Numerical computation methods are used more and more as tools for solving hydraulic and
environmental engineering problems, and as turbulence mostly plays an important role in …

This paper, written to mark the 60th anniversary of the Journal of Hydraulic Engineering,
focuses on the nature of meandering flow and its coupling to bed and bank deformation. An …

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 …

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 …

Estimating the flow velocity and discharge in rivers is of particular interest for monitoring,
modeling, and research purposes. Instruments for measuring water level and surface …

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 …

River turbulence is spatially variable due to interactions between morphology of rivers and
physical mechanics of flowing water. Understanding the variation of turbulence in rivers is …

The influence of channel side slope on flow in strongly curved channel bends is studied
numerically. The performances of five different turbulence models are investigated …

Despite being a primarily depositional landform, a crevasse splay experiences an initial
evolutionary phase that is primarily erosional as sediment-laden river water spills from a …