It remains an open question how the hydrodynamics and morphology in sharp meander
bends adapt to the changes in flow and sediment conditions induced by upstream damming …

Bridge pier local scouring has forever been under consideration as an unwelcome
phenomenon that threatens the safety of bridges. Hence, an investigation into methods of …

This study investigates the three-dimensional turbulence flow properties in a meandering
channel under subcritical flow conditions, specifically focusing on a few critical parameters …

Owing to the drastic change in flow conditions and river boundary of sharp bend channels,
marine accidents occur frequently. A typical sharp bend channel was selected, whose flow …

Due to the complexity of variable distributions, it is essential to evaluate the flow patterns in
sharp curved channels with different angles. It has recently become more common to use …

Distribution of flow and velocity in a meandering river is important in river hydraulics to be
investigated from a practical point of view in relation to the bank protection, navigation, water …

Placement of bridge piers along rivers creates a complex 3D flow pattern which disrupts
normal river flow and the resulted turbulence erodes alluvial sediments around the pier. In …

With the advancement in the science of engineering, bridge piers scouring has become a
well-known phenomenon, and engineers have always been making efforts to counter such a …

The generation of vortices in sharp bends of rivers is a well-known phenomenon. However,
their influence on the bridge pier has not been investigated deeply. This study studies the …

This work has compared the performance of three well-known artificial neural network (ANN)
approaches in turbulent flow pattern modeling based on geometric characteristics of the …