In this paper, the discharge coefficient of triangular labyrinth weir was predicted using multi-
layer perceptron (MLP) neural network and Adaptive Neuro Fuzzy Inference System …

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 …

Various shapes of weirs, such as rectangular, trapezoidal, circular, and triangular plan
forms, are used to adjust and measure the flow rate in irrigation networks. The discharge …

Climate change has caused the inefficient operation of a significant number of old weirs to
pass large discharges. Therefore, this study aims to increase the discharge capacity of the …

Most of the studies on labyrinth weir were carried out in the laboratory, and regression
models have been developed for discharge coefficient in terms of pertinent independent …

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 study, the discharge coefficient (Cd) of non-linear weirs with a triangular plan was
mathematically modeled using a group of method data handling (GMDH), genetic …

Labyrinth weirs are well known for their superiority in providing higher flow capacity for a
given hydraulic head, especially in areas where space is limited. This study presents an …

In this study, the performance of ANN and SVM in estimation of the discharge coefficient of
the labyrinth weirs with semicircular crests was investigated. For this purpose, 454 …

With an increase of the length of a crest in a given width, labyrinth weirs lead to an increase
in flow transition capacity over the weir. This study was performed on a laboratory flume with …