Realizing a low-frequency and broad bandgap is extremely challenging because the lattice
constant, equivalent stiffness, and equivalent density must be taken into account in practice …

In this paper, a tunable functionally graded metamaterial beam is designed for flexural wave
attenuation by integrating piezomagnetic shunt dam** system and inertial amplification …

Chiral phononic crystals (PnCs) provide unique properties not offered by conventional
metamaterial based on classic Bragg scattering and local resonance. However, it is …

To enhance the low-frequency sound insulation performance of conventional double panels,
this work proposes a truss-based X-shape inertial amplification (TXIA) metamaterial double …

To mitigate surface waves in ambient vibration, a novel broadband elastic metasurface is
proposed by periodically burying the layered in-filled pipes below the ground surface. The …

The utilization of sandwich plate structures is widespread across diverse engineering fields
owing to their advantageous high stiffness-to-weight ratio properties. However, these …

The aim of this paper is to obtain an ultra-wide low-frequency stop band in three dimensions
by using inertial amplification mechanisms. A two-stage remote center flexure mechanism …

A new type of beam-type metastructure periodically attaching single-or multi-stage X-shape
inertial amplification (XIA) mechanisms is designed to realize efficient elastic wave …

In this work, a lever-type inertial amplification (LIA) metastructure is proposed to enhance the
vibration reduction capability of thin plates in the low-frequency range. The mechanism …

Rayleigh wave isolation using metamaterials is a research hotspot in the engineering
community, yet the development of relevant mitigation methods remains an open and …