Radiation And Chemical Reaction Effects On Convective Heat And Mass Transfer Flow Of Nanofluids

Abstract

This thesis delves into the thermal dynamics and species diffusion in nano and hybrid newlinenanofluids via different channels, such as micro-channels, micro eccentric cylinders, newlinetwo-region, and parallel plate channels. It will also examine the intricate interactions of newlineNewtonian and non-Newtonian nanofluids under the influence of chemical reactions newlineand thermal radiation. The techniques of regular perturbation, Caputo Fabrizio newlinefractional derivative, and bvp4c are employed to solve the modeled governing newlineequations. The graphical solutions are used to examine the results. The impacts of newlinechemical reaction parameter, thermal Grashof number, Darcy parameter, newlinesuction/injection, solute Grashof number, Eckert number, thermal radiation parameter, newlineradiation absorption, Debye length, and Magnetic field parameter on flow and derived newlinequantities are also studied. Furthermore, the outcomes obtained will shed light on the newlinefundamental understanding of these phenomena and provide valuable insights into their newlinepractical applications, bridging both industrial and biomedical domains. newline