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Effect of the Surface Tension on the Distribution Impurity Nanoparticles in a Double-Layer Stream of Glass Melts
The motion of two viscous melts and the behavior solid-doped nanoparticles is studied using advanced computational techniques of fluid dynamics, taking into account the temperature inhomogeneity of the stream and the influence of the surface tension on the melt-particle-melt interface. The results o...
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Published in: | Mathematical models and computer simulations 2018-07, Vol.10 (4), p.441-449 |
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container_title | Mathematical models and computer simulations |
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creator | Shabarova, L. V. Kirillov, Yu. P. Churbanov, M. F. |
description | The motion of two viscous melts and the behavior solid-doped nanoparticles is studied using advanced computational techniques of fluid dynamics, taking into account the temperature inhomogeneity of the stream and the influence of the surface tension on the melt-particle-melt interface. The results of the application of the developed method for the system of chalcogenide glasses and silicon dioxide nanoparticles are given. |
doi_str_mv | 10.1134/S2070048218040130 |
format | article |
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subjects | Computational fluid dynamics Inhomogeneity Mathematical Modeling and Industrial Mathematics Mathematics Mathematics and Statistics Melts Nanoparticles Silicon dioxide Simulation and Modeling Surface tension |
title | Effect of the Surface Tension on the Distribution Impurity Nanoparticles in a Double-Layer Stream of Glass Melts |
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