
How 3D-Printed Metamaterials Could Revolutionize Noise Reduction
10 Feb 2025
A new approach to soundproofing using 3D-printed labyrinthine metamaterials has been validated through experiments.

Does Melamine Foam Make Soundproof Panels More Effective?
9 Feb 2025
Researchers test new configurations for a 3D-printed acoustic panel, adding foam and backing cavities to improve sound absorption.

How This Acoustic Panel Performed in a Real-World Sound Test
9 Feb 2025
A 3D-printed noise-absorbing panel is tested in a reverberation room, showing near-ideal absorption between 800-1300 Hz, validating its real-world efficiency.

The Science of Soundproofing: A Look at 3D-Printed Acoustic Panels
9 Feb 2025
A 3D-printed noise-absorbing panel is fabricated using selective laser sintering, ensuring precision and efficiency in soundproofing applications.

Can 3D Printing Improve Soundproofing? This Study Says Yes
8 Feb 2025
Experimental validation of 3D-printed labyrinthine unit cells using impedance tube testing, confirming efficient subwavelength sound absorption.

Shhh! The Future of Noise Control Is Twisting Through 3D-Printed Labyrinths
8 Feb 2025
Discover how 3D-printed labyrinthine panels achieve near-perfect noise absorption using space-coiling structures for tunable mid-to-low frequency sound control.

How 3D-Printed Sound Panels Can Absorb Noise More Efficiently
8 Feb 2025
A study on labyrinthine unit cells using thermo-viscous loss models to optimize sound absorption through critical coupling and structured energy leakage.

Efficient Detection of Defects in Magnetic Labyrinthine Patterns: Conclusion and References
18 Sept 2024
TM-CNN combines template matching and CNN to efficiently detect defects in magnetic labyrinthine patterns, reducing manual annotations and improving accuracy.

Efficient Detection of Defects in Magnetic Labyrinthine Patterns: Experiments and Results
18 Sept 2024
TM-CNN combines template matching and CNN to efficiently detect defects in magnetic labyrinthine patterns, reducing manual annotations and improving accuracy.