Engineering Acoustics/Print version

__NOTOC__ Engineering_Acoustics Engineering_Acoustics/Print_version Note: current version of this book can be found at http://en.wikibooks.org/wiki/Engineering_Acoustics Remember to click "refresh" to view this version. Lumped Acoustical Systems Simple Oscillation Forced Oscillations(Simple Spring-Mass System) Mechanical Resistance Characterizing Damped Mechanical Systems Electro-Mechanical Analogies Solution Methods for Electro-Mechanical Analogies Examples of Electro-Mechanical Analogies 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 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 License GNU Free Documentation License