P2P1 triangles were used to discretize the Stokes Equations.

### Lid Driven Cavity

The velocity magnitude and vectors for the Lid Driven Cavity problem. The top wall has a fixed velocity of 1 and the sides and bottom have no slip boundary conditions.

### Flow Over a Cylinder

The velocity magnitude, vectors, and streamlines for Stokes Flow across a cylinder.

The code can be found here. Building the `stokes.cpp`

executable and running:

` ./stokes.exe cavity `

and

` ./stokes.exe flow `

will generate the data for the plots shown above.