Magnetohydrodynamic Oscillatory Viscoelastic Flow with Radiation and Constant Suction over a Vertical Flat Plate in a Porous Medium

Abstract

This research work examinedMagnetohydrodynamics(MHD)flow over an infinite plate in a porous medium with constant suction, oscillatory viscoelastic and radiation effects. Effects of grashof numbers, viscoelastic parameter, radiationparameter,prandtl and Schmidt numbers are discussed.The results found for concentration, temperature and velocity are depicted graphically. The velocity flow field increaseswith increasing values of thermal grashof number, mass grashof number and magnetic field. Hence, the velocity flow field reduces with increasing values of Schmidt number, Prandtl number, reactive term, radiation parameter and porous parameter.