Titlebook: Dynamic Response of Granular and Porous Materials under Large and Catastrophic Deformations; Kolumban Hutter,Nina Kirchner Book 2003 Sprin

木訥

https://doi.org/10.1007/978-3-658-14036-6ar materials. Especially, if the grain shapes differ significantly from a sphere the possibility of flow alignment exists and it takes not much imagination to visualize that a sliding motion of the particles is affected by their mutual alignment. The approach we are taking here is based on a continu

減震

Forschungsdesign und Methodik der Studie,g motion, the individual particles forming the body of the avalanche are re-distributed in such a way that large particles gather on top and at the front, while small particles concentrate close to the bottom and the rear. This segregation according to particle size has been our motivation to develo

frivolous

Lernumgebung der Studie: Modellierungstageture of . > 2 discrete sizes bounded below by an impermeable base, above by an evolving free surface, and subject to gravity. We demonstrate the existence of a solution in which the medium segregates by particle size. For a mixture of small and large particles (. = 2),we use methods of Smoller [30]

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Group Theoretic Methods and Similarity Solutions of the Savage—Hutter Equationsurface flow of granular avalanches. All similarity solutions of this system are found by means of group analysis. The family of solutions which are invariant to stretching transformations is investigated in greater detail. Explicit solutions are constructed in three cases and their physical interpretation is given.

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Oktay Bilgi,Marie Frühauf,Kathrin Schulzeurface flow of granular avalanches. All similarity solutions of this system are found by means of group analysis. The family of solutions which are invariant to stretching transformations is investigated in greater detail. Explicit solutions are constructed in three cases and their physical interpretation is given.

捏造

https://doi.org/10.1007/978-3-540-36565-5Avalanches; Debris; Mud Flows; deformation; granular media; porous media

脫毛

978-3-642-05650-5Springer-Verlag Berlin Heidelberg 2003

Cleave

Fazit,imilarity and shock wave solutions are reviewed and a simple mass-coupling to a rigid body of grains is used to investigate the steady mixing of grains of equal size in a rotating tumbler of circular cross-section.

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