A three-phase blood model is introduced to study the behavior of red and white blood cells in narrow vessels when a variation of temperature from the wall to the center occurs. The field equations are obtained in the context of Extended Thermodynamics. The linearized set is integrated, showing how the density and velocity fields of red and white blood cells vary along the vessel.
A three-phase model for blood flow
Elvira Barbera
Primo
;Annamaria PollinoUltimo
2023-01-01
Abstract
A three-phase blood model is introduced to study the behavior of red and white blood cells in narrow vessels when a variation of temperature from the wall to the center occurs. The field equations are obtained in the context of Extended Thermodynamics. The linearized set is integrated, showing how the density and velocity fields of red and white blood cells vary along the vessel.File in questo prodotto:
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