Mixing interfaces at confluences have been viewed as analogous to shallow mixing layers in
which lateral fluxes of momentum generally are viewed as unimportant. This investigation …

This study applies the Dynamic Mode Decomposition (DMD) to better understand and model
the oscillatory flow across a vertical wall-mounted cylinder. At different Keulegan–Carpenter …

When two converging flows of unequal velocities and different flow directions come into
contact, large-scale coherent structures are generated. For shallow conditions and small …

This article is aimed at quantifying and discussing the relative magnitude of key terms of the
equation of conservation of turbulent kinetic energy (TKE) in the inter‐stem space of a flow …

The no‐slip condition is an assumption that cannot be derived from first principles and a
growing number of literatures replace the no‐slip condition with partial‐slip condition, or …

The loss of biodiversity in freshwater environments is becoming an increasing problem
globally. As a result, many tools have been developed and improved to reduce this decline …

The generation and evolution of large-scale vortices with vertical axis (macro-vortices) in a
straight compound channel under quasi-uniform flow conditions is investigated. We discuss …

A depth-integrated model including subgrid scale mixing effects for turbulent transport by
long waves and currents is presented. A fully nonlinear, depth-integrated set of equations for …

The complex wake created by an emergent cylinder with a large aspect ratio in a shallow
open channel flow is studied experimentally using particle image velocimetry. The unique …

In this paper, the Spalart–Allmaras turbulence model, very popular for compressible
aerospace applications, is adapted for incompressible free surface environmental flows. The …