Estimating the energy dissipation of flow passing over triangular and trapezoidal plan weirs using the GMDH model | Citedby Results | Water Practice & Technology | IWA Publishing

Skip to Main Content

Skip Nav Destination

Estimating the energy dissipation of flow passing over triangular and trapezoidal plan weirs using the GMDH model

Water Practice and Technology (2023) 18 (5): 1115–1124.

This article has been cited by the following articles in journals that are participating in CrossRef Cited-by Linking.

Flow velocity prediction in a vegetated channel using soft computing techniques

Bandita Barman
Saundarya Narayan Kashyap
Bimlesh Kumar

Multiscale and Multidisciplinary Modeling, Experiments and Design (2024) 7 (3): 2307.

New empirical equations to assess energy efficiency of flow-dissipating vortex dropshaft

Mohammad Najafzadeh
Mohammad Mahmoudi-Rad

Engineering Applications of Artificial Intelligence (2024) 131: 107759.

Experimental investigation on a new method for modifying the geometry of a vertical drop edge equipped with a screen on the amount of energy dissipation

Rasoul Daneshfaraz
Reza Norouzi
Maryam Abar

Water Practice & Technology (2024) 19 (4): 1559.

Residual energy evaluation in vortex structures: On the application of machine learning models

Mohammad Najafzadeh
Mohammad Mahmoudi-Rad

Results in Engineering (2024) 23: 102792.

Modeling of discharge capacity of H-weir using experiments, bio-inspired optimization and data preprocess based on SVM

V. Kartal
M. Emin Emiroglu
O. M. Katipoglu

International Journal of Environmental Science and Technology (2024) 21 (11): 7647.

Discharge modeling and characteristic analysis of semi-circular side weir based on the soft computing method

Shanshan Li
Guiying Shen
Abbas Parsaie
Guodong Li
Dingye Cao

Journal of Hydroinformatics (2023)