Implement Transient Poisson Problem with Panzer and Epetra-based MCSA about chimera HOT 4 CLOSED

This should also help with the code base design as I will understand what components must be written to drive the finite element assembly. Some may be one time only, some may need to be written for every equation set, and some may need to be written for every simulation.

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I have the equation set, closure model for the source term, and Dirichlet conditions implemented. Next step is to tie it all together in a static problem using a krylov solver. This will be followed by Rythmos integration.

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The static problem is setup and running with a Jacobi Preconditioned MCSA solver. I'm getting the same results as the GMRES solver in Aztec.

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The prelim research plan only accounts for steady problems so we may just avoid the added complication of time integration completely here. For now I'm putting this in the backlog.

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