Tutorials
============

FEniCSx, OpenMC and OFELIA have their own set of tutorials for different case studies, either coming from benchmarks or not.

FEniCSx
------------


Fluid Dynamics
~~~~~~~~~~~~~~~~~

.. toctree::
    :maxdepth: 1
    :glob:

    Steady Laminar Navier-Stokes - Cavity <Tutorials/fenicsx/fluid_dynamics/01_Cavity2D.ipynb>
    Steady Laminar Navier-Stokes - BFS <Tutorials/fenicsx/fluid_dynamics/02_LaminarBFS2D.ipynb>
    Unsteady Laminar Navier-Stokes - DFG2 <Tutorials/fenicsx/fluid_dynamics/03_DFG2D_FlowCyl.ipynb>

Neutronics
~~~~~~~~~~~~~

.. toctree::
    :maxdepth: 1

    Steady Multi-Group Diffusion - ANL11A2 <Tutorials/fenicsx/neutronics/01_ANL11A2_neutronics_ss.ipynb>
    Steady Multi-Group Diffusion - TWIGL2D <Tutorials/fenicsx/neutronics/02_TWIGL2D_neutronics_ss.ipynb>
    Unsteady Multi-Group Diffusion - TWIGL2D <Tutorials/fenicsx/neutronics/03_TWIGL2D_neutronics_trans.ipynb>
    Multiphysics - ANL14A1 <Tutorials/fenicsx/neutronics/04_ANL14A1_MPtrans.ipynb>


OpenMC
------------

.. toctree::
    :maxdepth: 1

    TRIGA Mark II Reactor <Tutorials/openmc/TRIGA/triga.ipynb>


OFELIA
------------

.. toctree::
    :maxdepth: 1

    PWR Pin 2D Axial Symmetry - Solution <Tutorials/ofelia/pin3D_PWR_steady/pin3D.ipynb>
    PWR Pin 2D Axial Symmetry - Post Process <Tutorials/ofelia/pin3D_PWR_steady/plotRes.ipynb>