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A mathematical model of magneto hydro dynamic fluid flow in a slider bearing is presented. A generalized two dimensional Reynolds-type equation is derived using the equations of motion. The equation is solved numerically using finite difference scheme which involves the conjugate Gradient method. The pressure is used to evaluate the bearing characteristics such as load carrying capacity and friction parameter. The results are presented graphically. It is found that increased magnetic field leads to increased friction.

A FINITE DIFFERENCE SCHEME FOR MAGNETO HYDRO DYNAMIC FLUID FLOW IN SLIDER BEARING