In this study, the hydraulic properties of circular crested stepped spillways (CCSS) including
stage-discharge relation, discharge coefficient (C d) and their ability to dissipate energy …

In this study, different physical models of stepped spillways are constructed and the effect of
intense water mixing on increasing the dissolved oxygen concentration in water is …

In this study, under the skimming flow regime, energy dissipation was investigated with data-
driven methods. The data set obtained from the laboratory experiments were modelled by …

In a stepped spillway, the spillway face is provided with a series of steps from near the crest
to the toe. This type of spillway is attractive for water resource management because it …

Stepped spillways are suitable and economical options for high-storage dams that require
significant energy dissipation, structural adaptation to roller-compacted concrete dams, and …

Weirs are structures that are important for measuring flow and controlling water levels.
Research has shown that the discharge coefficient is not constant and depends on the crest …

In the case of flooding in rivers, river regulation structures are important since scours occur
on the outer meander due to high flow velocities. In this study, 2-array submerged vane …

Stepped spillways are important water-management structures that are used for energy
dissipation. Use of these spillways has increased in recent decades, they can reduce …

Spillways and channel chutes are widely used in hydraulic works. Two kinds of abutment—
walls and steps—are usually constructed to dissipate energy; however, they may also cause …

In this study, using the M5 algorithm and multilayer perceptron neural network (MLPNN), the
capability of stepped spillways regarding energy dissipation (ED) was approximated. For …