In the study, a retrieval approach is extended to determine the effective dynamic properties
of a finite multilayered acoustic metamaterial based on the theoretical reflection and …

To date, phononic crystals/metamaterials normally adopt classical periodic configurations,
and optimization strategies for them are based primarily on dispersion relations from a …

In this paper, the propagation and localization of elastic waves in randomly disordered
layered three-component phononic crystals with thermal effects are studied. The transfer …

A theoretical model of a new type of two-degree-of-freedom local resonance mass-spring
system with the resonator considering vertical and rotational vibration (the moment of inertia) …

A new beam structure with periodically attached multioscillators is proposed based on the
idea of locally resonant (LR) phononic crystals (PCs) to reduce flexural vibrations in the …

This paper proposes a novel phononic crystal sandwich beam (PCSB) for low-frequency
and broadband vibration suppression. The representative volume element (RVE) consists of …

In order to overcome the influence of the structural resonance on the continuous structures
and obtain a lightweight thin-layer structure which can effectively isolate the low-frequency …

In this work, a novel broadband hybrid mechanism gradient Elastic Metamaterials (EMs) rod,
based on traditional formation mechanisms of band gaps, is proposed and the vibration …

This paper investigates the suppression of vibration and noise radiation in a flexible raft
system through the use of periodic structure theory. A floating raft isolation system is …

In this paper, an elastic metamaterial beam with a novel two-degree-of-freedom local
resonator is investigated theoretically, and the dispersion relation is calculated by using …