Architectural Acoustics offers a comprehensive overview of acoustical science at a level suitable for either advanced undergraduate or introductory graduate courses in architectural design and architectural engineering. The text is organized according to how sound interacts with built structures, going from simple geometries through complex building structures. The book begins with a brief but useful history of architecture and the role of acoustics, as well as overview of human perception of, sound, and then progresses through topics ranging from acoustic measurement, noise metrics and environmental noise, to sound in enclosed spaces, sound transmission in buildings, vibration and vibration isolation, and noise in mechanical systems.
Architectural Acoustics also includes more advanced chapters on specific design problems, including treatment of multifamily dwellings, office buildings, sound reinforcement systems, rooms for music, multipurpose rooms, auditoriums, sanctuaries, and studios and listening rooms. Also covered is the theory loudspeaker systems and sound system modeling as well as in-depth presentation of computer modeling, ray tracing and auralization.
* Comprehensive guide to the basics of acoustical science and its applications to architectural design.
* Author is renowned expert engaged in acoustical engineering for 20 years
* Covers the latest environmental regulations and health and safety research related to sound inside and outside of buildings.
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Chapter 3 HUMAN PERCEPTION AND REACTION TO SOUND
Chapter 4 ACOUSTIC MEASUREMENTS AND NOISE METRICS
Chapter 5 ENVIRONMENTAL NOISE
Chapter 6 WAVE ACOUSTICS
Chapter 7 SOUND AND SOLID SURFACES
Chapter 8 SOUND IN ENCLOSED SPACES
Chapter 14 SOUND ATTENUATION IN DUCTS
Chapter 15 DESIGN AND CONSTRUCTION OF MULTIFAMILY DWELLINGS
Chapter 16 DESIGN AND CONSTRUCTION OF OFFICE BUILDINGS
Chapter 17 DESIGN OF ROOMS FOR SPEECH
Chapter 18 SOUND REINFORCEMENT SYSTEMS
Chapter 19 DESIGN OF ROOMS FOR MUSIC
Chapter 20 DESIGN OF MULTIPURPOSE AUDITORIA AND SANCTUARIES
Chapter 21 DESIGN OF STUDIOS AND LISTENING ROOMS
Chapter 9 SOUND TRANSMISSION LOSS
Chapter 10 SOUND TRANSMISSION IN BUILDINGS
Chapter 11 VIBRATION AND VIBRATION ISOLATION
Chapter 12 NOISE TRANSMISSION IN FLOOR SYSTEMS
Chapter 13 NOISE IN MECHANICAL SYSTEMS
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A-weighted absorber absorption coefficient amplitude angle architectural acoustics Articulation Index attenuation audio Audio Engineering Society balcony barrier bass Beranek calculated ceiling concert halls concrete construction curve damping diffuse direction distance drywall duct effect energy equation fiberglass Figure floor given Helmholtz resonator HVAC impedance incident increase joists listener located loudness loudspeakers low frequencies low-frequency material measured meter metric microphone neoprene noise level normal octave band ofthe orchestra panel pipe plane plenum propagation radiated rectangular reflecting surface resilient reverberant field reverberation seating shown in Fig side walls signal signal-to-noise ratio slab sound level sound power level sound pressure level sound transmission sound wave space spectrum speech intelligibility structural stud studios Table theater thick transmission loss values velocity wavelength wood
Page xxiv - I gave myself pains to master this bizarre science [of acoustics] but . . . nowhere did I find a positive rule to guide me; on the contrary, nothing but contradictory statements . . . I must explain that I have adopted no principle, that my plan has been based on no theory, and that I leave success or failure to chance alone . . . like an acrobat who closes his eyes and clings to the ropes of an ascending balloon.