The Fahraeus effect
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A theoretical model for the Fåhræus effect in medium–large microvessels
2023, Journal of Theoretical BiologyCitation Excerpt :We had to wait until 1965 when other sets of data appeared, (Palmer, 1965, 1968) and 1968 for the paper by Hochmuth and Davis (1968). Barbee and Cokelet (1971) were the first to use the term Fåhræus effect, (called F effect from now on). In that article, new data were presented together with a complete discussion over all previous data available at that time and over the experimental procedure itself.
Shear-induced migration of a viscous drop in a viscoelastic liquid near a wall at high viscosity ratio: Reverse migration
2022, Journal of Non-Newtonian Fluid MechanicsMoving least-squares aided finite element method (MLS-FEM): A powerful means to consider simultaneously velocity and pressure discontinuities of multi-phase flow fields
2022, Computers and FluidsCitation Excerpt :The study of two-phase flow problems provides us with principal knowledge on several industrial and real-life applications, which comprises at least two different components. To give some examples, we can name the followings: the improvement of the heat and mass transfer (e.g., emulsion systems) [2–5], the enhancement of the mixing quality (e.g., in mixing devices) [6–8], the prediction of the second-phase deformation extent (e.g., morphology development in polymer blends) [7,9], the evaluation of the rheological behavior of complex fluids (e.g., blood) [10,11] and many other items [12], such as the drop formation in microfluidic devices [13,14]. In most of the mentioned applications, each component in the flow domain (the major and the minor phases) can have different properties, such as viscosity.
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