Flow in streams and rivers typically erodes the banks, causing channel bank migration
laterally, resulting in loss of nearby land, modification in channel morphology, excessive …

Groynes are popular hydraulic structures often used to control the erosion of banks by
altering flow and sediment transport. In this paper, the effects of altering groyne orientation …

The benefit of using a weir is that it allows flowrates to be measured and controlled in open
channels and streams. The objectives of this research are:(1) to specify a suitable crest …

An open channel flume with a central 180-degree bend with a rigid bed is designed to
obtain a better understanding of the complex flow pattern around a T-shaped spur dike …

The successful stabilization of riverbanks and the construction of sustainable foundations,
extensive knowledge of the scour process and accurate assessment of scour depth around …

River protection structures, especially spur dikes, play a vital role in the hydrodynamic and
morphological changes in a river system. Since the earliest days, numerous studies have …

Numerous bridges are destroyed worldwide every year mostly due to the role of hydraulic
factors including scour being ignored when they are designed. Therefore, examination of the …

In the present study, the effect of peak occurrence time and flood duration on the scour
around the bridge pier installed in a sharply bended channel was investigated. For this …

Tidal bores are a natural phenomenon with high flow velocity and destructive potential. A
spur dike is a widely used river regulation and embankment protection structure that …

In this paper, the flow characteristics around T-shape spur dyke situated in the reverse
meandering channel with a rigid bed is simulated using renormalization group (RNG) …