Influence of Exponential Space Based Heat Source on Unsteady Couette Nanoliquid Flow

Present article addresses unsteady Couette flow of nanofluid constricted Couette channel under the impression of exponential space based heat source (ESHS) and temperature based heat source (THS). The novelty of the study is to combine the effects of heat sources of type ESHS and THS to the Couette flow. The governed flow equations are solved employing FEM. The influence of dimensionless quantities such as ESHS, Biot number, variable viscosity and stretching parameter are exposed graphically. From the attained outcomes, it is observed that the profile of temperature rather than the velocity, in the Couette channel is boosted with ESHS and THS parameters.