AnuGA for the simulation of the shallow water equation

A two-dimensional triangular mesh generator with pre- and post-processing utilities written in pure MATLAB (no toolboxes required, some support for Octave) designed specifically to build models that solve shallow-water equations or wave equations in a coastal environment (ADCIRC, FVCOM, WaveWatch3, SWAN, SCHISM, Telemac, etc.).

Curated list of some open source codes employing lattice Boltzmann methods

A parallel shallow water equations solver

Real time simulation and rendering of free surface fluid

A numerical CFD solver for the Shallow Water Equations

The TITAN2D toolkit is used for modeling of geophysical mass flows over natural terrain (volcanic flows, avalanches, landslides, ...).

GPU-comcot offloads the computational component on the outermost layer of COMCOT to Nvidia GPU. Currently, the speed up achieved by parallelized code on GTX-1060 comparing to serial one on AMD-FX8150 is nearly 200X. The code is still under development to fulfill the full functionality of the original model.

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

Non-intrusive reduced order models using proper orthogonal decomposition (POD) and radial basis function (RBF) interpolation for shallow water equations

High-order finite volume solver for the shallow water equations

🌊 Simple Finite Volumes models that solve the shallow water equations

Water wave models in one dimension

Solve the 2D shallow water equations with a finite volume method based on a Q-scheme

Implementation of Shallow Water Equations (works with Python 3.5 and Python 2.7)

Structure-preserving numerical methods for dispersive shallow water models

A Deep Learning solver for the Shallow Water Equations

blitzdg is an open-source project aiming to implement parallel discontinuous Galerkin (dg) solvers for common partial differential equations systems using blitz++ for array and tensor manipulations and MPI for distributed parallelism.