Numerical Simulation of Particle Retention Mechanisms at the Sub-Pore Scale

Saeid Sadeghnejad; Frieder Enzmann; Michael Kersten

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Numerical Simulation of Particle Retention Mechanisms at the Sub-Pore Scale

机译：Numerical Simulation of Particle Retention Mechanisms at the Sub-Pore Scale

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Article Highlights A new CFD-based Eulerian–Lagrangian model for particle transport and retention at the pore scale is introduced.The model can predict porosity/permeability changes of micro-CT scans of a filtration column experiment.Injection velocity, particle size, surface adhesion forces, and roughness are sensitivity parameters.The role of surface deposition and clogging effect are quantified using an image-based technique.

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来源
《Transport in porous media》 |2022年第1期|127-151|共25页
作者
Saeid Sadeghnejad; Frieder Enzmann; Michael Kersten;
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作者单位

Tarbiat Modares University||Johannes Gutenberg University;

Johannes Gutenberg University;

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原文格式 PDF
正文语种英语
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关键词
CFD model; Retention mechanism; Surface deposition; Clogging; Filter cake development; Roughness;

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Numerical Simulation of Particle Retention Mechanisms at the Sub-Pore Scale

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