Dissolution of the Boundary Layer of Micropolar Fluid with Nanoparticle (Go) In the Engine Oil Fluid in A Porous Medium on The Elastic Plate Affected by MHD Considering the Joule Heating Force by AGM Method

The purpose of the study was to dissolve the boundary layer of micropolar fluid with nanoparticles (Go) in engine oil fluid in a porous medium on an elastic plate affected by MHD considering the Joule heating force by AGM method. The study first extracted the equations associated with momentum and energy equations, and the governing partial differential equations were converted to ordinary nonlinear equations using similarity solution and then solved by the AGM method. The effects of parameters such as velocity and temperature profiles of Hartmann number (Ha), radiant parameter, porosity parameter, nanoparticle volume fraction, and Eckert number on velocity and temperature profiles were examined after solving the equations and validating them by Runge-Kutta numerical solution

Keywords:

Nanofluid , Micropolar Fluid , Engine Oil , Joule Heating Force