Effect of Slip on MHD Mixed Convection Jeffrey Fluid Flow over an Exponentially Stretching Sheet in the Presence of Thermal Radiation and Chemical Reaction

D. Manjula and Dr.K. Jayalakshmi

We numerically examine the property of velocity, thermal as well as solutal slip border line circumstances on MHD assorted convection Jeffery fluid stream more than an exponentially make longer page among the power of thermal emission along with chemical response. The set of coupled prevailing non/-linear incomplete disparity equations be distorted keen on a position of joined non/linear normal disparity equations by means of appropriate comparison alterations, which be answered numerically use Runge-Kutta 4th organize in association through shooting method in MATLAB. The belongings of non-dimensional limitations such as Jeffrey parameter, Deborah figure thermal buoyancy limitation, solutal buoyancy restriction, Attractive limitation, Prandtl figure, thermal radiation/parameter, chemical-reaction/parameter, Schmidt/number, velocity, thermal attentiveness slip parameters on speed, hotness moreover focus are exhibited graphically while the skin contact, nearby Nusselt figure in addition to Sherwood integer are spoken toward numerically with tables. It is seen to facilitate the speed is upgraded through expanding estimations of the Deborah digit, lightness as well as warm radiation-parameters. Moreover, the hotness along with types focus is diminishing elements of the Deborah number. The skin grating coefficient increments among expanding estimations of the attractive parameter and unwinding time. Warmth also mass exchange rates increment by means of expanding estimations of the Deborah figure along with lightness parameters.

Volume 11 | Issue 5

Pages: 363-373