• MAGNETOHYDRODYNAMICS FLOW OF AN OSCILLATORY BOUNDARY LAYER FLOW BOUNDED BY TWO HORIZONTAL FLAT PLATES UNDER UNIFORM ROTATION

Abstract

In This paper an exact solution is developed for an oscillatory boundary layer flow bounded by two horizontal flat plates one of which is oscillating in its own plane & other at rest. Rotating flow of a second grade conducting fluid on an infinite oscillating plate is investigated when the fluid is permeated by a transverse magnetic field and the Hall effects are taken into account. It is once again found that an asymptotic solution exists in the presence of both suction & blowing at the plate. For fixed magnetic field parameter the boundary layer thickness increases with the increase in Hall parameters.