Heat & Flow Mass Transfer over a Magnetized Wedge: A Numerical Study

Abstract

The mass &. heat transport characteristics of. the flow incorporating microstructuresoevr a. wedge are interpreted in this article. The controlling parameters describe the primary characteristics of the issue. The distributions of both velocity and temperature are looked at using the different provided values of the parameters. The similarity variables are used to convert the fundamental controlling PDEs as a collection of ordinary ones, which then solving with the sequential over relaxation parameter (SOR) method. The flow is shown to decelerate using higher values for the material parameters where as beingsped up by raising the wedge angles using numerical results. Thermal radiation and the magnetic field have a negligible impact on temperature distributions. Additionally, when the wedge's values rise, the thermal boundary layer thickens.