This article discusses the creation of an innovative noise-absorbing panel using selective laser sintering (SLS) technology. The panel features labyrinthine structures designed to enhance sound absorption. To ensure precise acoustic testing, additional openings were incorporated to eliminate excess material before sealing. Furthermore, the authors developed a finite element model to analyze both the structural integrity and acoustic performance of the panel. This multifaceted approach demonstrates how advanced manufacturing techniques can yield effective acoustic solutions, providing valuable insights into material performance and design optimization.
The noise-absorbing panel, fabricated using selective laser sintering, features labyrinthine structures for enhanced sound absorption, demonstrating the effectiveness of this advanced manufacturing technique.
The finite element model created for the panel allows for a comprehensive analysis of its acoustic performance and structural integrity, facilitating accurate testing of its capabilities.
#noise-absorption #selective-laser-sintering #finite-element-model #acoustic-engineering #3d-printing
Collection
[
|
...
]