Hybrid Nanofluid Radiative Mixed Convection Stagnation Point Flow Past a Vertical Flat Plate with Dufour and Soret Effects

The widespread application of hybrid nanofluid in real applications has been accompanied by a large increase computational and experimental research. Due to the unique characteristics nanofluid, this study aspires examine steady two-dimensional mixed convection stagnation point flow past vertical plate with radiation, Dufour, Soret effects, numerically. formulations specific model are presented study. fluid that is expressed form partial differential equations simplified into ordinary via transformation similarity, then solved numerically using boundary value problem solver known as bvp4c MATLAB, which implements finite difference scheme Lobatto IIIa formula. Two possible numerical solutions can be executed, but only first solution stable meaningful from physical perspective when being evaluated stability analysis. According findings, it sufficient prevent layer separation 2% copper nanoparticles considering lesser amount Dufour effects. heat transfer rate was effectively upgraded minimizing volume fraction diminishing effect. Stronger would lead maximum skin friction, mass transfer, rates. This important preliminary research will give engineers scientists insight properly control fluids optimizing related complicated systems.