Memory effects on MHD Williamson fluid over a stretched lubricated surface with microbes

The principal aim of the work is to investigate the flow of Williamson fluid on a power law extended lubrication surface with partial sliding under the Magnetohydrodynamic issue on account of alterable thickness lubricated film. Accounting for the influence of microbes, assumption of activation energy, Cattaneo–Christov mass and heat flux took place in the equations of concentration and also in the temperature. Our paper will provide remarkable help to the medical and industrial areas because of the inspection under electro osmosis along with MHD effects in the Williamson fluid flow. With the influence of boundary conditions, built-in equations were studied. The BVP4C technique adopted to solve numerically the transformed ordinary differential equations from nonlinear partial differential equations using innumerable variables. The significant outlines of microorganisms, temperature, concentration and velocity were discussed. Decreases in the velocity distribution were observed with magnetic parameters. Also, an increase in friction coefficient was noticed as 3.1069% for rising magnetic field strength.

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