Investigation of non-Newtonian fluid flow ower a porous plane

In the study, flow of a kind of non-Newtonian fluid model on a porous plane has been investigated. By using the general equation of motion that belongs to second grade Power-Law liquid momentum equation for one-dimentional flow was determined. Although these equations are dimentional equations, they have been changed into non-dimentional equations to be got more general. After the equations had been changed into non-dimentional, boundry conditions and boundry level equations that explain the one-dimentional flow over a porous plane have been determined. Finally, ordinary differantial equation systems that refer the one-dimentional flow in cartesian coordinate are obtained. Then, determined boundry level equations and boundry conditions have been solved numericaly by moving into Matlab Sbvp pocket software. In the solutions, one-dimentional flow in the direction-y has been investigated.