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 …

A fully developed approach flow is necessary in open channel studies to maintain
commonality among datasets obtained from different facilities. Two-component planar …

Enhanced understanding of turbulent flow structure in bends in natural rivers is essential for
waterway regulation, navigation safety and environmental and ecological wellbeing …

The effects of narrow channels on flow structure and hydrodynamics have been widely
studied. However, due to the complexity of flow dynamics in narrow channels, three …

The wake dynamics of wall-mounted circular cylinders with helical strakes are investigated
using particle image velocimetry under shallow flow conditions. The helical strakes attached …

Light floater boards are commonly used in open channel flow studies to reduce free surface
disturbances. However, the shear layer generated from the surface of the floaters, which has …

The prediction of the velocity distribution in adverse-slope flow is improved by analytical and
experimental study of the wake and dip effects, based on the log-wake-dip velocity law. This …

This study investigates the turbulent flow characteristics around a complex pier (CP) with an
elliptical pile-cap to understand the mechanics of the flow responsible for current-induced …

This study investigates sedimentation in open channels utilizing Computational Fluid
Dynamics (CFD). The validation indicates a strong agreement between the simulation and …

The purpose of the present study is to investigate the influence of aspect ratio on the higher-
order statistics of velocity fluctuations, conditional statistics, turbulent kinetic energy (TKE) …