Electroviscous Effect of Water-Base Nanofluid Flow between Two Parallel Disks with Suction/Injection Effect

This article, investigates the behaviour of an ionized nanoliquid motion regarding heat transmission between two parallel discs. In proposed model, squeezing flow Cu-water nanofluid with electrical potential force is analysed for studying properties and uniform magnetic field applied to that fluid, by taking surface bottom disc porous. We have also studied effects different nanomaterials on through nanofluids. Furthermore, influence various physical parameters in model nanofluids like volume fraction nanomaterials, number, Hartmann Eckert Prandtl number are discussed quantitatively tables graphs. The system nonlinear partial differential equations (PDE’s) has been used formulate later converted a set ODE’s mean similarity transformation. Further, reduced form ODEs solved Parametric Continuation Method (PCM), which stable numerical scheme. outcomes obtained from could be analyse several fields, such as polymer processing, power transfer hydraulic lifts.