This paper proposes the design of an active nonlinear metamaterial for broadband and
tunable low-frequency wave attenuation governed by a lever-based nonlinear amplification …

In this paper we review recent progress on the analysis, experimental exploration, and
application of elastic wave propagation in weakly nonlinear media and metamaterials. We …

Nonlinear acoustic metamaterials (NAMs) exhibit extraordinary properties for low-frequency
and broadband vibration mitigation. Despite the increasing attention received, exotic …

Acoustic/elastic metamaterials exhibit a wealth of unusual properties conducive to wave
manipulation. This review outlines state-of-the-art developments from FPUT chains, granular …

Hierarchy provides unique opportunities for the design of advanced materials with superior
properties that arise from architecture, rather than from constitutive material response …

This paper presents a diatomic-chain locally resonant acoustic metamaterial (LRAM)
structure with negative-stiffness mechanism for enhanced suppression of vibration …

The aim of this study is to investigate the wave propagation characteristics of one-
dimensional inertial amplification (IA) metamaterials with double resonators. The IA Angle is …

Light-weight and high-stiffness honeycomb sandwich plates are widely used in high-speed
vehicles. Suppressing their low-frequency and broadband vibration is significant for …

This study proposes the use of a linear and geometrically nonlinear inerter-based resonator
in locally resonant acoustic metamaterials (LRAMs) and evaluates the performance on low …

The nonlinear dispersion properties of a metamaterial beam embedding nonlinear
resonators are investigated. The metamaterial beam incorporates a distributed array of local …