Items related to Simple and Complex Vibratory Systems
Synopsis
Convinced that methods of classical physics, involving laborious calculations, are of little use in computing and interpreting complex vibratory systems, the author has developed new methods, based on the theory of electrical networks, that he considers far more useful. "A theory of vibrations that does not make full use of these modern methods of network theory," he remarks in the introduction, "would be similar to a treatise on physics that stops whenever calculus is required."
After discussing the problems encountered in modern vibration studies and presenting the fundamentals of network theory, Dr. Skudrzyk proves that a homogeneous vibrator of any complexity can be represented by a canonic circuit and demonstrates that such circuits are more concise and more illustrative of the behavior of vibratory systems than the inhomogeneous systems, including point-mass springs, mechanical filters, coupled vibrators, vibrating plates, sound sources, and many others.
Scientists and engineers will find this comprehensive study, illustrated with numerous examples and diagrams, a valuable working guide as well as a major contribution to the field. For acoustical technicians, it offers the background needed for dealing effectively with problems of vibration isolation and noise abatement.
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About the Author
Eugene Skudrzyk has studied at the Universities of London and Berlin and is currently with the Naval Ordnance Research Laboratory. His previously published works include Grundlagen der Akustik and articles in Acta Physica Austriaca, the Journal of the Acoustical Society of America, and many other periodicals.
"About this title" may belong to another edition of this title.
- PublisherPenn State University Press
- Publication date1990
- ISBN 10 0271731273
- ISBN 13 9780271731278
- BindingHardcover
- LanguageEnglish
- Number of pages500
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