The present study collected a wide range of experimental data samples, including 855
records from various types of cylindrical weirs under diverse hydraulic conditions, setting the …

Tyrolean weir can be used as an effective solution to address floatation and sediment
deposition in runoff hydropower stations. To improve the efficiency and accuracy of …

The present study represents the first use of kernel-based models to predict discharge
coefficient (Cd) for two distinct types of cylindrical weirs, featuring vertical support and a 30 …

With increased length of the crest in a certain width range, the labyrinth weirs increase the
discharge capacity. In this study, a laboratory flume was used with a length of 8 m and a …

This study presents the use, and its advantages, of artificial intelligence methods to predict
the discharge coefficient (Cw), considering the approach conditions of the labyrinth weir type …

Tyrolean weir can be used as an effective solution to address floatation and sediment
deposition in runoff hydropower stations. To improve the efficiency and accuracy of …

The current study examines the flow characteristics under free flow conditions over a crump
weir. The impact of the side slopes of the weir on the coefficient of discharge (Cd) is taken …

This research explores the effectiveness of Artificial Neural Networks (ANN) and Support
Vector Machine (SVM) algorithms in predicting the discharge coefficient of arced Labyrinth …