In the present research, three different data-driven models (DDMs) are developed to predict
the discharge coefficient of streamlined weirs (C dstw). Some machine-learning methods …

It is necessary but difficult to accurately predict the water levels in front of pumping stations of
an open-channel water transfer project because of the complex interactions among …

In the present study, FLOW-3D software was used to simulate energy dissipation by a
serrated-edge drop, downstream of this structure. For this purpose, 2, 3, and 4 serrations …

The scouring depth caused by the water jet outputs from a dam is one of the crucial
parameters for design purposes. Due to the importance of the subject, several laboratory …

Two different arrangements of the weir (ie, straight weir and rectangular labyrinth weir) were
used to evaluate the effects of geometric parameters such as weir shape, weir spacing …

Hydraulic jumps are recognized as inevitable phenomena that form when the supercritical
flow induced by hydraulic structures transmits to the subcritical downstream flow. One of the …

Slit-check dams have a flow regulation function under normal flow conditions as well as
holding large solid (debris flow control). However, the effects of such structures on flow …

Weirs are hydraulic structures with various applications, such as flow measurement, flow
diverting, and/or flow control. Labyrinth weir as a nonlinear weir with a folded crest …

Hydraulic jump is a phenomenon that occurs in open channel flow and has wide utility in
hydraulic engineering. The present study considered macroroughness features in the bed to …

This paper presents the use of data-driven models, namely Gene expression programming
(GEP), M5 model tree (M5-TREE), Multivariate adaptive regression spline (MARS), and …