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Unsteady flow and heat transfer of Maxwell nanofluid in a finite thin film with internal heat generation and thermophoresis
2017
Thermal Science
This paper studies the unsteady flow and heat transfer of Maxwell nanofluid in a finite thin film over a stretching sheet. The heat generation, Brownian motion and thermophoresis are taken into consideration. Coupled non-linear governing PDE are formulated and local similarity solutions are obtained by BVP4C. Results show that, unlike Newtonian fluid, the relaxation characteristics of Maxwell fluid have strongly effects on thermal and concentration transmission, there exist intersections in the
doi:10.2298/tsci170129097l
fatcat:wkptauvo3rfanlq7o3bm7dyl5m