Cellular morphology-driven sound absorption enhancement in monolithically integrated bilayer polyurethane foam

This publication has 28 references indexed in Scilit:

• Study on the formation and sound absorption properties of multi-layer woven fabrics with air layers
  Applied Acoustics, 2025
• Balancing ventilation and sound insulation in windows by means of metamaterials: A review of the state of the art
  Building and Environment, 2025
• Performance enhancements of PU composite foams reinforced with starfish particles chemically treated by silane derivatives
  Advanced Powder Technology, 2024
• Acoustic performance of flexible polyurethane composite foams filled with melamine particles
  Korean Journal of Chemical Engineering, 2023
• Multilayered graphene oxide impregnated polyurethane foam for ultimate sound absorbing performance: Algorithmic approach and experimental validation
  Applied Acoustics, 2023
• Sound absorption improvement of polyurethane foam through sequential arrangement of its cellular morphology
  Korean Journal of Chemical Engineering, 2022
• Study on acoustic properties at normal incidence of three-multilayer composite made of glass wool, glue and polyurethane foam
  Applied Acoustics, 2019
• Sound absorption behavior of flexible polyurethane foams including high molecular‐weight copolymer polyol
  Polymers for Advanced Technologies, 2017
• Effect of high molecular weight isocyanate contents on manufacturing polyurethane foams for improved sound absorption coefficient
  Korean Journal of Chemical Engineering, 2017
• Sound absorption properties of polyurethane/nano‐silica nanocomposite foams
  Journal of Applied Polymer Science, 2011