Unsteady absorption flow and dissipation heat transfer over a non-Newtonian fluid

The current research explores an unsteady Casson fluid flow through a stretching sheet with a thermal radiation effect. The influence of heat absorption/generation, viscous disputation and Joule heating is also incorporated. The governing partial differential equations of the flow problem are reduced into boundary layer regimes, which are then transformed using similarity variables into ordinary differential equations. The results are conducted graphically to present the feature of the different parameters in the problem. The physical quantities are tabulated and observed. It is examined that the velocity field is scaled back for thicker values of β∗. Furthermore, higher values of Nr∗ increase the thermal layer thickness.