Lie group analysis of quaternary/penta hybrid bio-nano-ferromagnetic flow around various radiative-convective surfaces

The governing transport equations for the bio-nano-convective slip flow under radiative-convective boundary conditions will be reduced into a system of similarity differential equations using an appropriate coordinate transformation developed by the Lie group symmetry method. The resulting similarity equations will then be solved using semi-analytical techniques, namely DTM, HAM, HPM, and Padé approximation. The influence of the emerging dimensionless parameters on the physical quantities such as the skin-friction factor, heat transfer rate, nanoparticle volume fraction (NPVF) transfer rate, and motile microorganism transfer rate will be investigated.