Slit weirs designed to measure small discharges in open channel flows are investigated. Experimental data available in the literature are added to study the effect of the slit width. An explicit relation for the discharge coefficient is obtained by a conventional Reynolds number definition. The discharge coefficient is modified to increase the working range of slit weirs for small values of head to slit-width ratios
Triangular weirs are commonly used to measure discharge in open channel flow. They represent an inex...
Thin-plate weirs are the simplest and least expensive devices, which frequently have been employed i...
Linear proportional weirs are sharp crested weirs in which discharge of water is linearly proportion...
A rectangular slit weir is designed for measurement of small (<0.005 m(3)/s) discharges. The dischar...
This work deals with experimental research, with outcomes of design and recommendation for determina...
V-shaped weirs with small angles are efficient in accurately measuring extremely small discharge rat...
In this paper, the flow-process of a slit weir was analyzed on the basis of a theorem of dimensional...
In this paper the flow-process of a slit weir is analyzed by the outflow theory of Malcherek. Averag...
In this paper, the flow-process of a slit weir was analyzed on the basis of a theorem of dimensional...
This study focused on hydraulic characteristics around a gear-shaped weir in a straight channel. Sys...
Thin plate weirs have been widely used for measuring discharge rate in open channel flow accurately....
Measuring open channel flows has been a major challenge at the field level. Because of the fact that...
Conventional triangular weirs have been originally developed to measure, divert, and control surface...
For flow near the end section of a trapezoidal channel, the velocity distribution is non-uniform and...
The performance data given in existing flow measurement standards for open channel flow gauging stru...
Triangular weirs are commonly used to measure discharge in open channel flow. They represent an inex...
Thin-plate weirs are the simplest and least expensive devices, which frequently have been employed i...
Linear proportional weirs are sharp crested weirs in which discharge of water is linearly proportion...
A rectangular slit weir is designed for measurement of small (<0.005 m(3)/s) discharges. The dischar...
This work deals with experimental research, with outcomes of design and recommendation for determina...
V-shaped weirs with small angles are efficient in accurately measuring extremely small discharge rat...
In this paper, the flow-process of a slit weir was analyzed on the basis of a theorem of dimensional...
In this paper the flow-process of a slit weir is analyzed by the outflow theory of Malcherek. Averag...
In this paper, the flow-process of a slit weir was analyzed on the basis of a theorem of dimensional...
This study focused on hydraulic characteristics around a gear-shaped weir in a straight channel. Sys...
Thin plate weirs have been widely used for measuring discharge rate in open channel flow accurately....
Measuring open channel flows has been a major challenge at the field level. Because of the fact that...
Conventional triangular weirs have been originally developed to measure, divert, and control surface...
For flow near the end section of a trapezoidal channel, the velocity distribution is non-uniform and...
The performance data given in existing flow measurement standards for open channel flow gauging stru...
Triangular weirs are commonly used to measure discharge in open channel flow. They represent an inex...
Thin-plate weirs are the simplest and least expensive devices, which frequently have been employed i...
Linear proportional weirs are sharp crested weirs in which discharge of water is linearly proportion...