ANALYSIS OF BLOOD FLOW THROUGH AN ARTERY  WITH MILD STENOSIS: A TWO-LAYERED MODEL

Bijendra Singh; Padma Joshi; B.K. Joshi

ANALYSIS OF BLOOD FLOW THROUGH AN ARTERY WITH MILD STENOSIS: A TWO-LAYERED MODEL

Authors

Bijendra Singh Vikram University - School of Studies in Mathematics
Padma Joshi Mahakal Institute of Technology - Department of Mathematics
B.K. Joshi Government Engineering College - Department of Mathematics

Keywords:

arterial wall, blood flow, peripheral layer viscosity, stenosis

Abstract

In this paper, a model of blood flow through a constricted arterial segment has been considered. We have proposed a trapezium shaped geometry of mild axisymmetric stenosis. The flow of blood with artery has been represented by a two-layered model consisting of a core layer and a peripheral layer. It has been observed that the resistance to flow and wall shear stress increase as the peripheral layer viscosity increases. The results are compared graphically with those of previous investigators.

Author Biographies

Padma Joshi, Mahakal Institute of Technology - Department of Mathematics

B.K. Joshi, Government Engineering College - Department of Mathematics

Cover of n°33 Italian Journal of Pure and Applied Mathematics

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Published

2014-12-29

How to Cite

Singh, B., Joshi, P., & Joshi, B. (2014). ANALYSIS OF BLOOD FLOW THROUGH AN ARTERY WITH MILD STENOSIS: A TWO-LAYERED MODEL. Italian Journal of Pure and Applied Mathematics, 33, 35–44. Retrieved from https://journals.uniurb.it/index.php/ijpam/article/view/6270

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Issue

N°33 - December 2014

Section

Articoli - Forum Editrice

License

This work is licensed under a Creative Commons Attribution 4.0 International License.

L'opera è pubblicata sotto Licenza Creative Commons Attribuzione 4.0 Internazionale (CC-BY)