Classical and Generalized Convective Flows of Walters'-B Fluid
by Saqib, Muhammad
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Walters' has proposed a classic model for the rheological equation of viscoelastic fluids known as Walters'-B fluid model. This model is widely used for accurate simulation of the complex flow behavior of many industrial liquids such as polymer solutions, hydrocarbons, and paints. Its constitutive equations generate highly non-linear differential equations and most of the time it is not easy to solve them. However, under certain constraints, one can try for analytical solutions. The purpose of this book is to investigate magnetohydrodynamic free convection flows of classical as well as generalized/fractional Walters'-B fluid over an infinite vertical flat plate. Hence, two problems with combined effect of heat and mass transfer is considered. Using the constitutive equations of Walters'-B fluid, the problems are formulated in terms of partial differential equations with corresponding physical conditions. Exact solutions for these problems are obtained via the Laplace transform methods. The physical quantities of interest are examined through graphs in order to explore various physical aspects.
Sheikh, Nadeem Ahmad
Muhammad Saqib received MS degree in mathematics under the supervision of Assoc. Prof. Dr. Farhad Ali from the City University of Science and IT, Peshawar, Pakistan. His current research covers MHD flows, Nanofluids, Heat and Mass transfer, Fractional Derivatives and exact solutions via Integral Transforms.
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LAP Lambert Academic Publishing
September 26, 2017
0.22 x 0.15 x 0.005 m; 0.177 kg