The transport of wood material in rivers has been the subject of various studies in recent
years. Most research has focused on the ecological and geomorphologic role of wood, its …

Depth averaged models are widely used in engineering practice in order to model
environmental flows in river and coastal regions, as well as shallow flows in hydraulic …

A wide variety of flood simulation models are available nowadays. Some of them use a 1D
approach and others a 2D one, but there are also some which allow the performance of …

During floods, large quantities of wood can be mobilized and transported downstream. At
critical sections, such as bridges, the transported wood might be entrapped and a quick …

In this paper an unstructured finite volume model for quasi‐2D tidal flow with wet–dry fronts
and turbulence modelling is presented, and applied to the Crouch–Roach estuarine system …

This work deals with the numerical simulation of the surface waves generated by external
actions such as landslides. The underlying mathematical model for the unsteady flow is the …

In the context of the stress tests that have to be applied to nuclear power plants, this work
presents the study of the flooding processes of the service galleries of a nuclear plant …

La caracterización y cuantificación del Hábitat Potencial Útil (HPU) para peces fluviales a
partir de modelos de simulación hidráulica se ha basado tradicionalmente en la utilización …

In this paper, a hybrid artificial viscosity–central-upwind (AV-CU) scheme is proposed for
simulating recirculating turbulent shallow water flows by combining the artificial viscosity …

Numerical models based on the two‐dimensional shallow water equations (2D‐SWE) are
routinely used in flood risk management and inundation studies. However, most of these …