Significance of Thermal Phenomena and Mechanisms of Heat Transfer through the Dynamics of Second-Grade Micropolar Nanofluids

Due to their unique microstructures, micropolar fluids have attracted enormous attention due potential for industrial application, including convective heat and mass transfer polymer production the rigid random cooling of particles metallic sheets. In this context, a second-grade fluid flow over vertical Riga plate is investigated hidden microstructures. The novelty model allows us explore significance Brownian motion thermophoresis on dynamics non-Newtonian fluid. A mathematical developed under assumptions PDEs, reducing them into ODEs by invoking similarity techniques. acquired system non-linear elucidated numerically using bvp4c methodology. Furthermore, comparative tables are generated confirm technique, ensuring accuracy our numerical approach. This rheological study suggests that temperature distribution increases variations in parameter (K), Eckert number (Ec), (Nt), concentration (Φ(η)) keeps rising against boosting values (Nb); however, inverse trend noted (Nt).