This paper presents an extended mathematical model of the process of blood flow in vessels taking into account the gravitational force, the trajectory of the flow (in curvilinear vessels), and the hydraulic resistance of the vessel. The influence of these factors on the blood pressure distribution along the vessel was examined. The steady blood flow characterized by average values of pressure, density, and flow rate of blood was considered. The results of computational experiment were compared with corresponding results obtained from the models known in literature.
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