948 resultados para Drops
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In this contribution we simulate numerically the evolution of a viscous fluid drop rotating about a fixed axis at constant angular velocity ? or constant angular momentum L, surrounded by another viscous fluid. The problem is considered in the limit of large Ekman number and small Reynolds number. In the lecture we will describe the numerical method we have used to solve the PDE system that describes the evolution of the drop (3D boundary element method). We will also present the results we have obtained, paying special attention to the stability/instability of the equilibrium shapes.
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Texas Department of Transportation, Austin
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Reissue of the 1846 ed. cf. Faxon.
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Mode of access: Internet.
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Mode of access: Internet.
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Confectionery.
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Final report.
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"Reprinted from the 'World's work,' August, 1910."
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pt. 1. Pencillings by the sea shore.--pt. 2. Scenery of the ocean.
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Thesis--University of Kansas, Chemical and Petroleum Engineering.