Hydromagnetic Steady Flow of Liquid Between Two Parallel Infinite Plates Under Applied Pressure Gradient when Upper Plate is Moving with Constant Velocity Under the Influence of Inclined Magnetic Field
Singh, C B
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This paper studies steady laminar flow of viscous incompressible fluid between twoparallel infinite plates when a constant pressure gradient is imposed on the system and upperplate is also moving with constant velocity and lower plate is held stationary under the influence of inclined magnetic field. The Laplace transform method has been applied to solve governingequation. The analytical expressionfor fluid velocity at different strengths of magnetic fieldand at different inclinations has been shown graphically which shows that with the increase ofinclination of magneticfield there is a decrease in velocityprofile.