Room acoustics

Related lectures (14)

Explores applications and criteria of geometrical acoustics in audio engineering.

Discusses pink noise, microphones, Schroeder method, and absorption factors in room acoustics.

Covers building technology, physics of buildings, and acoustic comfort, including materials analysis and room acoustics.

Explores sound propagation in rooms, room impulse responses, and reconstructing room shapes.

Explores the use of electroacoustic absorbers to equalize room modes effectively.

Explores resonance frequencies, transfer functions, and modal decay times in room acoustics.

Explores sound perception, room acoustics, and electroacoustics, covering physical principles and practical applications.

Explores the impact of reflections on sound localization and the annoyance caused by echoes in room acoustics.

Introduces the equalization of room modes using electroacoustic absorbers in low frequencies.

Explores the development of electroacoustic metamaterials and metasurfaces for noise control and sound absorption.

Explains the calculation of reverberation time for different spaces based on volume and occupancy.

Explores reflectograms in audio engineering, analyzing early and late reflections and discussing design rules to prevent prejudicial effects.

Explores the absorption of sound by porous layers and panel absorbers, as well as the impact of audience and furniture on sound absorption.

Explores statistical acoustics, Sabine's law, reverberation time calculation, and diffuse sound fields.

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