The recent advent of acoustic metamaterials has initiated a strong revival of interest on the
subject of sound absorption. The present review is based on the physics perspective as the …

While elastic metasurfaces offer a remarkable and very effective approach to the
subwavelength control of stress waves, their use in practical applications is severely …

The work proposed here deals with theory and experiment on the acoustics of gas saturated
rigid porous media with inner resonance effects. First, we investigate the physics of porous …

Sound propagation in conventional rigid-frame porous materials is affected by the viscosity
of the saturating gas and the heat transfer between the gas and the solid frame. This paper …

We demonstrate both numerically and experimentally that geometric frustration in two-
dimensional periodic acoustic networks consisting of arrays of narrow air channels can be …

We present experimental results demonstrating the phenomenon of acoustic transparency
with a significant slowdown of sound propagation realized with a series of paired detuned …

In the dynamics of Biot poroelastic materials, the fluid flow is not affected by the deformation
of the solid elastic frame. In contrast, in permeable materials whose solid stiff frames have …

A reduced-order homogenization framework is proposed, providing a macro-scale-enriched
continuum model for locally resonant acoustic metamaterials operating in the …

In this study, we analyze energy bands in periodic lattices based on the nonlocal-in-time
kinetic energy approach introduced recently by Suykens. We consider the electron dynamics …

This papers investigates the scattering of oblique shear horizontal (SH) waves off finite
periodic media made of elastic and viscoelastic layers. It further considers whether a Willis …