Abstract
This study investigates the influence of partial slip on the flows of second grade fluid bounded by the two rigid plates. An incompressible and magnetohydrodynamic second grade fluid occupies the porous space. Modeling of the flow analysis includes the modified Darcy's law. Two characteristic examples, flows induced by an oscillating plate and a suddenly moving plate, are considered. The exact analytical solutions are derived by employing Fourier transform and eigen-function expansion methods. It is noted that the results of previous studies can be obtained as the limiting cases of our solutions.