A laboratory study of the effect of asymmetric-lattice collar shape and placement on scour depth and flow pattern around a bridge pier | Citedby Results | Water Supply | IWA Publishing

Skip to Main Content

Skip Nav Destination

A laboratory study of the effect of asymmetric-lattice collar shape and placement on scour depth and flow pattern around a bridge pier

Water Supply (2022) 22 (1): 734–748.

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

Bed sill effect on bridge pier scour with debris obstruction: an experimental investigation

Pouria Akbari Dadamahalleh
Mehdi Hamidi
Ali Mahdian Khalili

Innovative Infrastructure Solutions (2024) 9 (5)

Experimental study of the effect of rectangular debris blockage on the scour hole development around a cylindrical bridge pier

Ali Mahdian Khalili
Mehdi Hamidi
Pouria Akbari Dadamahalleh

Water Practice & Technology (2024) 19 (5): 1878.

Collars for Scour Reduction Around Different Shapes of Bridge Piers in a 180° Sharp Bend

Arsalan Keshavarz
Mohammad Vaghefi
Goodarz Ahmadi

International Journal of Civil Engineering (2024) 22 (10): 1733.

Experimental study on local scour protection and contact pressure of the facing water surface at the pier based on the guide pillar

Xiaobo Jia
Xianyou Mou
Honglan Ji

Ocean Engineering (2024) 302: 117670.

Local Scour Reduction around Cylindrical Piers Using Permeable Collars in Clear Water

Hongliang Qi
Tiangang Yuan
Fei Zhao
Guishan Chen
Weiping Tian
Jiachun Li

Water (2023) 15 (5): 897.

Influence of collar's shape on scour hole geometry at circular pier

Heba Kassem
A.A. El-Masry
Reda Diab

Ocean Engineering (2023) 287: 115791.

Characteristics of reducing local scour around cylindrical pier using a horn-shaped collar

Kedian Luo
Yuhang Si
Shaohua Lu
Boyang Liang
Hongliang Qi

Journal of Engineering and Applied Science (2022) 69 (1)