Impacts of Thermophoresis, Joule heating and Soret & Dufour effects on mixed convective Jeffery fluid flow over an elongated sheet
The magneto hydrodynamics radiative flow of an in-compressible Jeffrey fluid through porous medium over a linearly starching sheet is presented. The impacts of thermo-phoresis effects, joule heating and Soret & Dufour effects in the radiative flow have been investigated. Similarity transforms are adopted to obtain the system of ordinary differential equations from the governed system of partial differential equations. The Runge- Kutta –Fehlberg with shooting technique is used to solve reformed ODE numerically. The influences of several pertinent parameters on velocity profiles (, temperature profiles & concertation profiles ( are studied through several plots. The effect of Deborah number and the permeability on velocity, temperature & concentration profiles having opposite phenomena comparing with retardation times. The values of physical parameters like co-efficient of skin friction, Nusselt number & Sherwood number for several pertinent parameters are tabulated.
Keywords: Thermo-phoresis effect, Porous medium, Joule heating, Soret and Dufour effects, Jeffrey fluid, Skin friction co-efficient, Nusselt number & Sherwood number.