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Analytical Study of Blood Flow with Periodic Body Acceleration in the Presence of Magnetic Field
by
Dr Anil Kumar
Mathematics , Dornacharya College of Engineering , Greater Noida UP India
Coauthors: Dr CL Varshney and Veer Pal Singh, Mathematics , SV College Aligarh, UP India
In this paper we consider a human body which is quite often subjected to acceleration under magnetic effects. The induced magnetic field is neglected. Such acceleration can generate significant effects on blood circulation depending on the configuration and geometry of the blood arteries. The current study is concerned with a mathematical model of the study of blood flow in the presence of magnetic effects subject to externally imposed periodic body acceleration. By using the finite Hankel Transform, an exact solution of the steady flow of blood considered as an incompressible, couple stress fluid has been obtained. The results have been compared with other existing models. The effect of body acceleration on blood flow in the presence of magnetic fields is analyzed.
Keywords: Magnetic Field; Couple Stress; Blood Flow; Periodic Body Acceleration; Hypertension.
Date received: February 7, 2008
Copyright © 2008 by the author(s). The author(s) of this document and the organizers of the conference have granted their consent to include this abstract in Atlas Conferences Inc. Document # cawd-09.