A method is presented for the hydraulic design and analysis of labyrinth weirs based upon
the experimental results of physical modeling. Discharge coefficient data for labyrinth weirs …

As probable maximum flood flows are updated for existing spillways, modifications or
replacement of the existing spillway are often required to increase discharge capacity …

Labyrinth weirs are commonly used to increase the capacity of existing spillways and
provide more efficient spillways for new dams due to their high specific discharge capacity …

In recent decades, the advancement of knowledge on the hydraulics of labyrinth weirs has
resulted mainly from physical modeling. In this study, numerical simulations of free-flow and …

The majority of published studies on labyrinth weir are limited to the influence of geometric
parameters on its efficiency. However, approach flow conditions can have a significant …

A rectangular labyrinth weir has a very good flood release capacity as well as strong
economical and structural advantages. In this study, combined analytical and experimental …

The piano keys weir can operate in two different flow conditions, in free flow and submerged
flow by its use. It can be used to protect the dam against the extreme floods, to measure or …

Weirs are one of the most important hydraulic structures for flow control, water discharge
measurement, and regulating of upstream water elevation in canals, irrigation networks, and …

Labyrinth weirs are commonly used to increase the capacity of existing spillways and
provide more efficient spillways for new dams due to their high specific discharge capacity …

Les déversoirs non rectilignes représentent une alternative rentable du point de vue
hydraulique et économique. Ils sont recommandé à la fois pour les nouveaux barrages et …