PARTIALLY ANALYTICAL SOLUTION OF UNSTEADY IONIZED FLUID FLOW WITH INDUCED MAGNETIC FIELD

Analytical studies have been conducted on combined heat and mass transfer in unsteady ionized fluid flow passing through a vertically oscillating electrically non-conducting plate under an induced magnetic field. Through the application of similarity transformations to coupled ordinary differential equations, an analytical solution for velocity fields, induced magnetic fields, and temperature distribution is obtained. The resulting graphs illustrate variations in the obtained results with different parameter values, highlighting the effects of ionized fluid flow under the influence of the induced magnetic field.