Numerical Study of 2D Radiated Viscous Nanomaterial Over Unsteady Stretching Surface Under Impact of Porous Media, Ohmic Effect and Suction or Blowing

The current study presents a numerical model of emitted viscous nanomaterial by the stretching of the surface with porous media, Ohmic effect and suction or blowing. The partial differential equation is converted into a system of basic differential equations using the appropriate technique. The RKF45 approach is used to provide a numerical solution to the resulting problem. The influence of several significant parameters on velocity values, concentration, temperature, and the Nusselt number is calculated, and demonstrations are presented using figures and tables. The results obtained are compared to those obtained earlier. The main conclusions of this study are that heat transfer rate increases with Ohmic effect and decreases with porosity and suction/blowing effect. The findings have ramifications in a variety of sectors, including nuclear reactors, synthetic fabrics, metal extrusion, and crystal formation.