It is predicted that 60% of all new energy investments over the next 20 years will be in
renewables. The estimation for new hydropower production is 25% of all new renewables …

The fluid–structure interaction curvilinear immersed boundary (FSI-CURVIB) numerical
method of Borazjani et al.[3] is extended to simulate coupled flow and sediment transport …

We develop a coupled hydro-morphodynamic numerical model for carrying out large-eddy
simulation of stratified, turbulent flow over a mobile sand bed. The method is based on the …

The development of a fully three-dimensional finite volume morphodynamic model, for
simulating fluid and sediment transport in curved open channels with rigid walls, is …

Fine sediment dynamics downstream dams is a key issue when dealing with environmental
impact of hydraulic flushing. This paper presents an analysis of six field campaigns carried …

Barchan dunes are crescent-shaped formations of sand that can dominate both desert and
subaqueous landscapes when the supply of sand is scarce. Because of the complexity and …

The catchment of the Dashidaira reservoir located on the Kurobe River has high sediment
yield. Because of the sufficient available amount of water in the catchment during flood …

Sand waves arise in subaqueous and Aeolian environments as the result of the complex
interaction between turbulent flows and mobile sand beds. They occur across a wide range …

Reservoir sedimentation is of worldwide concern, involving not only reservoir benefits, but
environmental and ecological issues. Sediment flushing is one of the most common and …

High suspended sediment concentrations during reservoir flushing are known to be harmful
to biota in downstream river stretches. Therefore, it is common practice to set legal …