• Table of Contents, p. i-iv (188k)

General Session I.
Introductory Lectures

• Lambert, R. F., Welcoming Address, p.1-3 (118k)

• Glass, E. M., Opening Address, p. 4-8 (231k)

• Richards, E. J., An Introduction to Acoustic Fatigue, p. 9-55 (1.342M)

General Session II.
Characteristics of Noise Fields

• von Gierke, H. E., Types of Pressure Fields of Interest in Acoustical Fatigue Problems, p. 56-84 (714k)

• Clarkson, B. L., Correlation of Pressures Around a Jet Engine, p. 85-98 (333k)

• Clarkson, B. L., Note on the Use of Correlation Techniques to Determine the Forms of Vibration of a Continuous Structure Excited by Random Pressures, p. 99-108 (328k)

• Willmarth, William W., Statistical Properties of the Pressure Field in a Turbulent Boundary Layer, p. 109-127 (476k)

General Session III.
Properties of Materials and Structural Configurations Which Affect Acoustical Fatigue Life

• Freudenthal, A. M. Fatigue of Materials and Structures Under Random Loading, p. 128-152 (788k)

• Weibull, Waloddi, Statistical Aspects of Acoustical Fatigue, p. 153-162 (309k)

• Discussion of the Papers by Prof. Freudenthal and  Prof. Weibull, p. 163-167 (428k)

• Lazan, B. J., Review of Structural Damping Mechanisms, p. 168-184 (641k)

• Bohn, Lothar, Friedrich Linhardt and Herman Oberst, Progress in the Development of Vibration Damping Materials, p. 185-206 (650k)

• Mentel, T. J., Damping of Simplified Configurations with Additives or Interfaces, p. 207-234 (731k)

• Mead, D. J., The Damping, Stiffness and Fatigue Properties of Joints and Configurations Representative of Aircraft Structures, p. 235-261 (957k)

General Session IV.
Response to Vibration and Noise of Structure with Idealized Properties

• Plunkett, R. Determinate and Random Excitation of Lumped-Linear Structures, p. 262-274 (378k)

• Bleich, H. H., Excitation of Distributed Systems, p. 275-286 (247k)

• Kerwin, Edwin M., Acoustic Damping Mechanisms, p. 287-319 (958k)

General Session V.
Engineering Experience and Relative Importance of Various Parameters in Acoustical Fatigue

• Hubbard, Harvey H., Philip M. Edge and Claerence T. Modlin, Design Considerations for Minimizing Acoustic Fatigue in Aircraft Structures, p. 320-338 (540k)

• Forney, D. M. Acoustical Fatigue Test Procedures Used in Aircraft Industry and Their Limitations, p. 339-378 (2.249M)

• Dyer, I., P. A. Franken and E. E. Ungar, External Noise Environments of Flight Vehicles, p. 379-411 (1.002M)

Special Seminar Papers

• Schjelderup, H. C. A New Look at Structural Peak Distributions Under Random Vibration, p. 412-426 (346k)

• Sutherland, L. C. and Walter V. Morgan, The Use of Model Jets for Studying Acoustic Fields Near Jet and Rocket Engines, p. 427-446 (784k)

• Dahlquist, C. A., Some Experimental Results from Evaluation of Constrained Damping Layer Structures, p. 447-456 (256k)

• Burgess, John C., Quick Estimation of Damping from Free Damped Oscillograms, p. 457-460 (103k)

General Session VI.
Panel Discussion and Summary of the Conference

• Panel Discussion, p. 461-478 (756k)

• Powell, Alan, Summary of the Conference, p. 479-494 (723k)