Heat and Mass Transfer Investigation of Oldroyd-B Fluid in a Curved Symmetric Channel

Abstract

This study analyzed themass/heat transfer of the Oldroyd-B liquid model by peristaltic mechanism in the appearence of an electrically conductive magnetic parameter through a curved channel. The governing equation of the Oldroyd-B liquid model is formulated and lengthy equations are shortened by the considerations of long wavelengths and very small Reynolds number approximations. The exact results were calculated. The impact of various fluid parameters influid's velocity, concentration, temperature, Sherwood number, and Nusselt number are illustrated through the computational mathematical software Matlab, and the stream function is computed through Mathematica. The impact of important parameters of the relevant fluids was discussed.