Metamaterials are artificial composite materials engineered to have properties that may not
be found in nature. By exploring locally resonant effect of the building units, elastic …

The concept of the electromagnetic wave transparency is introduced into the thermal field.
The conditions of the thermal transparency for a multilayered sphere with isotropic coatings …

In this paper, a new locally resonant metamaterial (LRM) is proposed to attenuate noise and
vibration of floors in residential buildings. The band gap behavior of LRMs has recently …

We demonstrate that the phenomenon of acoustic transparency and slow sound
propagation can be realized with detuned acoustic resonators (DAR), mimicking thereby the …

Using coordinate transformation stated earlier by Pendry [Science 312, 1780 (2006)], we
deduced the material parameter equation for elliptic cylinder cloaks and reported the …

The aim of this review is to give an overview of techniques and methods used in the
modeling of acoustic and elastic metamaterials. Acoustic and elastic metamaterials are man …

We establish an account of electromagnetic scattering by coated spheres with radial
dielectric and magnetic anisotropy. Within full-wave scattering theory, we show that the total …

Abstract A three-dimensional (3D) spherical acoustic cloak is designed using an acoustic
layered system, which can hide an object from the detection of acoustic wave in arbitrary …

In this Letter, we experimentally observed heat diffusion transparency with the heat diffusion
device we fabricated, which can measure time-dependent temperature. Utilizing the effective …

The elastic wave transparency phenomenon of a solid sphere coated with metamaterials is
investigated in a solid host medium having nonzero shear modulus. The first three scattering …