The article discusses an innovative approach to sound absorption panel design and analysis through experimental and numerical methods, focusing on a labyrinthine structure. Conducted at Politecnico di Torino, the research emphasizes the effective measurement of sound absorption within a well-equipped reverberation room that ensures accurate validation of results, particularly in the frequency range of 400-5000 Hz. A detailed characterization of the panel's performance is achieved using an integrated impulse response methodology and advanced sound measurement equipment, showcasing a comprehensive evaluation of design effectiveness in sound absorption applications.
The comprehensive measurement methodology implemented at the Politecnico di Torino showcases an advanced approach using integrated impulse response methods across multiple conditions.
The sound absorption performance validation leverages a well-equipped reverberation chamber with a focus on high-frequency analysis, ensuring robust results between 400-5000 Hz.
#sound-absorption #labyrinthine-design #reverberation-room #panel-characterization #experimental-methodology
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