Low-frequency sound wave reduction is hardly feasible for traditional sound absorbers such
as porous media. In contrast, locally resonant acoustic metamaterials act as spatial …

Reducing aeroelastic vibration of supersonic aircraft wings is very challenging because of
the limitation of efficiency, mass, space and especially the extreme high and variable …

Acoustic metasurfaces (AMs) can manipulate acoustic waves in ways that are not reachable
in natural materials, offering significant implications for engineering applications such as …

In this study, we introduce a meta-silencer designed for broadband low-frequency acoustic
attenuation. Composed of four parallel resonators, each containing a coiled multi-slit, it …

In practical engineering structures, complex low-frequency vibrations are often encountered.
However, most reported elastic metamaterials are designed for high-frequency ranges or …

With the rapid development of shipbuilding and aerospace industries, the mechanical
performance requirements for structures are becoming increasingly demanding …

Architected structures and metamaterials have attracted the attention of scientists and
engineers due to the contrast in behavior compared to the base material they are made …

Ventilated acoustic metamaterials with simultaneous high noise insulation performance and
sufficient ventilation aera are eagerly needed nowadays. Many acoustic metamaterials with …

The work investigates the effective thermomechanical performance of double-phase
architected materials as a function of their inner design. The effective thermal conductivity …

Vibration isolation has always been a flourishing subject with practical interest because it
helps in reducing structure vibration that has serious effects on moving vehicles and …