This text addresses principles and problems across vibroacoustics -- the prediction of structural vibration levels resulting from known force or pressure excitations and the prediction of sound radiation levels from structures vibrating with a known velocity amplitude.
This text addresses principles and problems across vibroacoustics -- the prediction of structural vibration levels resulting from known force or pressure excitations and the prediction of sound radiation levels from structures vibrating with a known velocity amplitude.
Colin Hansen began his career as a full-time consultant in noise and vibration control, before moving to University of Adelaide where he is now emeritus professor. He is past president of the International Institute of Acoustics and Vibration. His books include Engineering Noise Control (now in its 5th Edition), Active Control of Noise and Vibration, Noise Control from Concept to Application and Understanding Active Noise Cancellation, all published by Taylor & Francis.
Inhaltsangabe
Acoustics Fundamentals. Structural Mechanics Fundamentals. Sound Propagation Fundamentals. Impedance and Intensity. Modal Analysis. Statistical Energy Analysis. Spectral analysis. Appendix A Linear Algebra. Appendix B Properties of Materials.
Acoustics Fundamentals. Structural Mechanics Fundamentals. Sound Propagation Fundamentals. Impedance and Intensity. Modal Analysis. Statistical Energy Analysis. Spectral analysis. Appendix A Linear Algebra. Appendix B Properties of Materials.
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