Abstract
An unsteady free convective flow of nanofluid is studied due to inclined surface in presence of thermos-diffusion effects. The chemical reaction, radiative phenomenon and heat source features are also utilized to discuss the transport phenomenon. The properties of nanomaterials are endorsed with interaction of copper, titanium oxide and aluminum oxide nanoparticles. The dimensionless system is achieved for the governing model. The analysis solution with perturbation technique is suggested. The illustration of thermal flow problem is visualized with variation of parameters graphically. The numerical outcomes are also computed and illustrated.
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