The underlying size-dependent mechanism of viscoelastic porous metamaterial structures is
still unclear, and the solution to their response using the high-fidelity numerical method is …

This paper introduces an innovative tri-band metamaterial absorber designed for advanced
sensing applications, demonstrating significant achievements in electromagnetic absorption …

In this study, inspired by the mechanical metamaterials with bandgap properties, a new type
of meta-arch structure (MAS) for the attenuation of elastic waves is proposed. In this …

Underwater absorptive metamaterials are rapidly developed duo local resonance
mechanisms, but they still suffer from the disadvantages of poor hydrostatic resistance. The …

Acoustic metamaterials provide a distinctive route for reducing low-frequency noise and
vibration; however, most are characterised by their singular functionality, eg sound …

As metamaterials are widely used in engineering fields, the demand for the extraordinary
properties of metamaterials is no longer satisfied with a single function. The multi-functional …

Controlling the noise and vibration simultaneously in some engineering scenes is extremely
essential to eliminate harmful effects on the humans and equipments. To overcome this …

In this study, we design reconfigurable multi-phased negative Poisson's ratio metamaterial
(NPM) for low-frequency vibration reduction. The designed NPMs consist of a concave …

Achieving multifunctional integration is crucial in mechanical metamaterials to meet the
requirements of structures and equipment serving in complex environments across various …

Metamaterials enable the modulation of elastic waves or acoustic waves in unprecedented
ways and have a wide range of potential applications. This paper achieves the simultaneous …