Browsing Dissertation/Theses - Department of Mathematics by Subject "Cardiovascular diseases-Numerical study"

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Hemodynamic blood flow through human artery of composite geometry under the effect of applied magnetic field

Karim, Abdul (Department of Mathematics, 2018-12-11)

A finite element Fluid-Structure-Interaction (FSI) model is developed and validated for hemodynamic pulsatile blood flow through a stenosed artery under the effect of an applied magnetic field. The two-layered blood flow ...
Mathematical analysis of a non-newtonian model for blood flow considering shear rate dependent viscosity through a stenosed artery in presence of magnetic field

Akter, Afroza (Department of Mathematics, 2019-05-21)

The study of blood flow in the artery has some important aspects due to bio-medical engineering application. Many of the problems such as heart attacks and strokes are related to blood flow and also the physical characteristics ...
Numerical study of blood flow through stenotic and aneurysmatic artery of human organ

Uddin, Md. Nasir (Department of Mathematics, 2018-02-10)

Cardiovascular diseases such as heart attacks, strokes, atherosclerosis,stenosis and aneurysms have been considered asthe world’s highest cause of death. The frequently affectedarteries are the aorta, the coronary, the ...

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