Encyclopedia of Acoustics, Volume One

Copyright © 1997 John Wiley & Sons, Inc.

Encyclopedia of Acoustics, Volume One

Editor(s): Malcolm J. Crocker

Published Online: 12 DEC 2007

Print ISBN: 9780471177678

Online ISBN: 9780470172513

DOI: 10.1002/9780470172513

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Table of contents

    1. You have free access to this content
      Frontmatter (pages i–xxiv)

  2. Part I: General Linear Acoustics

    1. Chapter 1

      Introduction (pages 1–19)

      Malcolm J. Crocker

    2. Chapter 2

      Mathematical Theory of Wave Propagation (pages 21–37)

      Allan D. Pierce

    3. Chapter 3

      Ray Acoustics for Fluids (pages 39–45)

      D. E. Weston

    4. Chapter 4

      Ray Acoustics for Structures (pages 47–54)

      Leopold B. Felsen

    5. Chapter 5

      Interference and Steady-State Scattering of Sound Waves (pages 55–67)

      Herbert überall

    6. Chapter 6

      Speed of Sound in Fluids (pages 69–79)

      Allan J. Zuckerwar

    7. Chapter 7

      Standing Waves (pages 81–89)

      U. S. Shirahatti and Malcolm J. Crocker

    8. Chapter 8

      Waveguides (pages 91–105)

      P. O. A. L. Davies

    9. Chapter 9

      Steady-State Radiation from Sources (pages 107–125)

      A. P. Dowling

    10. Chapter 10

      Transient Radiation (pages 127–134)

      Peter Stepanishen

    11. Chapter 11

      Acoustic Interaction between Structures and Fluids (pages 135–152)

      F. J. Fahy

    12. Chapter 12

      Boundary Waves (pages 153–159)

      Ivan Tolstoy

    13. Chapter 13

      Acoustic Lumped Elements from First Principles (pages 161–164)

      Robert E. Apfel

    14. Chapter 14

      Acoustic Modeling: Finite Element Method (pages 165–172)

      A. Craggs

    15. Chapter 15

      Acoustic Modeling: Boundary Element Methods (pages 173–183)

      A. F. Seybert and T. W. Wu

    16. Chapter 16

      Acoustic Modeling (Ducted-Source Systems) (pages 185–190)

      M. G. Prasad and Malcolm J. Crocker

  3. Part II: Nonlinear Acoustics and Cavitation

    1. Chapter 17

      Nonlinear Acoustics and Cavitation (pages 191–195)

      David T. Blackstock and Malcolm J. Crocker

    2. Chapter 18

      Some Model Equations of Nonlinear Acoustics (pages 197–202)

      David T. Blackstock

    3. Chapter 19

      Propagation of Finite-Amplitude Waves in Fluids (pages 203–218)

      D. G. Crighton

    4. Chapter 20

      Parameters of Nonlinearity of Acoustic Media (pages 219–226)

      E. Carr Everbach

    5. Chapter 21

      Finite-Amplitude Waves in Solids (pages 227–235)

      Mack A. Breazeale

    6. Chapter 22

      Nonlinear Standing Waves in Cavities (pages 237–247)

      Alan B. Coppens and Anthony A. Atchley

    7. Chapter 23

      Nonlinear Effects in Sound Beams (pages 249–256)

      Mark F. Hamilton

    8. Chapter 24

      Nonlinear Lumped Elements (pages 257–261)

      William E. Zorumski

    9. Chapter 25

      Cavitation (pages 263–270)

      Werner Lauterborn

    10. Chapter 26

      Sonochemistry and Sonoluminescence (pages 271–281)

      Kenneth S. Suslick and Lawrence A. Crum

  4. Part III: Aeroacoustics and Atmospheric Sound

    1. Chapter 27

      Introduction (pages 283–299)

      James Lighthill

    2. Chapter 28

      Aerodynamic and Jet Noise (pages 301–311)

      Alan Powell

    3. Chapter 29

      Interaction of Fluid Motion and Sound (pages 313–320)

      J. E. Ffowcs Williams

    4. Chapter 30

      Acoustic Streaming (pages 321–327)

      N. Riley

    5. Chapter 31

      Shock Waves, Blast Waves, and Sonic Booms (pages 329–339)

      Richard Raspet

    6. Chapter 32

      Atmospheric Sound Propagation (pages 341–365)

      Louis C. Sutherland and Gilles A. Daigle

    7. Chapter 33

      Infrasound (pages 367–372)

      Thomas B. Gabrielson

  5. Part IV: Underwater Sound

    1. Chapter 34

      Introduction (pages 373–380)

      Ira Dyer

    2. Chapter 35

      Essential Oceanography (pages 381–389)

      F. H. Fisher and P. F. Worcester

    3. Chapter 36

      Propagation of Sound in the Ocean (pages 391–408)

      William A. Kuperman

    4. Chapter 37

      Propagation in Marine Sediments (pages 409–416)

      Leroy M. Dorman

    5. Chapter 38

      Attenuation by Forward Scattering: Measurements and Modeling (pages 417–424)

      Robert H. Mellen, Hans G. Schneider and David G. Browning

    6. Chapter 39

      Volume Scattering in Underwater Acoustic Propagation (pages 425–440)

      Shimshon Frankenthal

    7. Chapter 40

      Backscattering from Rough Surfaces and Inhomogeneous Volumes (pages 441–458)

      R. P. Chapman, O. Z. Bluy and P. C. Hines

    8. Chapter 41

      Sound Radiation from Marine Structures (pages 459–468)

      David Feit

    9. Chapter 42

      Transient and Steady-State Scattering and Diffraction from Underwater Targets (pages 469–482)

      Louis R. Dragonette and Charles F. Gaumond

    10. Chapter 43

      Quantitative Ray Methods for Scattering (pages 483–492)

      Philip L. Marston

    11. Chapter 44

      Target Strength of Fish (pages 493–500)

      Kenneth G. Foote

    12. Chapter 45

      Fundamental Underwater Noise Sources (pages 501–520)

      William Blake

    13. Chapter 46

      Ship and Platform Noise, Propeller Noise (pages 521–537)

      Robert D. Collier

    14. Chapter 47

      Underwater Explosive Sound Sources (pages 539–547)

      Valery K. Kedrinskii

    15. Chapter 48

      Ocean Ambient Noise (pages 549–557)

      Ira Dyer

    16. Chapter 49

      Sonar Systems (pages 559–579)

      James E. Barger

    17. Chapter 50

      Oceanographic and Navigational Instruments (pages 581–589)

      Robert C. Spindel

    18. Chapter 51

      Acoustic Telemetry (pages 591–596)

      Josko A. Catipovic

    19. Chapter 52

      Transducers (pages 597–606)

      Joseph E. Blue and Arnie Lee Van Buren

    20. Chapter 53

      Nonlinear Sources and Receivers (pages 607–617)

      Mark B. Moffett and William L. Konrad

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