... flow and heat transfer characteristics. shallow and slender cavities nanofluid Buongiorno model numerical solution The study of flow and heat transfer through a porous medium is relevant in many practical fields such as in petroleum technology, engineering; geophysical, energy, etc...

... second-order slip boundary layer numerical solution The classical two-dimensional pure forced convection stagnation-point flows of a viscous fluid towards a rigid horizontal plane and a rigid horizontal axisymmetric surface are known as exact solutions of the Navier–Stokes equations. Himenz [ 1...

... with previously published results. boundary layer flow dusty fluid stretching sheet radiation fluid–particle interaction parameter numerical solution Boundary layer flow and heat transfer over a stretched surface have received considerable attention in recent years. The problem has scientific...

... 18.704361 16.535072 19.069678 0.001 62.161171 (62.16372) 71.667683 (71.66594) 120.55034 134.17011 121.51686 135.67860 () values reported by Chen and Smith ( 3 ) Numerical solutions to the governing ordinary differential equations 14 , 15 with the boundary conditions 16...

.... Numerical solutions are obtained for the governing momentum and energy equations taking the Joule and viscous dissipations into consideration. The effect of the Hall term, the parameter describing the non-Newtonian behavior, and the velocity of suction and injection on both the velocity and temperature...

... are obtained by letting eccentricity tends to zero. 27 02 2007 15 09 2007 19 05 2008 convection Coriolis force rotational flow temperature distribution viscosity flow and heat transfer vertically eccentric rotating spheres time-dependent angular velocities numerical solution...

... without inclusion of the viscous dissipation term for a specified case (specified Re, Pr, d ) and compared with solutions found by Fang ( 3 ). Results indicated that the numerical solution was in very good agreement with the given...