Gates are commonly used to adjust water flow in open channels. By using an
oblique/inclined gate, the water transferring capacity of open irrigation canals can be …

In the current study, three machine learning (ML) models, ie Gaussian process regression
(GPR), generalized regression neural network (GRNN), and multigene genetic programming …

Accurately prediction of discharge coefficient through radial gates is considered as a
challenging hydraulic subject, particularly under highly submerged flow conditions. Incurring …

Accurate determination of discharge capacity in radial gates as commonly designed check
structures is of great importance in hydraulic engineering research. The discharge …

This research aims to predict a radial gate's discharge coefficient (Cd) under free and
submerged flow conditions using several machine learning (ML) algorithms. Several …

Regulators are commonly used to control and measure flows in streams and irrigation
canals. Inadequate operation of regulator gates may lead to scour downstream, possibly …

Canal lining and rehabilitation aim to distribute water, reduce losses, and ensure that water
reaches the ends of the canals. Recognizing the need to improve the management of the …

Sophisticated stage-discharge rating curves for radial gates are essential to modernization
efforts in water conservancy and irrigation projects. However, it is a challenging hydraulic …

A study of scour downstream of free hydraulic jump in stilling basin of stepped spillways was
carried out. This paper employed an experimental study to investigate the stepped spillway …

When dealing with the challenges of large conduit widths or high upstream depths in
irrigation and drainage networks, installing parallel sluice gates on a broad-crested weir can …