Readable survey of the theoretical core of the propagation of waves in solids offers a concise account of the classical theory, considers how this theory has been. The author gives a concise account of the classical theory necessary to an understanding of the subject, considers how this theory has been extended to solids. Download Citation on ResearchGate | Stress waves in solids / by H. Kolsky | Incluye índice }.

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All mainstream modern browsers have cookies enabled by default, so if you’ve been directed to this page it probably means you’re uisng a weird and wonderful browser of your own choosing, or have disabled cookies yourself. Where c r and Q r are the phase velocity and the Q value at a reference frequency w r.

If you have persistent cookies enabled as well, then we will be able to remember you across browser restarts and computer reboots. For each of the Q models Ursin B.

Reprint of the corrected edition. Seismic inverse Q filtering. This book is also available as a Google book: In his outline Wang calls the Kolsky-Futterman model the Kolsky model.

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The Kolsky basic model and modified model for attenuation and dispersion

Product Description Product Details The theory of the propagation of waves in solids was developed during the 19th century but, in the first quarter of this century, it fell into neglect. Retrieved from ” https: Here we found a function K w we can call a propagation constant in line with Futterman.


Stress Waves in Solids By: Included in this material are discussions of the components of stress and strain; Hooke’s law; Rayleigh waves; reflection and refraction of elastic waves; vibrations of rods; the Pochhammer equation; propagation of an elastic pulse along cylindrical, conical, and non-circular bars; ultrasonic measurements; and other sub-topics.

Hz Then we can get a correct solution with inverse Q filtering with the Kolsky model. Journal of Geophysical Research This page was last edited on 18 July jolsky, at To access your account information you need to be authenticated, which means that you need to enter your password to confirm that you are indeed the person that the cookie claims you to be.

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Stress waves in solids – Herbert Kolsky – Google Books

To obtain a solution that can be applied to seismic k w must be connected to a function that represent the way the seismic wave propagates in the seismic media. Let’s connect Contact Details Facebook Twitter.

This functions can be regarded as a Q-model. This is very well documented in Wang This doesn’t mean that anyone who uses your computer can access your account information as we separate association what the cookie provides from authentication. Subscribe to our newsletter Some error text Name. The Kolsky basic model and modified model for attenuation and dispersion is the mathematical Q models that is most used in kolsly applications. A requirement in the theory for materials satisfying the linear attenuation assumption is that the reference frequency w r is a finite arbitrarily small but nonzero cut-off on the absorption.


The theoretical background for mathematical Q models can be found in the Wikipedia article: We never store sensitive information about our customers in cookies. Email address subscribed successfully. Views Read Edit View history.

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Only recently, as the result of new techniques of study and the development of new plastics and other such materials, has it again become the object of intensive investigation. According to Kolsky, we are free to choose w r following the phenomenological criterion that it be small compared with the lowest measured frequency w in the frequency band.

The text is completely corrected, and the valuable material on waves in modern plastic substances is even more useful to physics students and engineers in the field than in earlier editions. By using this site, you agree to the Terms of Use and Privacy Policy.