Acoustic characterization of 3D printed Kelvin cell metamaterial using response surface methodology | Synapse
March 3, 2026
Acoustic characterization of 3D printed Kelvin cell metamaterial using response surface methodology
Key Points
Acoustic characterization reveals enhanced sound absorption properties of the Kelvin cell metamaterial, promoting its application in noise reduction.
Key metrics indicate an optimal absorption coefficient exceeding 0.85 across various frequency ranges, highlighting its utility in acoustic engineering.
Assessment using response surface methodology allows for systematic exploration of design parameters, aiding in material optimization.
Study supports innovative designs for metamaterials, indicating potential applications in architectural acoustics and soundproofing.