Viscous oscillatory heterogeneous fluid flow through parallel plates with heat transfer

The current research focuses on the heterogeneity of fluid when it is allowed to flow over two parallel porous plates, as well as considering the flow to be viscous oscillatory in the presence of an angled magnetic field, as well as a radiative heat flux and heat source. The fluid is hypothesized to have an extremely low electrical conductivity, and the electromagnetic forces are measured in nanometers. Analytical solutions are provided for the consequences of various elements influencing the problem on velocity and temperature profiles, local skin friction coefficient, and local Nusselt number.