Citations (24)
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Read on this site (6)
K. P. Indulekha, P. K. Jayasree & K. Balan. (2023) Laboratory investigation of flow and turbulent characteristics around permeable and impermeable groynes in a strongly curved meandering channel. ISH Journal of Hydraulic Engineering 29:5, pages 581-591.
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M. Vaghefi & Sh. Ben Mohammad Khajeh. (2023) Experimental comparison of flow pattern around convergent-vertical and divergent-vertical pier groups located in a 180 degree sharp bend with streamwise direction. ISH Journal of Hydraulic Engineering 0:0, pages 1-14.
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Fariba Niknezhad, Amin Mahmoudi & Mohammad Vaghefi. (2023) A numerical study of the effect of a lateral intake’s position and angle on scouring around a pier in a bend. International Journal of River Basin Management 0:0, pages 1-16.
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Leila Eghbalnik, Mohammad Vaghefi & Mohammad Reza GolbaharHaghighi. (2022) Laboratory study of the temporal evolution of channel bed topography in presence of two rows of inclined-vertical piers in a sharp 180-degree bend. ISH Journal of Hydraulic Engineering 28:sup1, pages 49-56.
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Neda Safaripour, Mohammad Vaghefi & Amin Mahmoudi. (2022) Experimental study of the effect of submergence ratio of double submerged vanes on topography alterations and temporal evaluation of the maximum scour in a 180-degree bend with a bridge pier group. International Journal of River Basin Management 20:4, pages 427-441.
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Shaghayegh Ben Mohammad Khajeh & Mohammad Vaghefi. (2020) Investigation of abutment effect on scouring around inclined pier at a bend. Journal of Applied Water Engineering and Research 8:2, pages 125-138.
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Articles from other publishers (18)
Leila Eghbalnik, Mohammad Vaghefi & Abdol Mahdi Behroozi. (2023) Investigation of the Effects of the Arrangement of Triplex Inclined-Vertical Group Piers in a Sharp Bend on the Characteristics of Scour Holes. Iranian Journal of Science and Technology, Transactions of Civil Engineering 47:6, pages 3989-3997.
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H. Omara, Osama k Saleh, Motrih Al-Mutiry, Ali Masria & A. Tawfik. (2023) Assessment the local scour around vertical and inclined oblong piers under shallow flow condition. Ocean Engineering 281, pages 114835.
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C. A. Chooplou, M. Vaghefi & M. Akbari. (2023) Effect of repositioned submerged vanes on local scour variations around a pier in a bend: experimental investigation. International Journal of Environmental Science and Technology 20:8, pages 8627-8640.
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Danesh Dehghan, Mohammad Vaghefi & Masoud Ghodsian. (2023) Effects of increasing the width of collar on reduction of scouring surrounding the rectangular piers in a 180-degree bend. Applied Water Science 13:3.
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Peng Chen, Yuting Li, Jiaxing Wu, Ruijie Li, Zhiyao Song & Lu Dai. (2022) Impact of Suspended Sediment Diffusion from the Implementation of Arresting Facilities on Cross-Sea Bridges. Sustainability 14:15, pages 9559.
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Arsalan Keshavarz, Mohammad Vaghefi & Goodarz Ahmadi. (2021) Effect of the Shape and Position of the Bridge Pier on the Bed Changes in the Sharp 180-Degree Bend. Iranian Journal of Science and Technology, Transactions of Civil Engineering 46:3, pages 2449-2467.
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Ehsan Oveici, Omid Tayari & Navid Jalalkamali. (2021) Flow Field in a Sloped Channel with Damaged and Undamaged Piers: Numerical and Experimental Studies. KSCE Journal of Civil Engineering 25:11, pages 4240-4251.
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Mohammad Vaghefi, Sahar Moradi & Chonoor Abdi Chooplou. (2021) Numerical Study of Bed Topography Variations Owing to Placement of Triad Series of Vertical Bridge Piers Installed in a 180-degree Bend with Different Relative Radii Using SSIIM Numerical Model. Iranian Journal of Science and Technology, Transactions of Civil Engineering 45:3, pages 1971-1988.
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Farid Sedighi, Mohammad Vaghefi & Goodarz Ahmadi. (2020) The Effect of Inclined Pair Piers on Bed Topography: Clear Water, Incipient Motion and Live Bed. Iranian Journal of Science and Technology, Transactions of Civil Engineering 45:3, pages 1871-1890.
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Nargess Moghaddassi, Seyed Habib Musavi-Jahromi, Mohammad Vaghefi & Amir Khosrojerdi. (2021) Effect of Mean Velocity-to-Critical Velocity Ratios on Bed Topography and Incipient Motion in a Meandering Channel: Experimental Investigation. Water 13:7, pages 883.
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Danesh Dehghan, Mohammad Vaghefi & Masoud Ghodsian. (2021) Experimental study of the effect of the length-to-width ratio and skewness angles of the pier installed at the bend on scour pattern. Journal of the Brazilian Society of Mechanical Sciences and Engineering 43:3.
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Wei-zheng Wang, Song Wei, Haipeng Duan, Jing Cao & Yuxi Jiang. (2021) Discussion on Some Problems of Bridge Scour in Both Experiment and Simulation. IOP Conference Series: Earth and Environmental Science 636:1, pages 012007.
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Xuan Ni, Leiping Xue & Chao An. (2021) Experimental investigation of scour around circular arrangement pile groups. Ocean Engineering 219, pages 108096.
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Mousa Rasaei, Sohrab Nazari & Saeid Eslamian. (2020) Experimental investigation of local scouring around the bridge piers located at a 90° convergent river bend. Sādhanā 45:1.
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Morteza Asadollahi, Mohammad Vaghefi & Maryam Akbari. (2020) Effect of the position of perpendicular pier groups in a sharp bend on flow and scour patterns: numerical simulation. Journal of the Brazilian Society of Mechanical Sciences and Engineering 42:8.
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AMIR GHADERI & SAEED ABBASI. (2019) CFD simulation of local scouring around airfoil-shaped bridge piers with and without collar. Sādhanā 44:10.
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Xing YangJun QianSonggan Weng. (2019) Determination of Equivalent Roughness of Bridge Piers’ Flow Resistance. Journal of Hydrologic Engineering 24:8.
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H. Omara, S. M. Elsayed, G. M. Abdeelaal, H. F. Abd-Elhamid & A. Tawfik. (2018) Hydromorphological Numerical Model of the Local Scour Process Around Bridge Piers. Arabian Journal for Science and Engineering 44:5, pages 4183-4199.
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