Many advanced physical properties can be realized by using well-designed acoustic
metamaterial (AM) structures, which have significant application value in engineering. In …

The increasing motivation behind the recently wide industrial applications of sandwich and
composite double panel structures stems from their ability to absorb sounds more effectively …

Insulating low-frequency sound using lightweight structures is very difficult according to the
classical mass law. To challenge this problem, we present a comprehensive theoretical …

This paper combines negative capacitance (NC) with inductance (L) to enlarge low-
frequency bandgap width in locally resonant piezoelectric metamaterials. The studied …

Acoustic metamaterials (AMs) composed of periodic artificial structures have extraordinary
sound wave manipulation capabilities compared with traditional acoustic materials, and they …

In this study, a lightweight cylindrical honeycomb sandwich structure with low-frequency
vibration attenuation ability is designed. An analytical model based on Love shell theory is …

Locally resonant metamaterials are employed to increase the sound insulation of a host
structure. In orthotropic host structures, the direction-dependent bending stiffness leads to a …

Additive manufacturing has been used to propose several designs of phononic crystals and
metamaterials due to the low cost to produce complex geometrical features. However, like …

In this work, the idea of metamaterial-based absorbers is further extended to develop the
concept of sound and vibration absorbers (SVA) capable of simultaneously absorbing sound …

超材料板结构因具有低频超常隔声性能, 得到了噪声控制研究领域的广泛关注.
然而已有超材料板结构普遍存在结构构造复杂的不足, 不利于大规模工程应用 …