Performance of Graphene and Diamond Nanoparticles on EMHD Peristaltic Flow Model with Entropy Generation Analysis

Diamond and graphene are carbide nanoparticles that have valuable biomedical applications in cancer therapy drug delivery. The aim of this study is to analyze the couple stress nanofluid (blood–graphene/diamond) flow an asymmetric channel with effect viscous dissipation, electromagnetohydrodynamics (EMHD), Joule heating, velocity slip convective boundary conditions. mathematical model solved analytically under assumptions long wavelength low Reynolds number. impact various parameters on velocity, temperature, heat transfer coefficient, pressure gradient, trapping, shear stress, entropy generation depicted pictorially. results obtained indicate diamond-based has higher than grapheme-based nanofluid, Bejan number enhances increasing Brinkman through generation, increase parameter reduces bolus size.