Quantifying Computational Efficiency of Adaptive Mesh Refinement for Shallow Water Solvers
Quantifying Computational Efficiency of Adaptive Mesh Refinement for Shallow Water Solvers
Non-uniform, dynamically adaptive meshes are a useful tool for reducing computational complexities for geophysical simulations that exhibit strongly localised features such as is the case for example for tsunami, hurricane or typhoon prediction. Theoretical insight for mesh-based numerical methods, however, is largely restricted to uniform meshes as they allow for …