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ISSN Print: 1940-2503
ISSN Online: 1940-2554
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BUOYANCY FORCE AND SLIP CONDITIONS ON HYDROMAGNETIC DISSIPATIVE FLOW OF MICROPOLAR FLUID PASSING AN EXPONENTIALLY STRETCHING SHEET
ABSTRACT
In this study, the flow of hydromagnetic dissipative micropolar fluid passing an exponentially stretching two-dimensional vertical sheet influenced by buoyancy force, radiation, and slip effects is examined. The dimensional model equations of the flow have been translated from partial into ordinary differential equations via the similarity conversion approach, while the solution to the transmuted equations was found using the shooting technique along with the fourth-order Runge-Kutta scheme. A strong relationship exists between the current results and the related published results found in the literature for limiting situations. Various graphs have been sketched to discuss the impact of the key parameters in relation to the fields of velocity, temperature, and microrotation, while tables are used to identify and explain the influences of some of the controlling parameters on the coefficient of the skin friction and the Nusselt number for both Newtonian and non-Newtonian micropolar fluids. It was noticed that the growth of the velocity slip lowers the fluid motion, while the thermal slip behaves in a similar manner on the temperature field.
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