The evolution of ripple geometries and their equilibrium states due to different wave forcing
parameters are investigated by a Reynolds‐averaged two‐phase model, SedFoam, in a two …

A new method is proposed for simulating the energy dissipation resulting from depth-limited
wave breaking, in combination with a universal breaking onset criterion, in two-dimensional …

Groundwater–surface water (GW-SW) exchange processes are important due to their critical
role in controlling the transport of pollutants and ecologically related materials in rivers. In …

As an active ecotone between the surface stream and groundwater, hyporheic zone (HZ)
plays a crucial role in hydrological and ecological processes. Previous numerical simulation …

We analyzed the motions of small sediment particles over a sinusoidal ripple due to an
unsteady turbulent boundary layer flow using Large Eddy Simulation. The motions of …

While the nature of the suspended load above steep, wave-induced, sand ripples is of
practical importance, it also raises intriguing questions about the relative mixing efficiencies …

Understanding the morphological behavior of the coastal regions and predicting the coastal
changes in response to climate change and human activities have been the centerpiece in …

Wall resolving large eddy simulation (LES) with the dynamic Smagorinsky model (DSM) is
implemented under the single phase Euler-Euler framework to investigate the effects of …

Les modèles d'écoulement potentiel non-linéaire ont été largement utilisés pour diverses
applications, notamment la propagation d'ondes non-linéaires et dispersives à différentes …

In this study, we investigated the sediment suspension process over a ripple, using large
eddy simulation and a Lagrangian particle tracking model to numerically calculate the …