Wikibooks:Collections/Engineering Acoustics
Engineering Acoustics
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- Lumped Acoustical Systems
- Simple Oscillation
- Mechanical Resistance
- Characterizing Damped Mechanical Systems
- Electro-Mechanical Analogies
- Solution Methods: Electro-Mechanical Analogies
- Examples
- Primary variables of interest
- Electro-acoustic analogies
- Transducers - Loudspeaker
- Moving Resonators
- One-Dimensional Wave Motion
- Transverse vibrations of strings
- Time-Domain Solutions
- Boundary Conditions and Forced Vibrations
- Sound Propagation in a Cylindrical Duct With Compliant Wall
- Non-Linear Waves
- Qualitative Description of Shocks
- The Rankine-Hugoniot Jump Equations
- Applications
- Room Acoustics and Concert Halls
- Bass Reflex Enclosure Design
- New Acoustic Filter For Ultrasonics Media
- Noise in Hydraulic Systems
- Basic Acoustics of the Marimba
- How an Acoustic Guitar works
- Specific application-automobile muffler
- Bessel Functions and the Kettledrum
- Filter Design and Implementation
- Flow-induced oscillations of a Helmholtz resonator and applications
- Acoustics in Violins
- Moving Coil Loudspeaker
- Attenuation of Sound Waves
- Car Mufflers
- Noise from cooling fans
- Human Vocal Fold
- Microphone Design and Operation
- Piezoelectric Transducers
- Microphone Technique
- Sealed Box Subwoofer Design
- Acoustic Guitars
- Basic Room Acoustic Treatments
- Boundary Conditions and Wave Properties
- Rotor Stator Interactions
- Sonic Supercharging of 2 Stroke Engines
- Thermoacoustics
- source-filter theory
- International Space Station Acoustics Challenges