Weirs are a type of hydraulic structure used to direct and transfer water flows in the canals
and overflows in the dams. The important index in computing flow discharge over the weir is …

Deducing the weir flow stage-discharge relationship is a classical hydraulic problem. In this
regard Buckingham's theorem of dimensional analysis can be used to find simple and …

In this work experimental and numerical investigations were carried out to study the
influence of the geometric parameters of trapezoidal–triangular labyrinth weirs (TTLW) on …

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 …

Weirs are important hydraulic structures widely used to control the flow rates in open
channels and rivers. As a remarkable parameter, the discharge coefficient (Cd) determines …

Prediction and modeling of hydraulic phenomenon is an important part of hydraulic
engineering activities. One of the applications of prediction and modeling is estimating the …

In this study, the energy dissipation of flow over the triangular and trapezoidal labyrinth weirs
with one and two key cycles was investigated. The magnification ratios (MR) of models were …

This research aims to estimate the overflow capacity of a curved labyrinth using different
intelligent prediction models, namely the adaptive neural-fuzzy inference system, the …

Discharge coefficient (C d) is an important parameter of triangular labyrinth weir. It is of great
significance to predict the discharge coefficient accurately. In this research, in order to more …

Triangular plan form weirs are one type of long-crested weirs. Therefore, they can pass more
discharge capacity than weirs at the given channel width. This study aims to investigate the …