The steady state fluid flow through a porous material between two infinite plates maintained at different temperatures (Q1100050)
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scientific article; zbMATH DE number 4043502
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | The steady state fluid flow through a porous material between two infinite plates maintained at different temperatures |
scientific article; zbMATH DE number 4043502 |
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The steady state fluid flow through a porous material between two infinite plates maintained at different temperatures (English)
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1988
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The recently developed one-temperature field thermo-mechanical theory of fluid-filled porous materials is applied to the steady state fluid flow through a porous material between two infinite plates where the top and bottom plates are maintained at constant hot and cold temperatures, respectively. The obtained solution depends on the microstructure of a porous material such as pore shape, size, and porosity. The investigation of the fluid flow equation provides the theoretical confirmation of Kozeny-Carman equation for permeability.
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one-temperature field thermo-mechanical theory
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fluid-filled porous materials
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steady state fluid flow
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microstructure of a porous material
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Kozeny-Carman equation
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