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The paper presents a study of a forced flow and heat transfer of an elec. conducting Newtonian fluid due to an exponentially stretching sheet. The governing coupled, non-​linear, partial differential equations are converted into coupled, non-​linear, ordinary differential equations by a similarity transformation and are solved numerically using shooting method. The influence of various parameters such as the Prandtl no., Chandrasekhar no., variable viscosity parameter, heat source (sink) parameter and suction​/injection on velocity and temp. profiles are presented and discussed.

Flow and Heat Transfer in a Newtonian Liquid with Temperature Dependent Properties over an Exponential Stretching Sheet