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 …

Cylindrical weir-gate consists of a weir and a gate has been proposed for flow measurement
in water engineering projects. Discharge coefficient of weir-gate is a fundamental parameter …

The discharge characteristics of flow over and under different weir-gate structures were
investigated using dimensional analysis and multivariable regression techniques. Based on …

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 …

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

The flow through a triangular plan labyrinth weir is studied for both free and submerged flow
conditions experimentally and theoretically. The free flow condition is studied using a new …

In this paper the submerged flow through radial gates with and without a gate sill was
experimentally investigated. The effect of different gate sill heights on contraction coefficient …

Seven hundred ninety-seven field-measured data points were collected to calibrate multiple
parallel radial gates. Data were collected from three control structures (ie, Al-Tawfiki, Al …

This research aimed to develop artificial intelligence models, including multivariate adaptive
regression splines (MARS), group of method data handling (GMDH), and genetic expression …

In this paper the flow through parallel sluice gates under low flow conditions and with some
of the gates closed resulting in symmetrical or asymmetrical gate installations was studied …