Extensions to the Roe and HLL method have been previously formulated in order to solve
the Shallow Water equations in the presence of source terms. These were named the …

Recently, depth-averaged shallow flow models have been adapted to modelling liquefied
lava flows, generally characterized by a marked temperature-dependent non-Newtonian …

Numerical simulation of unsteady viscous flow over variable topography under the influence
of temperature changes is a challenge. In order to apply the model to large domains with …

Among the geophysical surface processes, mud and debris flows show one of the most
complex and challenging behaviour for scientists and modellers. These flows consist of …

The technological advancements of the last few decades have fostered the use of two-
dimensional (2D) Shallow water Equations (SWE) flood simulations not only in academic …

Nowadays, the vast majority of coastal oil spill simulation models are based on Lagrangian
methods focused on particle tracking algorithms to represent the oil slick fate. In this work, a …

Rapid flows of water-sediment mixtures are probably the most challenging and unknown
geophysical gravity-driven processes. The fluidized material in motion consists of a mixture …

Oil spills over land and water bodies are some of the most relevant hazards that should be
considered when implementing oil production and transport projects. However, the …

Analizar la sensibilidad de un modelo hidráulico distribuido y bidimensional basado en las
ecuaciones de aguas poco profundas frente a variaciones de variables de modelos de …

Hoy en día, la potencia de los ordenadores personales permite a la comunidad científica
desarrollar modelos computacionales para realizar simulaciones numéricas complejas. En …