This mathematical model demonstrates that increasing the magnetic field (Hartmann number) decreases blood velocity and volumetric flow rate while increasing shear stress in stenosed inclined tubes.
Model suggests magnetic fields may affect stenosed hemodynamics; leaves open in vivo validation before clinical consideration.
This is about the mathematical model for blood flow through stenosed inclined tubes with periodic body acceleration and magnetic field and its application to cardiovascular diseases in biomedical engineering. It is observed that the velocity and volumetric flow rate decreases with increase in Hartmann number and for a particular value of phase angle, the value of shear stress increases with increase in Hartmann number .All these are studied in inclined tubes.
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Vandana Rathod (2014) studied this question.
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