Diverting or deflecting sediments is an essential part of river training. Under the effect of an
induced helical motion, the submerged vanes are best known for deflecting sediments. This …

Controlling the river regime in the lower wandering reaches of the Yellow River Basin is
important for ecological protection and high-quality development. This study reviews the …

In fluid transmission projects, buried and semi-buried pipes passing through river bends
change the conventional scouring and sedimentation patterns. In this research, the influence …

River outer bank erosion and associated inner bank sedimentation cause river
morphological and environmental changes. Triangular vanes are eco-friendly structures …

River restoration aims to apply environmentally-friendly structures for bank protection in
meandering rivers to restore their natural habitat. Enhanced Permeable Groin (EPG) is a …

Many alluvial rivers worldwide are plagued with significant geomorphology changes due to
severe riverbank collapse. This study developed an approach for quantifying riverbank …

Submerged vanes are used as an eco-friendly low-cost measure for the management of
river bed sediment. The performance of the vane is more sensitive to its angle of installation …

A river's planform pattern changes due to erosion of banks and the bed near the outer bend.
The primary cause of these planform changes is the formation of helical flow patterns in …

The study investigates the role of cocolog, an eco-friendly material, as groyne, in protecting
the river banks in meandering channels. Laboratory experiments were conducted to …

The traditional Japanese river training structure, known as “Seigyu”, designed to divert flow,
reduce flow velocity, and promote geomorphological changes, is expected to contribute to …