Acoustics: architecture, engineering, the environment
"This practical reference for design professionals and those in related fields, applies the latest research on sound behavior, high-performance materials, and audiovisual systems to a wide variety of building types and uses. Case studies draw on the firm's 22 years of experience as acoustical engineers, with drawings and diagrams helping to explain what can't be seen, only heard. Acoustics ""... takes what could be a dry, academic manual and infuses it with the energy of real life solutions."""
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Mudds 26 Retail Stanford 261
Industrial Noise Control
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A-weighted absorbing acoustical design active noise control Architect audio audio/visual background noise barrier batt insulation building calculated ceiling Chapter concrete construction cost direct sound door duct early reflections Engineering environment environmental floating floor floor/ceiling frequency glass gypsum board increase installed listener located loudness loudspeakers measurements mechanical equipment meter microphone msec neoprene noise and vibration noise control noise levels noise mitigation noise reduction noise sources noise transfer performance projection screen projector psychoacoustic ratio recording reduce reflected sound resilient channels resonant reverberation room acoustics Sabine shown in Figure signal sound absorption sound amplification system sound energy sound field sound insulation sound level sound level meter sound pressure level sound source sound-absorbing material sound-rated specific speech privacy standard STC rating studio surfaces Table theater tion transmission loss typically ventilation vibration isolation video projector wave window