The present study investigated the application of support vector machine algorithms for
predicting hydraulic parameters of a vertical drop equipped with horizontal screens. The …

In the present study, FLOW-3D software was used to simulate energy dissipation by a
serrated-edge drop, downstream of this structure. For this purpose, 2, 3, and 4 serrations …

Gabions involve low construction technology and are flexible, economically viable, and
environmentally friendly. They are now widely accepted as a standard construction material …

The scouring depth caused by the water jet outputs from a dam is one of the crucial
parameters for design purposes. Due to the importance of the subject, several laboratory …

In irrigation and drainage channels, vertical drops are generally used to transfer water from
a higher elevation to a lower level. Downstream of these structures, measures are taken to …

This study aims to provide a way to increase the energy dissipation of flow in the inclined
drop with environmental and economic considerations. Eighty-one experiments were …

This study was designed to evaluate the ability of Artificial Intelligence (AI) methods
including ANN, ANFIS, GRNN, SVM, GP, LR, and MLR to predict the relative energy …

Groundwater management in semiarid and arid regions, like northern Egypt, is essential for
the sustainability of scarce resources through monitoring groundwater status and sources of …

Screens are one of the recent energy dissipator structures that can be used downstream of
small hydraulic structures. In this study, screens were used horizontally at the brinks of the …

Hydraulic jumps are efficient energy dissipaters, and their proper design can help in
harnessing the energy of flowing water. By studying the impact of channel slope and surface …