezoelectric energy harvesting function targeting low-frequency ambient vibrations (< 100 …

Piezoelectric energy harvesting at multi-scales has received considerable attention as an
attractive powering technology which enables sustainable self-powered operation of small …

Acoustic metamaterials are artificial materials that possess the remarkable ability to control
and manipulate acoustic waves, which makes them ideal for acoustic energy harvesting …