Numerical simulation of biofilm processes in closed conduits (Q1316051)
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scientific article; zbMATH DE number 516911
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Numerical simulation of biofilm processes in closed conduits |
scientific article; zbMATH DE number 516911 |
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Numerical simulation of biofilm processes in closed conduits (English)
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1993
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The study details the derivation and application of a finite-volume-based methodology to the simulation of biofilm processes in axisymmetric reactors. Multiple space scales, ranging from the micron to the meter, and multiple time scales, ranging from the second to the day, are resolved. Unsteady problems are considered, where diffusion and biochemical reactions are the dominant physical phenomena. Moreover, moving boundaries such as the interface between biofilm and bulk liquid are accounted for.
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multiple space scales
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finite-volume-based methodology
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axisymmetric reactors
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multiple time scales
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diffusion
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moving boundaries
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0.758851945400238
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0.7464195489883423
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0.7386615872383118
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0.7167138457298279
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