Sluice gate has always been used due to their ease of construction, control water level and
measure flow discharge. Numerous studies have been carried out on sluice gates. On the …

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 …

The flow movement through a sluice gate is investigated for both free and submerged flow
conditions. For free flow condition, the current dimensionless formula, indicated acceptable …

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 …

In the present paper, we study the mathematical and numerical modelling of rapid transients
at partially lifted sluice gates in the context of one-dimensional Shallow water Equations …

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 …

This study introduces a novel trapezoidal sluice gate designed for water division and flow
control within irrigation networks featuring canals with trapezoidal cross-sections …

Radial gates are widely used for agricultural water management, flood controlling, etc. The
existence of methods for the calculation of the discharge coefficient (Cd) of such gates are …

An inclined rectangular overflow structure, also called a pivot weir, consists of a rectangular
plate, angled downstream from the vertical, that can be used as an upstream water level …

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 …