In this study, we achieved energy localization and amplification of flexural vibrations by
utilizing the defect mode of plate-attachable locally resonant metamaterials, thereby …

The study proposes a staggered piezoelectric supercell beam to enhance the traditional
passive periodic metamaterial bandgap. This beam features varying inductance in each cell …

The study introduces a novel approach to balancing energy absorption (EA) and negative
Poisson's ratio (NPR) in metamaterial design, which typically present desired properties and …

As the demand for low-frequency and ultra-low-frequency vibration isolation in aerospace
inspection and ultra-precision manufacturing grows exponentially, traditional vibration …

Engineering applications concurrently face challenges related to vibration, impact, load-
bearing and energy absorption. Here, an arch-honeycomb metamaterial with split-ring …

Metastructures with adjustable bandgaps provide an effective solution for modulating elastic
waves and mitigating vibrations in scenarios with variable frequencies. However, achieving …

Origami structure has become an important design source of metamaterials because of its
extremely rich form and infinite design space. In order to improve the wave attenuation and …

Based on the piecewise linear relation between the force and elongation of springs, the
phase transition and its generating waves in mechanical metastructures are studied. With …

Purpose This study aims to propose a novel acoustic metamaterial waveguide with active
switchable channels by changing the magnetic field strength. Design/methodology …

The field of topological protected wave engineering, inspired by quantum mechanics, has
generated significant interest. Acoustic analogs of electronic topological insulators provide …