Despite the emergence of acoustic metamaterials with superior sound absorption and
transmission loss, their adoption for building sound insulation has been limited. Sound …

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

To address the limitations of traditional honeycomb sandwich structures in attenuating mid to
low-frequency sounds, particularly in configurations with minimal thickness and weight, this …

Acoustic metamaterials are novel functional materials that can be artificially designed and
have unusual properties like the bandgap, holding immense potential for applications in …

Multi-family homes have been constructed traditionally using heavy materials like
concrete/steel and bricks. Wooden structures are a promising substitute for typical …

Advanced construction technologies are creating opportunities to design and fabricate non-
traditional concrete structural geometries. While removing structurally unnecessary material …

The subject of the present paper is improving sound absorption properties and protecting
the dust generation of ceramic fiber boards. The two‐microphone impedance tube method …

The floating floor technology in buildings is increasingly used to achieve national acoustic
and thermal insulation requirements, combining different compositions of materials and …

This study investigated the effects of surface perforation on the drying characteristics and
sound absorption coefficients of Russian Simon poplar lumber. The drying process and …

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