• PULSATILE FLOW OF BLOOD THROUGH AN INCLINED BELL SHAPE STENOSED TUBE UNDER PERIODIC BODY ACCELERATION WITH MAGNETIC EFFECT AND POROUS MEDIA
Abstract
This is about the mathematical model for blood flow through an inclined bell shape stenosed tube under periodic body acceleration with magnetic field and porous media. Using appropriate boundary conditions, analytical expressions for the velocity, the volumetric flow rate, the fluid accelaration have been derived. These expressions are computed numerically and the computational results are presented graphically.
Keywords
Pulsatile flow, stenosis, Bell shaped Stenosis, Periodic body acceleration, magnetic field, Inclined tubes, Porous media.
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