Encyclopedia of Acoustics: Crocker/Encyclopedia of Acoustics Volume Two

Content: Chapter 54 Introduction (pages 619–628): Philip L. Marston Chapter 55 Ultrasonic Velocity (pages 629–639): John H. Cantrell and William T. Yost Chapter 56 Ultrasonic Relaxation Processes (pages 641–650): Henry E. Bass and F. Douglas Shields Chapter 57 Phonons in Crystals, Quasicrystals, and Anderson Localization (pages 651–659): Julian D. Maynard Chapter 58 Surface Waves in Solids and Ultrasonic Properties (pages 661–672): Moises Levy and Susan C. Schneider Chapter 59 Wave Modes in Liquid Helium (pages 673–682): Gary A. Williams Chapter 60 Ultrasonic Instruments for Nondestructive Testing (pages 683–693): Emmanuel P. Papadakis Chapter 61 Thermoacoustic Engines (pages 695–701): Gregory W. Swift Chapter 62 Introduction (pages 703–713): Manfred A. Heckl Chapter 63 Experimental and Theoretical Studies of Vibrating Systems (pages 715–734): Paul J. Remington Chapter 64 Vibrations of One? and Two?Dimensional Continuous Systems (pages 735–752): Manfred A. Heckl Chapter 65 Nonlinear Vibration (pages 753–763): Lawrence N. Virgin and Earl H. Dowell Chapter 66 Random Vibration (pages 765–783): David E. Newland Chapter 67 Shock Analysis and Design (pages 785–796): Thomas L. Geers Chapter 68 Acoustic Emission (pages 797–809): Kanji Ono Chapter 69 Seismic Exploration: Acoustic Imaging for Geological Information (pages 811–830): A. J. Berkhout Chapter 70 Effects of High?Intensity Sound on Structures (pages 831–841): B. L. Clarkson Chapter 71 Vibration Isolation and Damping (pages 843–855): Eric E. Ungar Chapter 72 Vibration Measurements and Instrumentation (pages 857–868): Michael Moser Chapter 73 Machinery Condition Monitoring (pages 869–879): Govindappa Krishnappa Chapter 74 Structure?Borne Energy Flow (pages 881–891): G. Pavic Chapter 75 Active Vibration Control (pages 893–907): C. R. Fuller Chapter 76 Introduction (pages 909–912): Richard H. Lyon Chapter 77 Response Statistics of Rooms (pages 913–923): Mikio Tohyama Chapter 78 Statistical Modeling of Vibrating Systems (pages 925–935): Jerome E. Manning Chapter 79 Noise Control (pages 937–942): Malcolm J. Crocker Chapter 80 Rating Measures, Descriptors, Criteria, and Procedures for Determining Human Response to Noise (pages 943–965): Malcolm J. Crocker Chapter 81 Hearing Protection Devices (pages 967–981): E. H. Berger and J. G. Casali Chapter 82 Determination of Noise Emission of Sound Sources (pages 983–989): George C. Maling and William W. Lang Chapter 83 The Generation of Noise in Machinery, its Control, and the Identification of Noise Sources (pages 991–1024): Malcolm J. Crocker Chapter 84 Active Noise Control (pages 1025–1037): P. A. Nelson and S. J. Elliott Chapter 85 Noise Sources and Propagation in Ducted Air Distribution Systems (pages 1039–1047): Howard Kingsbury Chapter 86 Sound Power Level Predictions for Industrial Machinery (pages 1049–1057): Robert D. Bruce and Charles T. Moritz Chapter 87 Airport Noise (pages 1059–1072): Kenneth Mck. Eldred Chapter 88 Surface Transportation Noise (pages 1073–1081): Robert Hickling Chapter 89 Community Response to Environmental Noise (pages 1083–1091): Sanford Fidell and Karl S. Pearsons Acoustics, sound, and vibration effects everything from the design of a concert hall to the workings of a stereo system to the intricacies of the human ear. This book examines all aspects of acoustics. It covers engineering aspects (aerodynamics and jet noise, interaction of fluid motion and sound, infrasound, ultrasonics, quantum acoustics, etc.