Effect of MHD with Micropolar Fluid Between Conical Rough Bearings

MHD effect using micropolar fluid between rough conical bearings is analyzed in this paper. The Reynolds equation derived the form of magnetic field Eringen principle with Christensen theory. stochastic modified for two types one-dimensional structure, radial roughness pattern and azimuthal patterns fluid. In terms dimensionless pressure, load carrying capacity time, numerical results are presented. importance roughness, greater than that classical Newtonian case. From analysis, impact electrically conducting increases further decreases time relative to instance. On whole, squeezing film characteristics improved higher values coupling number Hartmann number.