The effects of Soret and Dufour, chemical reaction, Hall and ion currents on magnetized micropolar flow through co-rotating cylinders

Abstract

The influence of cross diffusions, Hall and Ion slip of a dissipative magnetized micropolar fluid flow through an infinite concentric rotating vertical cylinders were investigated in addition to the first order chemical reaction. Cylinders are taken into account for Isothermal (constant temperature wall condition) and mixed gradient condition at inner cylinder, while convection cooling and constant wall concentration condition is taken at outer cylinder. The governing equations in cylindrical polar coordinates are coupled ordinary differential equations (ODEs) and are solved numerically with help of Shooting method with fourth order Runge Kutta method. A parametric study illustrating the influence of the emerging parameters on flow, heat and mass transfer components as well as on Skin Friction, Nusselt number and Sherwood number through graphical illustrations.

Effect of Mass Transfer in a Horizontal Pipe with Suction and Chemical Reaction on Magnetic Newtonian Flow

“…The velocity and concentration distributions involve auxiliary parameters h1 and h2. Convergence rate for the homotopy approximations strongly taking the value of h [26]. As a result, h-curves are depicted for finding the range of h1 and h2.…”

“…They notice that the fluid concentration near the centerline rises with distinct cycles of time. Other interesting and recent investigations into pipe dynamics have been communicated in previous studies [19][20][21][22][23][24][25][26][27][28].…”

Two-Dimensional Flow Through the Uniformly Porous Horizontal Pipe with Thermal Radiation and Cross-Diffusion Effects

“…The effects of Soret and Dufour are important because the effect of Soret is used for the separation of isotopes, electrostatic precipitators, drug discovery, etc. Several researchers studied and reported results for such fluid flows, due to importance of the importance of the cross-diffusion effects for very light and medium molecular weights fluids (Nabil et al [15], Rani and Reddy [16], Srinivas et al [17], Odelu and Naresh kumar [18], Nagaraju et al [19,20]. )…”

Nonlinear free convection flow of micropolar nanofluid over a cylinder

“…Due to thermal volumetric expansion decrease because of buoyancy force which gives rise the density of fluid results the temperature distribution go down. Reddy et al, 21 Gajjala et al, 22 and Nadeem et al 23 have presented the impact of magnetic field on MHD micropolar fluid past an elongating sheet, magnetized micropolar flow through cylinders, and bioconvective micropolar nanofluid. The foundations conclude that the existence of magnetic domain exhibits enhancing behavior in the flow of the fluid.…”