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Acoustics
Acoustics is the science that studies sound, in particular its production, transmission, and effects. The science of acoustics has many applications which are dependent upon the nature of the sound that is to be produced, transmitted or controlled. In the case of a desirable sound, such as music, the main application of acoustics is to make the music sound as good as possible.
- Author
- Wikipedia
- Publisher
- LibreTexts
- Source
- LibreTexts
- License
- CC BY-SA
- Language
- EN
- Category
- Basic Sciences
Contents· 36 sections
- 01: Fundamentals
- 1.01: Fundamentals of Acoustics
- 1.02: Fundamentals of Room Acoustics
- 1.03: Fundamentals of Psychoacoustics
- 1.04: Sound Speed
- 1.05: Filter Design and Implementation
- 1.06: Flow-induced Oscillations of a Helmholtz Resonator
- 1.07: Active Control
- 02: Applications in Transport Industry
- 2.01: Rotor Stator interactions
- 2.02: Car Mufflers
- 2.03: Sonic Boom
- 2.04: Sonar
- 2.05: Interior Sound Transmission
- 03: Applications in Room Acoustics
- 3.01: Anechoic and reverberation rooms
- 3.02: Basic Room Acoustic Treatments
- 04: Applications in Psychoacoustics
- 4.01: Human Vocal Fold
- 4.02: New Page
- 05: Musical Acoustics Applications
- 5.01: How an Acoustic Guitar Works
- 5.02: Basic Acoustics of the Marimba
- 5.03: Bessel Functions and the Kettledrum
- 5.04: Acoustics in Violins
- 5.05: Microphone Technique
- 5.06: Microphone Design and Operation
- 5.07: Acoustic Loudspeaker
- 5.08: Sealed Box Subwoofer Design
- 06: Miscellaneous Applications
- 6.01: Bass-Reflex Enclosure Design
- 6.02: Polymer-Film Acoustic Filters
- 6.03: Noise in Hydraulic Systems
- 6.04: Noise from Cooling Fans
- 6.05: Piezoelectric Transducers
- 6.06: Generation and Propagation of Thunder