Weirs are hydraulic structures with various applications, such as flow measurement, flow
diverting, and/or flow control. Labyrinth weir as a nonlinear weir with a folded crest …

The discharge coefficient (Cd) plays a vital role in the accurate design and safety of weirs,
spillways, and dams. In the last decade, Soft Computing (SC) models, which showed …

Labyrinth weirs are complex hydraulic structures. They have been widely used as a water
regulator and to increase discharge in channels and spillway dams. Labyrinth weirs are an …

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

One of the practical and financial solutions to increase the efficiency of weirs is to modify the
geometry of the plan and increase the length of the weir to a specific width. This increases …

Flow measurement is an important issue for develo** the water conservation projects and
evaluating the performance of irrigation and drainage networks. Weirs and gates are the …

In this paper, for the first time, to model the discharge coefficient of labyrinth weirs, the
evolutionary firefly algorithm (FFA) is used for optimizing the membership functions of the …

To measure the flow rate in irrigation, sewer, and storm water systems, Parshall flumes (PFs)
and modified Parshall flumes (MPFs) are commonly used. The dissolved oxygen (DO) in …

In this paper, the impact of different variables on discharge coefficients in sharp-crested
rectangular side weirs was investigated utilizing 559 experimental data points. Various …

In this paper, two groups of datasets including Froehlich (1988) and USGS were
implemented to simulate scour depth for bridge piers of three shapes (circular, sharp-nose …