The impact of the strength of the attractive field on the progression of non-Newtonian blood through a few stenosed and slanted arteries.

There has been some work put into the production of a numerical model to research the impact that an attractive field has on the progression of blood through a slanted different atherosclerotic corridors. It has been concluded that the Casson condition will be utilized to mirror the non-Newtonian nature of blood. Logically and graphically, the impacts of the reaction of attractive field, yield stresses, shape boundary, and tendency of supply route on speed, volumetric stream rate in stenotic segment, and divider shear pressure at the outer layer of stenosis are shown. [ABSTRACT FROM AUTHOR]