![]() The detail structure of fluid flow, heat and mass transfer are analyzed for various values of the pertinent parameters, namely Reynolds number ( \(50\le \mathrm\)-water nanofluid with discrete heating. We have found that experimental correlations perform better than theoretical correlations. ![]() One of the objectives is to study the thermal and solutal performances of the hybrid nanofluid with the use of theoretical and experimental correlations. The incompressible viscous fluid flow is driven by the buoyancy force due to heat source as well as the shear force occurring for the motion of two horizontal walls in the same or opposite directions. In this article, steady behaviors of a thermosolutal mixed convection of Ag–MgO (50–50%)/water hybrid nanofluid are investigated taking into account the effects of concave and convex shaped vertical walls of an enclosure.
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