Flow and heat transfer in micropolar fluid stuffed between viscous fluids with magnetohydrodynamic effect

Title : Flow and heat transfer in micropolar fluid stuffed between viscous fluids with magnetohydrodynamic effect

Abstract:

This paper aim to discuss micropolar fluid stuffed between viscous fluid with magnetohydrodynamic in a horizontal channel. Using appropriate boundary and interface conditions closed form solutions are evaluated with the help of perturbation method. The effect of governing parameter such as material parameter, Eckert number, and cell rotational viscosity on linear velocity, microrotation velocity and temperature is presented in graphical and tubular form. It is dissipated that the material parameter reduces velocity and temperature. Whereas Eckert number promotes the temperature. The Nusselt number are not much varied moreover the skin friction and mass flow rate is represented in table form.

Biography:

Dr Prashant Sutkar studied Mathematics at Pune University, Pune, India. He joined as Assistant Professor of Mathematics at Science College, Nanded, MS, India in 2011. He recived his Ph.D degree from Gulberga University, Kalaburagi in Fluid Dynamics under the supervision of Prof. J. C. Umavathi. He has published more than 13 research papers and five books. He has 15 years of teaching experience to both graduate and post graduate students of Mathematics, Applied Mathematics and Physics.