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Discontinuous Galerkin FEM Runge-Kutta solver for hyperbolic systems of equations, in particular for shallow water equations.

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tgregov/Multiphysics

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MATH 0471: Multiphysics integrated computational project

Goal

Development of the Discontinuous Galerkin method (DG) applied to 2D shallow water equations.
Link of the problem statement.

Useful reminders

Link to the wiki.

Build status

Current status: Build Status

Assumptions

On the mesh:

  • The elements edges are straight (constant normal vector over it)

Compilation procedure

On NIC4/VEGA

Connect to NIC4/VEGA (using SSH for instance). Then, clone the repositoy:

git clone https://github.com/tgregov/Multiphysics

Move to the code repository:

cd ./Multiphysics

Automatically build the code (<cluster> is either vega or nic4):

. ./build_cluster.sh <cluster>

Submit a batch file for one of the simulations

cd ../simulations
sbatch runObstacleSquare.sh

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Discontinuous Galerkin FEM Runge-Kutta solver for hyperbolic systems of equations, in particular for shallow water equations.

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