Overview

This book is a practical guide for researchers and advanced graduate students in biology and biophysics who need a quantitative understanding of acoustical systems such as hearing, sound production, and vibration detection in animals at the physiological level. It begins with an introduction to physical acoustics directed explicitly at their needs, covering the fundamental concepts and showing how they can be applied quantitatively to understand animals' auditory and sound-producing systems. Only after the relatively simple mechanical part of the system is explained does the author focus his attention on the underlying physiological processes.

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9780195069402

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""The author does a superb job of making his readers feel the physics underlying the mathematics of acoustics. The biological examples used throughout the book are both clear and likely to be interesting to most physic and engineering majors. I stringly recommend that this book be available to physical science students taking acoustics courses. I can guarantee . . . that acquaintance with and study of this book will prove of exceptional value to biologists and audiologists active in hearing and sound-production research."" --Physics Today ""Long-awaited and needed. The reader is never too far away from a biological example of an acoustic principle. The text is written in a lucid and ""reader-friendly"" fashion. . . . a well written text that admirably meets the goals of its author. I would recommend the volume for any biologist who is seriously interested in getting a solid appreciation of acoustics as applied to hearing and sound production."" --American Zoologist ""The book...does systematically cover all aspects of sound in mechanical structures....The author sets out to cover the material at three levels, and to this reviewer, he succeeds almost totally....Will certainly be extremely valuable for biologists or others who study the physiology of motion sensing, hearing, and sound production in animals. The clarity of the explanations will also make it useful for anyone who wishes to understand the behaviour of sound in small spaces and in mechanical structures, whatever the application may be.""--Australian and New Zealand Physicist

The book's strength lies as a sourcebook of essential formulae and thumbnail physical descriptions ... this is a book to which all committed auditory researchers should at least have access. It is a serious attempt to educate students and researchers to the idea that some areas of physiology may be better described with the help of a little, but quite approachable, mathematics.' Jonathan Ashmore, Experimental Physiology - Volume 78, 1993 The author sets out to cover the material at three levels, and to this reviewer he succeeds almost totally. The book will certainly be extremely valuable for biologists or others who study the physiology of motion sensing, hearing, and sound production in animals. The clarity of the explanations will also make it useful for anyone who wishes to understand the behaviour of sound in small spaces and in mechanical structures, whatever the application may be.' H.A. Dillon, Australian & New Zealand Physicist, Volume 31, Number 4, April 1994

"""The author does a superb job of making his readers feel the physics underlying the mathematics of acoustics. The biological examples used throughout the book are both clear and likely to be interesting to most physic and engineering majors. I stringly recommend that this book be available to physical science students taking acoustics courses. I can guarantee . . . that acquaintance with and study of this book will prove of exceptional value to biologists and audiologists active in hearing and sound-production research."" --Physics Today ""Long-awaited and needed. The reader is never too far away from a biological example of an acoustic principle. The text is written in a lucid and ""reader-friendly"" fashion. . . . a well written text that admirably meets the goals of its author. I would recommend the volume for any biologist who is seriously interested in getting a solid appreciation of acoustics as applied to hearing and sound production."" --American Zoologist ""The book...does systematically cover all aspects of sound in mechanical structures....The author sets out to cover the material at three levels, and to this reviewer, he succeeds almost totally....Will certainly be extremely valuable for biologists or others who study the physiology of motion sensing, hearing, and sound production in animals. The clarity of the explanations will also make it useful for anyone who wishes to understand the behaviour of sound in small spaces and in mechanical structures, whatever the application may be.""--Australian and New Zealand Physicist"

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