RAIN SURFACE RUNOFF MODELING USING CELLULAR AUTOMATON
DOI:
https://doi.org/10.36773/1818-1112-2021-126-3-88-91Keywords:
shallow water equations, rain surface runoff, cellular automatonAbstract
The numerical solution of a system of two-dimensional shallow water (Saint-Venant) differential equations in partial derivatives for modeling the dynamics of surface runoff using digital elevation models obtained by laser altimetry leads to a significant increase in the computational load on the computer.
The article offers a view on reasonable simplifications for the shallow water model, the two-dimensional cellular automaton for the modeling of rain surface runoff is proposed along with adequacy analysis of the calculations performed in their practical application.
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