Hydrodynamics in media with migrating macromolecules: development of FDCF asymptote (Q1067508)
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scientific article; zbMATH DE number 3928529
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Hydrodynamics in media with migrating macromolecules: development of FDCF asymptote |
scientific article; zbMATH DE number 3928529 |
Statements
Hydrodynamics in media with migrating macromolecules: development of FDCF asymptote (English)
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1984
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A detailed investigation of the hydrodynamical changes occurring due to polymer migration in nonhomogeneous flows of macromolecular solutions is presented. The governing equations formulated by \textit{Y. Cohen} [Ph. D. Thesis, Univ. Delaware (1980)] have been modified and numerically solved for infinitely long capillaries. The resulting fully-developed concentration field (FDCF) asymptote is shown to provide an upper bound on the flow enhancement obtainable in flows with migrating macromolecules.
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polymer migration
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nonhomogeneous flows of macromolecular solutions
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infinitely long capillaries
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fully-developed concentration field (FDCF) asymptote
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0.7443842887878418
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0.7008806467056274
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0.6936286091804504
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