Objective The weir-flume apparatus, consisting of a measuring flume and a measuring weir,
is an innovative device for monitoring and controlling open channel flow. Installed across …

The significant variation of seasonal streamflow in mountainous regions prevents the
existing irrigation channel of the water volume facilities from meeting the flow measurement …

For water management, the accurate measurement of discharge in irrigation channels is
essential. Static flow measuring devices such as weirs and flumes play a significant role in …

Discharge measurement and control structures are widely employed in hydraulic
engineering applications. The objective of this study is to numerically investigate the …

The total demand for water in the Western United States exceeds the available supply. Our
ability to determine the amount of water diverted for various uses is crucial. In many …

Long-throated flumes and broad-crested weirs provide a practical, low-cost, flexible means
of measuring open-channel flows in new and existing irrigation systems and have distinct …

This study reexamines flow over a sharp-crested weir using computational fluid dynamics
(CFD) to identify the optimal operating range under which the weir functions with accuracy …

The discussers take a keen interest in the authors' research, which reexamines flow over a
sharp-crested weir using computational fluid dynamics (CFD) to identify the optimal …

The measurement of streamflow is very critical to hydraulic engineers and hydrologists as it
provides vital information for environmental monitoring issues connected to water resources …

Many devices and methods are available for the measurement and control of flow rate in
open irrigation channels. Among, these devices, sharp crested weirs and sluice gates are …