A new open source multi-GPU 2D flood model called TRITON is presented in this work. The
model solves the 2D shallow water equations with source terms using a time-explicit first …

This paper shows the development of a multi-GPU version of a time-explicit finite volume
solver for the Shallow-Water Equations (SWE) on a multi-GPU architecture. MPI is combined …

This paper describes the implementation of a two-dimensional hydrodynamic flood model
with two different numerical schemes on heterogeneous high-performance computing …

Numerical simulations of the catastrophic draining of Pleistocene glacial-lake Kuray–Chuja
quantify the discharge history of the draining event in detail. The plan-view basin flows are …

In this work we propose a two-layer Savage–Hutter type model that is the natural extension
of the 1D system proposed by ED Fernández-Nieto et al in 2008 to simulate tsunamis …

EULAG (Eulerian/semi-Lagrangian fluid solver) is an established computational model
developed for simulating thermo-fluid flows across a wide range of scales and physical …

The use of GPUs for general purpose computation has increased dramatically in the past
years due to the rising demands of computing power and their tremendous computing …

A two-phase shallow granular flow model consists of mass and momentum equations for the
solid and fluid phases, coupled together by conservative and non-conservative momentum …

In this study, a robust numerical model is developed to guarantee that the C-property for
both hydrodynamic and solute transport models and positivity of both water depth and solute …

In this article, we apply Davis's second‐order predictor‐corrector Godunov type method to
numerical solution of the Savage–Hutter equations for modeling granular avalanche flows …