In this numerical study, we are interested in the prediction of a mono-disperse dilute
suspension particle-laden flow in the typical lock-exchange configuration. The main …

High-resolution simulations are presented of particle-driven gravity currents in the lock-
exchange configuration. The study concentrates on dilute flows with small density …

We present a numerical investigation of bi-disperse particle-laden gravity currents in the lock-
exchange configuration. Previous results, based on numerical simulation and laboratory …

Three-dimensional highly resolved Direct Numerical Simulations (DNS) of particle-laden
gravity currents are presented for the lock-exchange problem in an original basin …

Results are presented from a high-resolution computational study of particle-driven gravity
currents in a plane channel. The investigation was conducted in order to obtain better insight …

The evolution of a mono-disperse gravity current in the lock-exchange configuration is
investigated by means of direct numerical simulations for various Reynolds numbers and …

We present a study of bidispersed particulate gravity currents at high Reynolds numbers
flowing along a V-shaped valley. The speed and width of the currents, the mass deposited …

Gravity currents created by the release of a fixed volume of a suspension into a lighter
ambient fluid are studied theoretically and experimentally. The greater density of the current …

The intrusion of a polydisperse suspension of particles over a horizontal, rigid boundary is
investigated theoretically using both an integral ('box') model and the shallow-water …

Particle-laden gravity currents propagating in stratified environments, such as turbidity
currents induced by floods in estuaries or triggered by landslides in oceans, are important …