Using a numerical model to investigate how slip velocity and multiple stenosis affect non-Newtonian blood flow is the primary focus of this study. Some have suggested instead utilizing the Bingham plastic liquid model to show that blood does not behave like a Newtonian fluid. The narrowing in the artery tube is referred to as a "well-known improved generalized artery" due to the fact that it has many stenosis. To thoroughly investigate the issue, we integrate mathematical and logical procedures. Flow metrics such as stenosis number, axial distance, slip velocity, and form parameter are used to illustrate how blood velocity, volumetric flow rate, and WSS fluctuate.

Stenosis, slip speed, plastic fluid Bingham, wall shear stress, non-Newtonian, volumetrically flux rate.