Acoustic metamaterials (AMs), which are materials composed of subwavelength periodic
artificial structures with specific designs, have drawn significant research attention. This is …

Labyrinthine acoustic metamaterial provides a flexible and unprecedented ability to
manipulate the sound wave propagation, such as sound blocking, cloaking, supertunneling …

In this study, the dynamic effective mass and effects of local resonators on the crack growth
are investigated. Based on Wiener-Hopf method and factorization using Cauchy-type …

Waves are reflected to varying degrees at the boundary between two different media. A
reduction of this reflection is important for many materials, including acoustic metamaterials …

In the field of industrial structure detection, acoustic signals have been pivotal. A cost-
effective and highly sensitive acoustic monitoring system that can enhance weak acoustic …

The design and analysis of phononic crystals (PnCs) are generally based on the
deterministic models without considering the effects of uncertainties. However, uncertainties …

In recent years, acoustic metamaterials have exhibited extraordinary potential for
manipulating the propagation of sound waves. However, it has been a challenge to control …

Inspired by fractal photonic/phononic crystals, the self-similar fractal technique is applied to
design acoustic metamaterial. By replacing the straight channel of coiling up space with a …

Topological valley states, emerging as an exciting field in condensed matter physics, are
attracting attention because of their potential as a new type of information carrier with orbital …

A novel plate-type acoustic metamaterial with a high sound transmission loss (STL) in the
low-frequency range (≤ 1000 Hz) is designed, theoretically proven and then experimentally …