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• Modelling the Acoustic Properties of Baffles Made of Porous and Fibrous Materials

  Krzysztof KOSAŁA

  2024-04-12

  345–357
• Utilizing Hollow-Structured Bamboo as Natural Sound Absorber

  Azma PUTRA, Fazlin Binti Abd KHAIR, Mohd Jailani Mohd NOR

  2015-08-26

  601–608
• Method of Determining the Sound Absorbing Coefficient of Materials within the Frequency Range of 5 000–50 000 Hz in a Test Chamber of a Volume of about 2 m3

  Witold MIKULSKI

  177–183
• Method of Testing of Sound Absorption Properties of Materials Intended for Ultrasonic Noise Protection

  Dariusz PLEBAN

  191–195
• Numerical Methodology to Obtain the Sound Absorption of Materials by Inserting the Acoustic Impedance

  Cláudia Ohana BORGES MENDES, Maria Alzira DE ARAÚJO NUNES

  2021-12-10

  649–656
• An Inverse Method to Obtain Porosity, Fibre Diameter and Density of Fibrous Sound Absorbing Materials

  Jesus ALBA, Romina del REY, Jaime RAMIS, Jorge P. ARENAS

  561–574
• Influence of the Plaster Physical Structure on Indoor Acoustics

  Edyta PRĘDKA, Adam BRAŃSKI, Małgorzata WIERZBIŃSKA

  2021-08-24

  539–545
• Optimization of the Morphological Parameters of a Metal Foam for the Highest Sound Absorption Coefficient Using Local Search Algorithm

  Mohammad Javad JAFARI, Ali KHAVANIN, Touraj EBADZADEH, Mahmood FAZLALI, Mohsen Niknam SHARAK, Rohollah Fallah MADVARI

  2020-07-09

  487–497
• Acoustic Absorption of a New Class of Alumina Foams with Various High-Porosity Levels

  Tomasz G. ZIELIŃSKI, Marek POTOCZEK, Romana E. ŚLIWA, Łukasz J. NOWAK

  2013-12-20

  495–502