Interaction of an unsteady two-phase jet with a layer of a disperse medium (Q2760831)
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scientific article; zbMATH DE number 1682334
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Interaction of an unsteady two-phase jet with a layer of a disperse medium |
scientific article; zbMATH DE number 1682334 |
Statements
13 December 2001
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transient flow
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model of porous media
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two-phase jet
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mechanics of heterogeneous media
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Interaction of an unsteady two-phase jet with a layer of a disperse medium (English)
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Discharge of a two-phase jet from a cylindrical channel into a bounded layer of a disperse medium is numerically simulated using the equations of the mechanics of heterogeneous media with allowance for the differences in velocity, temperature, and phase stresses. The effect of separation of the gas phase from the disperse phase in the layer is revealed and verified experimentally. A comparison with a similar process of gas discharge at equal initial pressures shows that in the interaction with the disperse layer, the two-phase flow has a longer momentum and direction.
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