source: Bilkent Online Courses 2014年8月16日
ME 566 Acoustics
2009-2010- Spring
Introduction to oscillations, waves, and sound generation and propagation. General concepts such as quantitative measures of sound, plane waves, and acoustic energy density and intensity. Perception of sound. Derivation of wave equation. Reflection, transmission and refraction of sound. Normal modes: vibrating membranes, and sound in a rectangular enclosure; room and duct acoustics. Acoustic horns. Absorption and attenuation of sound waves. Acoustic waves in spherical co-ordinate systems.
Lecture 01 Harmonic Oscillations 47:10
Lecture 02 Linear Simple Harmonic Motion 48:00
Lecture 03 Forced Vibrations Impedence Power Input 42:18
Lecture 04 Wave Equation 56:52
Lecture 05 Plane Waves: Normal Incidence 55:30
Lecture 06 Plane Waves: Oblique Incidence 46:41
Lecture 07 Plane Waves: Oblique Incidence 57:30
Lecture 08 Sound Transmission Between Two Media, Snell 56:22
Lecture 09 Reflection, Transmission of Sound 39:20
Lecture 10 Sound Waves in Wave Guides 51:03
Lecture 11 Sound Waves in Ducts, Complex Expressions 52:15
Lecture 12 Sound Waves in Ducts with Flexible Walls 45:07
Lecture 13 Pipes with Varying Cross Sections 1:01:02
Lecture 14 Tubes with Non-Plane Terminations 50:32
Lecture 15 Silencers, Helmholtz Resonator 36:31
Lecture 16 Transmission Matrices 1:05:04
Lecture 17 Transmission Matrix 31:10
Lecture 18 Fourier Transforms 45:13
Lecture 19 Plate Vibrations 52:25
Lecture 20 Radiation from an Infinite Plate 1:12:22
Lecture 21 Radiation from Infinite Plate, Acoustic Loading 56:37
Lecture 22 Transmission and Reflection from Plates 58:16
Lecture 23 Radiation in Spherical Coordinates 42:46
Lecture 24 Sound Radiation in Spherical Coordinate 56:46
Lecture 25 Sound Radiation in Spherical Coordinate (cont'd) 1:01:09
Lecture 26 Sound Radiation in Spherical Coordinate (cont'd) 19:50
Lecture 27 Radiation from Spherical Sources 58:55
Lecture 28 Radiation from Spherical Sources (cont'd) 41:14
Lecture 29 Radiation from Cylindrical Sources 1:00:31
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