Coupled fluid–solid phase continuum problems associated with large deformation as
geotechnics experts encounter in slope stability problems have been extensively reviewed …

With the advancement of the computing facilities, meshless techniques have become a new
arena of research for the computational scientists. Smooth particle hydrodynamics (SPH), a …

Flow-driven sediment erosion exhibits multiphase characteristics and involves reversible
solid-liquid mass exchange, wherein various rheological models and yield criteria are …

To simulate contaminant transport in groundwater, this paper proposes a parallelized
Lagrangian particle model using compute unified device architecture (CUDA) on graphics …

This paper presents a numerical simulation of a three-phase flow (water, air, and mud)
formed during a dam break. For the connection between all phases, the mathematical model …

A computational model for studying the scour depth of coarse sand generated by a dam
break is presented and validated using data obtained from an original experiment also …

This paper describes three-dimensional unsteady simulations of sand–water flow within a
turbine passage. Sand abrasion of a movable guide vane made from ZG06Cr13Ni4Mo is …

Rainfall-runoff modeling is essential for addressing a wide range of issues in urban
drainage system design and operation in both scientific research and engineering practice …

The effect of floating objects has so far rarely been considered in flood modelling and risk
assessment, despite having significant implications for structural design in flood-prone and …

The scouring and deposition of sediment caused by unsteady flows (eg, storm waves and
floods) produces many secondary disasters. The resultant bed-load movement exhibits …