Misją Instytutu jest dzialalność naukowo-badawcza prowadząca do nowych rozwiązań technicznych i organizacyjnych użytecznych w kształtowaniu warunków pracy zgodnych z zasadami bezpieczeństwa pracy i ergonomii oraz ustalanie podstaw naukowych do właściwego ukierunkowywania polityki społeczno-ekonomicznej państwa w tym zakresie.
John Wiley & Sons Inc., |
Editorial Board Editor-in-Chief Robert E. Apfel
|
Preface (xiii) | |
Contributors (xv) | |
Part I. General Linear Acoustics (1) | |
1. Introduction (3) | |
2. Mathematical Theory of Wave Propagation (21) | |
3. Ray Acoustics for Fluids (39) | |
4. Interference and Steady-State Scattering of Sound Waves (47) | |
5. Speed of Sound Fluids (61) | |
6. Standing Waves (73) | |
7. Waveguides (83) | |
8. Steady-State Radiation from Sources (99) | |
9. Transient Radiation (119) | |
10. Acoustic Interaction between Structures and Fluids (127) | |
11. Acoustic Lumped Elements from First Principles (145) | |
12. Acoustic Modeling: Finite Element Method (149) | |
13. Acoustic Modeling: Boundary Element Methods (157) | |
14. Acoustic Modeling (Ducted-Source Systems (169) | |
Part II. Nonlinear Acoustics and Cavitation (175) | |
15. Nonlinear Acoustics and Cavitation (177) | |
16. Some Model Equations of Nonlinear Acoustics (181) | |
17. Propagation of Finite-Amplitude Waves in Fluids (187) | |
18. Parameters of Nonlinearity of Acoustic Media (203) | |
19. Finite-Amplitude Waves in Solids (211) | |
20. Nonlinear Effects in Sound Beams (221) | |
21. Nonlinear Lumped Elements (229) | |
22. Cavitation (235) | |
23. Sonochemistry and Sonoluminescence (243) | |
Part III. Aeroacoustics and Atmospheric Sound (255) | |
24. Introduction (257) | |
25. Aerodynamic and Jet Noise (273) | |
26. Interaction of Fluid Motion and Sound (285) | |
27. Shock Waves, Blast Waves, and Sonic Booms (293) | |
28. Atmospheric Sound Propagation (305) | |
29. Infrasound (331) | |
Part IV. Underwater Sound (337) | |
30. Introduction (339) | |
31. Propagation of Sound in the Ocean (345) | |
32. Sound Radiation from Marine Structures (363) | |
33. Transient and Steady-State Scattering and Diffraction from Underwater Targets (373) | |
34. Fundamental Underwater Noise Sources (387) | |
35. Ship and Platform Noise, Propeller Noise (407) | |
36. Ocean Ambient Noise (425) | |
37. Sonar Systems (435) | |
38. Oceanographic and Navigational Instruments (457) | |
39. Acoustic Telemetry (467) | |
Part V. Ultrasonics, Quantum Acoustics, and Physical Effects of Sound (473) | |
40. Introduction (475) | |
41. Ultrasonic Velocity (483) | |
42. Ultrasonic Relaxation Processes (495) | |
43. Phonons in Crystal, Quasicrystals, and Anderson Localization (505) | |
44. Surface Waves in Solids and Ultrasonic Properties (515) | |
45. Ultrasonic Instruments for Nondestructive Testing (527) | |
46. Thermoacoustic Engines (539) | |
Part VI. Mechanical Vibrations and Shock (547) | |
47. Introduction (549) | |
48. Experimental and Theoretical Studies of Vibrating Systems (559) | |
49. Vibrations of One- and Two-Dimensional Continuous Systems (579) | |
50. Nonlinear Vibration (597) | |
51. Random Vibration (609) | |
52. Shock Analysis and Design (629) | |
53. Acoustic Emission (641) | |
54. Seismic Exportation: Acoustic Imaging for Geological Information (655) | |
55. Vibration Isolation and Damping (675) | |
56. Vibration Measurements and Instrumentation (689) | |
57. Machinery Condition Monitoring (701) | |
58. Structure-Borne Energy Flow (713) | |
59. Active Vibration Control (725) | |
Part VII. Statistical Methods in Acoustics (741) | |
60. Introduction (743) | |
61. Response Statistics of Rooms (745) | |
62. Statistical Modeling of Vibrating Systems (757) | |
Part VIII. Noise: Its Effects and Control (769) | |
63. Noise Control (771) | |
64. Rating Measures, Descriptors, Criteria, and Procedures for Determining Human Response to Noise (775) | |
65. Hearing Protection Devices (799) | |
66. Generation of Noise in Machinery, Its Control, and the Identification of Noise Sources (815) | |
67. Active Noise Control (849) | |
68. Noise Sources and Propagation in Ducted Air Distribution Systems (863) | |
69. Sound Power Level Predictions for Industrial Machinery (873) | |
70. Airport Noise (883) | |
71. Surface Transportation Noise (897) | |
72. Community Response to Environmental Noise (907) | |
Part IX. Architectural Acoustics (917) | |
73. Introduction (919) | |
74. Sound in Enclosures (925) | |
75. Sound Absorption in Enclosures (939) | |
76. Sound Insulation: Airborne and Impact (953) | |
77. Ratings and Descriptors for the Building Acoustical Environment (985) | |
78. Acoustical Guidelines for Building Design (1005) | |
79. Noise Control for Mechanical and Ventilation Systems (1021) | |
Part X. Acoustical Signal Processing (1045) | |
80. Introduction (1047) | |
81. Statistical Theory of Acoustic Signals (1051) | |
82. Practical Considerations in Signal Processing (1063) | |
Part XI. Physiological Acoustics (1083) | |
83. Introduction (1085) | |
84. Acoustical Characteristics of the Outer Ear (1093) | |
85. Acoustic Properties of the Middle Ear (1105) | |
86. Anatomy of the Cochlea and Auditory Nerve (1115) | |
87. Cochlear Mechanics and Biophysics (1125) | |
Part XII. Psychological Acoustics (1139) | |
88. Introduction (1141) | |
89. Auditory Masking (1147) | |
90. Frequency Analysis and Pitch Perception (1167) | |
91. Loudness (1181) | |
92. Effects of High-Intensity Sound (1197) | |
93. Clinical Audiology: An Overview (1209) | |
Part XIII. Speech Communication (1221) | |
94. Introduction (1223) | |
95. Models of Speech Production (1231) | |
96. Acoustical Analysis of Speech (1245) | |
97. Techniques of Speech Coding (1255) | |
98. Machine Recognition of Speech (1263) | |
Part XIV. Music and Musical Acoustics (1271) | |
99. Introduction (1273) | |
100. Stringed Instruments: Bowed (1275) | |
101. Woodwind Instruments (1283) | |
102. Brass Instruments (1291) | |
103. Pianos and Other Stringed Keyboard Instruments (1301) | |
Part XV. Acoustical Measurements and Instrumentation (1309) | |
104. Introduction (1311) | |
105. Sound Level Meters (1317) | |
106. Sound Intensity (1327) | |
107. Analyzers (1341) | |
108. Calibration of Pressure and Gradient Microphones (1355) | |
Part XVI. Transducers (1367) | |
109. Introduction (1369) | |
110. Transducer Principles (1375) | |
111. Loudspeaker Design (1389) | |
112. Types of Microphones (1411) | |
113. Magnetic Recording Reproducing Systems (1423) | |
114. Digital Audio (1427) | |
Index (1439) |
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