Stretching a Surface in a Rotating Fluid through Porous Medium
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This article is related to the study of rotating flow of a viscous fluid originated due to the stretching of the surface over which the fluid exists. The main idea focuses on the effects of slip velocity and the porosity of the medium. The Homotopy Analysis Method (HAM) is utilized to get analytical expressions of the flow variables. The similarity transformations are used to convert the involved partial differential equations into ordinary differential equations. The effect of the porosity and slip velocity parameters are presented through graphs. It is found that the parameter of porosity increases the similarity velocity profiles of the rotating fluid.
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