Meta-arch structure: Designed reinforcement cage to enhance vibration isolation performance
G Sun, X An, R Jiang, X Yuan, X Hou, H Fan - International Journal of …, 2024 - Elsevier
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 …
of meta-arch structure (MAS) for the attenuation of elastic waves is proposed. In this …
Hybrid Metamaterials for Decoupled Regulation of Electromagnetic and Acoustic Waves
S Xu, X Wang, P Sun, H Wu, L Ma, X Luo… - Available at SSRN … - papers.ssrn.com
Herein, we present the concept of hybrid metamaterials based on a completely structured
design strategy for accessing decoupled electromagnetic and acoustic wave parameter …
design strategy for accessing decoupled electromagnetic and acoustic wave parameter …
Industrial-Scale Manufactured Acoustic Metamaterials for Multi-Bandgap Sound Reduction
X Wang, P Sun, X Gu, S Xu, X Luo, Z Huang - Available at SSRN 4989641 - papers.ssrn.com
Achieving mass manufacturability and convenient deployability is the cornerstone to enable
the widespread adoption of acoustic metamaterials. This work is poised to address the …
the widespread adoption of acoustic metamaterials. This work is poised to address the …
Study on noise reduction and structural optimization of ventilated bio-metamaterial plates for acoustic applications
R Ran - Molecular & Cellular Biomechanics, 2024 - sin-chn.com
This study focuses on the noise reduction performance and structural optimization of
ventilated metamaterial plates designed for bio-acoustic applications, where effective sound …
ventilated metamaterial plates designed for bio-acoustic applications, where effective sound …