jwallwork23/adapt_utils: Simulation code for 'Multi-scale hydro-morphodynamic modelling using mesh movement methods'

Includes:

• Moving mesh methods functionality
• Hydro-morphodynamic capability
• Required run files for tests cases in the paper

To be used with the following versions of Firedrake and Thetis:

• Firedrake (https://doi.org/10.5281/zenodo.4110204)
• Thetis (https://doi.org/10.5281/zenodo.4778411)

Test cases:

• unsteady/test_cases/trench_1d (Section 4.1) [run_fixed_mesh.py for fixed mesh; run_moving_mesh.py for mesh movement methods]
• unsteady/test_cases/trench_slant (Section 4.1) [run_fixed_mesh.py for fixed mesh; run_moving_mesh.py for mesh movement methods]
• unsteady/test_cases/beach_slope (Section 4.2) [run_fixed_mesh.py for fixed mesh; run_moving_mesh.py for mesh movement methods]
• unsteady/test_cases/tsunami_bump (Section 4.3) [run_fixed_mesh.py for fixed mesh; run_moving_mesh.py for mesh movement methods]

For more details please contact m.clare17@imperial.ac.uk or j.wallwork16@imperial.ac.uk