InhaltsangabeI. The Classical Techniques of Wave Analysis.- 1 Complex Variable Theory.- 2 Generalized Functions.- 3 Fourier Transforms, Random Processes, Digital Sampling and Wavelets.- 4 Asymptotic Evaluation of Integrals.- 5 Wiener-Hopf Technique.- 6 Matched Asymptotic Expansions Applied to Acoustics.- 7 Multiple Scales.- 8 Statistical Energy Analysis.- 9 Mean Energy and Momentum Effects in Waves.- 10 Numerical Methods.- II. The Generation of Unsteady Fields.- 11 Noise Source Mechanisms.- 12 Vortex Sound.- 13 Thermoacoustic Sources and Instabilities.- 14 Effects of Motion on Acoustic Sources.- 15 Propeller and Helicopter Noise.- 16 Flow Noise on Surfaces.- 17 Fluid-Loading Interaction with Vibrating Surfaces.- III. Wave Modification.- 18 Scattering and Diffraction.- 19 Inverse Scattering.- 20 Resonators.- 21 Bubbles.- 22 Reverberation.- 23 Solitons.- 24 Nonlinear Acoustics.- 25 Chaotic Dynamics and Applications in Acoustics.- 26 Anti-Sound.

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InhaltsangabeI. The Classical Techniques of Wave Analysis.- 1 Complex Variable Theory.- 2 Generalized Functions.- 3 Fourier Transforms, Random Processes, Digital Sampling and Wavelets.- 4 Asymptotic Evaluation of Integrals.- 5 Wiener-Hopf Technique.- 6 Matched Asymptotic Expansions Applied to Acoustics.- 7 Multiple Scales.- 8 Statistical Energy Analysis.- 9 Mean Energy and Momentum Effects in Waves.- 10 Numerical Methods.- II. The Generation of Unsteady Fields.- 11 Noise Source Mechanisms.- 12 Vortex Sound.- 13 Thermoacoustic Sources and Instabilities.- 14 Effects of Motion on Acoustic Sources.- 15 Propeller and Helicopter Noise.- 16 Flow Noise on Surfaces.- 17 Fluid-Loading Interaction with Vibrating Surfaces.- III. Wave Modification.- 18 Scattering and Diffraction.- 19 Inverse Scattering.- 20 Resonators.- 21 Bubbles.- 22 Reverberation.- 23 Solitons.- 24 Nonlinear Acoustics.- 25 Chaotic Dynamics and Applications in Acoustics.- 26 Anti-Sound.