The many hydrodynamic implications associated with the geomorphological evolution of
braided rivers are still not profoundly examined in both experimental and numerical …

The channel length required for the development of the flow, from the channel entrance to
full establishment, is often a prerequisite when designing hydraulic structures or planning …

The wake characteristics of wall-mounted finite submerged solid and foam-covered circular
cylinders (height/diameter= 0.9) are explored using large-eddy simulation for a Reynolds …

This study employs high-speed photography and image processing to investigate the effects
of orifice heights (H n/δ= 0, 0.5, and 2, where δ represents the boundary layer thickness) and …

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 …

In this paper, we leverage the direct numerical simulation (DNS) data for closed-channel
flow for a range of friction Reynolds number (R e τ∼ 180–5,000) to develop a new one-point …

The present study investigates the disruption of the horseshoe vortex (HSV) formed around
a bed-mounted circular cylinder using helical strakes. Three cylinders were studied: one …

Many open-channel turbulent flow studies have been focused on highly constrained
conditions. Thus, it is rather conventional to note such flows as being fully developed, fully …

The wake dynamics of bed-mounted circular cylinders with and without helical strakes in a
shallow flow are investigated experimentally using particle image velocimetry system. The …

The influence of three different channel contractions on the mean flow and turbulent
characteristics has been measured experimentally in a recirculating flume. The velocity …