This technical note presents the DualSPHysics application to spillway hydraulics, and an
extensive comparison has been made between the single-water and two-phase water–air …

A series of challenging fluid flow applications are used to demonstrate the powerful
capabilities of the SPH method. The applications are classified according to whether they …

The computational fluid dynamics (CFD) method is used effectively in hydraulic engineering
and many other sciences. However, determining which turbulence model is suitable for the …

Abstract A GPU-accelerated 3D smooth particle hydrodynamics (SPH) scheme is developed
and applied to a coastal multi-phase liquid-sediment interaction and sediment transport. The …

Horizontal step surfaces are the traditional design of stepped spillways, intended for certain
discharges. However, they do not perform satisfactorily at larger discharges. To improve this …

This study presents a modified smoothed particle hydrodynamics (SPH) for modelling liquid-
fracture interaction at mesoscale. In this approach, an interparticle force that can provide …

Crack seepage in nature involves natural and water injection flow, causing crack
morphology in nature to be varied. Using the numerical simulation method of smoothed …

One of foremost issue arise in the dam management and dam reliability assessment is the
sedimentation of suspended particles. Sedimentation affected the energy production and …

In this paper, a two-phase coastal liquid-sediment system and a wave breaker were
numerically simulated using a particle-based smooth particle hydrodynamics (SPH). To …

Historical migration routes for anadromous sturgeons in the Danube River have been
interrupted by transversal structures for hydropower use, from which the Iron Gates …