Abstract
This article aims to the study of fluid flow and heat transfer in non-Newtonian viscoelastic fluid magnetic hydrodynamics steady laminar flow is expanded on a horizontal plane. Among the many processes in chemical engineering, metallurgy, polymer extrusion process involves cooling the molten liquid is drawn into the cooling system, the production of paper and glass. In this process, the rate of cooling and shrinking influences very much on the final quality of the product. Equations for fluid flow and heat transfer analysis solutions are helping homotopy analysis. In this regard and in order to validate the results of the homotopy analysis, we are comparing the results of this study and other researchers published the results will be accepted. Also, the influence of various parameters on curves, speed and temperature have been investigated.
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