Titlebook: An Introduction to Soil Dynamics; Arnold Verruijt Textbook 2010 Springer Science+Business Media B.V. 2010 Foundation vibrations.Geophysics

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Theory of Consolidation,, usually water, but perhaps oil, or a mixture of a liquid and gas. Chapter?4 presents the classical theory, due to Terzaghi, of semi-static consolidation, and some elementary solutions. In Chap.?5 the extension to the dynamical case is presented, mainly for the one dimensional case, as first presen

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Spherical Waves,agation of waves in an infinite medium introduces Rayleigh’s important principle of the radiation condition, which expresses that in an infinite medium no waves can be expected to travel from infinity towards the interior of the body.

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Elastodynamics of a Half Space,more difficult problems, involving mixed boundary value conditions. The corresponding dynamic problems still await solution, at least in analytic form. Chapter?9 presents the basics of dynamic problems in elastic continua, including the general properties of the most important types of waves: compre

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Confined Elastodynamics,d to vanish, an approximation due to Westergaard and generalized by Barends. This makes it possible to solve a variety of problems by simple means, and resulting in relatively simple solutions. It should be remembered that these are approximate solutions only, and that important features of the comp

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Line Load on Elastic Half Space,solutions for the stress distribution in soils due to loads on the surface. In Chaps.?11 and?12 the solution for two corresponding elastodynamic problems, a line load on a half plane and a strip load on a half plane, are derived. These chapters rely heavily on the theory developed by Cagniard and De

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