Numerical morphological modelling of braided rivers is increasingly used to explore controls
on river pattern and for applied environmental management. This article reviews and …

Eddy-resolving techniques have become a powerful tool to investigate shallow flows at both
laboratory and field scale. In this paper several examples are given where high-resolution …

Despite the ratio of incoming discharges being recognized as a key parameter in open-
channel confluence hydrodynamics, little is known about the flow patterns when the tributary …

Curvature-induced secondary flows are ubiquitous in nature and have long attracted
scientist attention. Modelling such kind of secondary flows is not straightforward. While full …

Flow past a submerged array of rigid cylinders is more complex compared to the limiting
case of an emerged array because part of the flow approaching the array is advected over it …

The method of large-eddy simulation (LES) is used increasingly to address research and
engineering problems of modern hydraulics. LES simulates directly the large-scale motion of …

The flow and the turbulence structure generated by a circular porous cylinder of diameter)
considered, the simulation results show that the antisymmetric (von Kármán) shedding of …

Confluences are locations of complex hydrodynamic conditions within river systems. The
effects on hydrodynamics and mixing of temperature‐induced density differences between …

In this study, eddy-resolving numerical techniques are used to investigate flow
hydrodynamics and mixing at the asymmetric confluence between the Yangtze River and …

The present study uses results of eddy‐resolving numerical simulations to investigate the
open channel flow over large clusters of freshwater mussels (Unio elongatulus) partially …