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Hematocrit distribution and red blood cell aggregation are the major determinants of blood flow in narrow tubes at low flow rates. It has been observed experimentally that in microcirculation the hematocrit distribution is not uniform. This nonuniformity may result from plasma skimming and cell screening effects and also from red cell sedimentation. The goal of the present study is to understand...
Experimental evidence is mounting that rheological properties of blood in vitro in rotational viscometers and glass tubes differ from those in venous microcirculation. The geometry of the venular network with its frequent branching appears to have a major effect on the flow distribution. To investigate the features of flow in venular networks, we formulated a mathematical model and use computational...
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