Casson fluid Model for Blood flow with Velocity Slip in presence of Magnetic effect
Keywords:
Keywords, Casson fluid model, stenosed vessels, Magnetic effect, Reynolds number, Hartmann number Blood flow.Abstract
Abstract
An attempt is made in this analysis to study the flow of blood through a uniform rigid artery with an axial velocity slip condition at vessel wall has been considered by assuming blood a Casson fluid. It has been observed that the effect of the Hartmann number and the Reynolds number on the velocity field as well as on the wall shear stress is very prominent and when the Hartmann number and Reynolds number increases, the fluid velocity decreases. It also include Poiseuille fluid models of blood for both slip and no-slip at wall and one-layered Casson fluid model and no slip at tube wall as its special cases. Role of slip in influencing the flow variables and physiological implications of this theoretical modelling are discussed in brief.
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