Japan Society of Civil Engineers 2025 Annual Meeting
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Session Details

Poster PresentationSection II

氾濫流の水理

Thu. Sep 11, 2025 10:40 AM - 12:00 PM JST
Thu. Sep 11, 2025 1:40 AM - 3:00 AM UTC
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[11AM2-Je-02]Planform and viscosity change characteristics of curved channel flow with overflow

*Kanta Sugiura1, Takayuki Tanaka1 (1. National Institute of Technology (KOSEN), Toyota College)

[11AM2-Je-04]CROSS-LEVEE BREACH EXPERIMENT WITH EMBANKMENT MATERIAL CONTAINING FINE PARTIVCLES BY OVERFLOW AT THE CHIYODA EXPERIMENTAL CHANNEL

*Tomonori Shimada1, Yuzuno Kanbara1, Shunichi Maeda1, Nobuyuki Hotta1, Tsuyoshi Miura2, Hisashi Kamei2 (1. CIVIL ENGINEERING RESEARCH INSTITUTE FOR COLD REGION, 2. Hokkaido Regional Development Bureau)

[11AM2-Je-06]Rainfall, runoff, river flow, inundation flow analysis of the September 2015 Kinu River flooding based on RRI-RF2D model

*Takaki Ando1, Nozomu Mitsui1, Riku Kubota1, Jin Kashiwada2, Mamoru Tanaka2, Yasuo Nihei2 (1. Graduate School of Tokyo University of Science, 2. Tokyo University of Science)

[11AM2-Je-08]A study on the Evaluation of Flood Control Functions Associated with Open Levee System and Flood Protection Forests in Rapid Rivers

*Yuto Kunitomo1, Yoshiharu Suzuki1, Kohji Michioku1 (1. Hosei University)

[11AM2-Je-10]Study on rolling friction characteristics and vehicle stability conditions in flood flow

*Yu Bando1, Takashi Inoue3, Shiho Onomura4, Yasuhiro Yoshikawa5, Jin Kasiwada2, Yasuo Nihei2 (1. Grafuate School of Tokyo University of Science, 2. Tokyo University of Science, 3. Hiroshima University, 4. Tokyo City University, 5. Kitami Institute of Technology)

[11AM2-Je-12]Effect of Trapped Leaves about Grating on Flooding on Road and Its Countermeasures

Youichi Yasuda1, *Takeru Fukushima2 (1. Nihon University, College of Science and Technology, Department of Civil Engineering, 2. Nihon University, Graduate school of Science and Technology, Department of Civil Engineering)

[11AM2-Je-14]Experimental investigation on Bed Protection downstream of Bridge Piers by Installing Assembled Boulders and Transition Zones due to Crushed Stones.

Youichi Yasuda1, *Yusei Tanaka2 (1. Nihon University, College of Science and Technology, Department of Civil Engineering, 2. Nihon University, Graduate school of Science and Technology, Department of Civil Engineering)
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