Riparian vegetation, which is commonly found in natural rivers and open channels, has a
strong influence on flow structures. This paper describes a laboratory experiment on velocity …

Utilizing piezoelectric transduction to harvest low-velocity water flow energy to power
wireless devices has become a promising alternative to battery power supply. This paper …

This paper discusses how the submergence ratio, defined as the ratio between the flow
depth, D, and the height, h, of the solid rigid cylinders forming the array affects flow and …

The evolution and characteristics of large-scale vortices are critical for understanding
temporal and spatial exchange of mass and momentum. Using a validated depth-averaged …

In this study, laboratory experiments were performed to investigate the impacts of sediment
size, channel velocity and plant density on sediment deposition inside an emergent canopy …

The present study uses results of eddy‐resolving numerical simulations to investigate the
open channel flow over large clusters of freshwater mussels (Unio elongatulus) partially …

The hydrodynamics in a straight rectangular open channel containing novel lateral cavities
constructed by an array of square emergent vegetation patches discontinuously distributed …

The hydrodynamic performance of short-crested wave diffraction by bottom-mounted V-
shaped and arc-shaped breakwaters was examined based on the linear wave theory and …

On the edges of rivers where the flow velocity is low, aquatic plants flourish, with emergent
rigid herbs being the most common. Since the flow structures of vegetated flow are strongly …

This study presents the experimental results of the flow characteristics, such as the flow
adjustment, velocity profiles, mixing layer, and the momentum exchange, in the partially …