Analysis of chemical, Ion Slip, and thermal radiation effects on an Unsteady MHD Dusty fluid flow with heat and mass transfer through a Porous Media between parallel plates

Abstract The study of the flow of dusty fluids has attracted considerable in recent years due to their extensive use in many applications in industries such as combustion, gas cooling systems, polymer technology, transport processes, and the petroleum industry. This study aims to analyze the flow with heat and mass transfer of an unsteady Magneto-hydrodynamic dusty fluid. Accordingly, combined influences of chemical and thermal radiation, Hall, ion slip, Joule, and viscous dissipation on heat mass transfer and fluid flows are given. The governing partial differentials are solved numerically. The velocity, temperature, and concentration distributions for both the fluid and particle phases are investigated under the effects of different physical parameters and discussed with the help of graphs. The results indicate that these parameters play an important role to control the solutions. The thermal radiation parameter implies efficiency improvement of temperature distribution.