Lattice truss-core sandwich plates have drawn increasing attention owing to their excellent
mechanical properties and multifunctional characteristics, but they are insufficient in low …

The optical and thermal performances of energy-saving glazing require improvement to
reduce peak thermal load and increase solar energy conversion and management …

Acoustic metamaterials have been becoming a popular topic for the better sound insulation
at low frequency than traditional materials. However, due to the local resonance mechanism …

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

Low-frequency and broadband noise reductions have always been a major industrial
concern, as they pose a significant challenge. Although acoustic metamaterials are …

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 …

Coupled resonances mechanisms combined with the notion of acoustic metamaterials offer
exceptional sound insulation capabilities, even at the challenging low frequency ranges …

Integrating soft components into acoustic metamaterials is an extremely promising way to
enhance their adjustability and reconfigurability. Herein, we report a type of space-coiled …

To enhance the low-frequency sound insulation performance of conventional double panels,
this work proposes a truss-based X-shape inertial amplification (TXIA) metamaterial double …

Meta-structures with dynamic vibrational resonators (DVRs) are programmed to control the
propagation of waves and attenuate vibrations over a broadband frequency spectrum …