MAGNETO-HYDRODYNAMICS BOUNDARY LAYER FLOWS OVER A STRETCHING SURFCE WITH RADIATION IN POROUS MEDIUM

作者: Nrayan Prasad , Bani Mukherjee

DOI:

关键词: ChemistryBoundary layerMagnetohydrodynamicsPrandtl numberThermal radiationHeat transferMechanicsPorous mediumMagnetic fieldClassical mechanicsRunge–Kutta methods

摘要: The aim of this paper is to investigate the effect thermal radiation and heat transfer on two dimensional unsteady flow viscous, incompressible fluid a continuous stretching surface embedded in porous medium under influence transverse magnetic field presence source or shrink. Roseland’s approximation used model radiative transfer. governing boundary layer equation containing permeability parameter, shrink Prandlt number, unsteadiness parameter are transferred ordinary differential equations by using suitable similarity variables. These solved applying Nechtshein-Swinger shooting iteration technique together with Runge Kutta fourth order scheme. velocity profile, skin friction-co-efficient rate computed, discussed have been graphically represented for various value different parameter.

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