Resonant elastic metamaterials are artificial material systems that exhibit unique dynamical
properties shaped by the intrinsic interaction between resonances and traveling dispersive …

In this report, we design a one-dimensional elastic phononic crystal (PC) comprised of an
Aluminum beam with periodically arranged cross-sections to study the inversion of bulk …

Vibration-based energy harvesting is a growing field for generating low-power electricity to
use in wireless electronic devices, such as the sensor networks used in structural health …

A new design for locally resonant metamaterial sandwich plates is proposed in this paper for
noise insulation engineering applications. A systematic method to tune the resonance …

Phononic crystals (PnCs) engineered to manipulate and control the propagation of
mechanical waves have enabled the design of a range of novel devices, such as …

In this work, we present a comprehensive theoretical and experimental study of three-
dimensional phononic crystals arranged in a simple cubic lattice. The band structure is …

The application of metamaterial in civil engineering to achieve isolation of a building by
controlling the propagation of seismic waves is a substantial challenge because seismic …

FEA method is applied in order to investigate the bandgaps of two-dimensional (2D)
phononic crystals which are composed with self-similarity hollow inclusions. Transmission …

An isogeometric analysis (IGA) framework is presented to construct and solve dispersion
relations for generating the band structure of periodic materials with complicated geometries …

A study on dynamical characteristics of a ternary locally resonant phononic crystal (PC) plate
(ie, hard scatterer with soft coating periodically disperse in stiff host matrix) is carried out in …