The cooling of a lava flow spreading over a flat surface

Vedeneeva Elena A.; Mel’nik Oleg E.; Utkin I. S.

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The cooling of a lava flow spreading over a flat surface

机译：熔岩流在平坦表面上的冷却

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摘要

The cooling of a lava flow modeled by a viscous incompressible fluid spreading over a flat surface is considered. In order to model the free surface, a known analytical solution is used in the thin-layer approximation. The thermal boundary layer thickness is determined and the evolution of thermal fields in the lava profile is studied.

机译：考虑了熔岩流的冷却，该熔岩流是由在平坦表面上扩散的粘性不可压缩流体模拟的。为了建模自由表面，在薄层近似中使用了已知的分析解决方案。确定了热边界层的厚度，并研究了熔岩剖面中的热场演化。

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《Moscow university mechanics bulletin》 |2017年第4期|84-88|共5页
作者
Vedeneeva Elena A.; Mel’nik Oleg E.; Utkin I. S.;
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作者单位

Moscow University Institute of Mechanics, Leninskie Gory, Moscow State University, Moscow, Russian Federation;

Moscow University Institute of Mechanics, Leninskie Gory, Moscow State University, Moscow, Russian Federation;

Faculty of Mechanics and Mathematics, Leninskie Gory, Moscow State University, Moscow, Russian Federation;

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The cooling of a lava flow spreading over a flat surface

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