Title : Mathematical modelling of nanoparticles blood flow through vessels in the presence of thermal radiation

Abstract:

This present study investigates the influences of nanoparticles on blood flow through vessel in the presence of thermal radiation. The governing system of differential equations are transformed to dimensionless equations with the aid of suitable variables. The dimensionless equations are then solved analytically to obtain solution for analysis. With help of graphs and tables generated through written computer program, the variation of dimensionless temperature, axial velocity, wall shear stress and resistance impedance for different values of flow parameters as well as different types of nanoparticles are analyzed. The results shown that the observed parameters have significance influence on the flow and heat transfer.

Biography:

 Dr. Jonathan Oahimire is from Edo State, Nigeria. He obtained his first degree in Pure and Applied Mathematics from Rivers State University of Science and Technology and a master degree in Applied Mathematics from same university. Thereafter, he proceeded to the University of Agriculture, Abeokuta where he obtained his Doctorate degree in Applied Mathematics. He started his academic career as lecturer with University of Port Harcourt in 2010 and he is presently a Senior Lecturer and Acting Head of Department of Mathematics with University of Medical Sciences, Ondo. His research interest is in Fluid Dynamics and Numerical Analysis.