Analysis of conventional drag and lift models for multiphase CFD modeling of blood flow

Analysis of conventional drag and lift models for multiphase CFD modeling of blood flow

This study analyzes especially drag and lift models recently developed for fluid-solid, fluid-fluid or liquid-liquid two-phase flows to understand their applicability on the computational fluid dynamics, CFD modeling of pulsatile blood flow. Virtual mass effect and the effect of red blood cells, RBC...

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Veröffentlicht in:Korea-Australia rheology journal 2009, Vol.21 (3), p.161-173
Hauptverfasser: Yilmaz, Fuat, Gundogdu, Mehmet Yasar
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container_title Korea-Australia rheology journal
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creator Yilmaz, Fuat
Gundogdu, Mehmet Yasar
description This study analyzes especially drag and lift models recently developed for fluid-solid, fluid-fluid or liquid-liquid two-phase flows to understand their applicability on the computational fluid dynamics, CFD modeling of pulsatile blood flow. Virtual mass effect and the effect of red blood cells, RBCs aggregation on CFD modeling of blood flow are also shortly reviewed to recognize future tendencies in this field. Recent studies on two-phase flows are found as very useful to develop more powerful drag-lift models that reflect the effects of blood cell's shape, deformation, concentration, and aggregation.
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title Analysis of conventional drag and lift models for multiphase CFD modeling of blood flow
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