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This investigation pertains to the dynamics of a hybrid nanoliquid streaming on an elongated surface influenced by wall slip, thermal stratification, non-linear radiant energy and magnetic force. Scaling analysis followed by the prevalent numerical scheme of the system equations yields the computational solutions. The flow features are analysed through a graphical approach. Outcomes reveal that higher thermal measures are observed for the hybrid fluid relative to the mono nanoliquid. Thermal stratification and radiant energy have an inverse influence on temperature. Wall slip and magnetic effects suppress the flow velocity. Magnetic and unsteadiness parameters weaken the frictional drag. The shape factor of the nanoparticles facilitates the rate of heat transport.

Effect of stratification and non-linear radiant energy on the MHD unsteady flow of Ag–Al 2 O 3 /(C 2 H 6 O 2 –H 2 O) on an elongated surface