Numerical Treatment of Casson Fluid Free Convective Flow Past An Infinite Vertical Plate Filled in Magnetic Field in Presence Of Thermal Radiation: A Finite Element Technique

Year 2016, , 119 - 133, 26.12.2016

R. Srinivasa Raju

https://doi.org/10.24107/ijeas.281941

Cited By: 2

Abstract

The combined effects of hall current, thermal radiation on an unsteady
MHD free convection casson fluid flow of a viscous, incompressible and
electrically conducting fluid past an infinite vertical plate are investigated
in presence of heat transfer. Numerical solutions of the non-linear coupled governing
equations is obtained by finite element technique. The expressions for primary
fluid velocity, secondary fluid velocity and fluid temperature, skin friction
due to primary and secondary velocity fields and rate of heat transfer
coefficient due to temperature at the plate are obtained and discussed with the
help of different material parameters like Grashof number for heat transfer, Casson
fluid parameter, Magnetic field parameter, hall parameter, thermal radiation
parameter, Prandtl number. Finally, it is seen that the numerical results of
the present study conform very well to those of previous studies reported in available
scientific literatures.

Keywords

Hall current, Casson fluid, MHD, Thermal Radiation, Finite element method

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