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一般セッション

6. 地盤と構造物 (動的問題を含む)

ダム・堤防①

Tue. Jul 23, 2024 8:50 AM - 10:30 AM Room 10 (Asahikawa Toyo Hotel Tancho West)

座長:永谷英基(鹿島建設株式会社)

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[23-10-1-01] Collection and analysis of damage cases of levees around
structures such as sluice gates

*Yuta Miura¹, Masanori Ishihara¹, Tetsuya Sasaki¹ (1. Public Works Research Institute)

[23-10-1-02] Small scale infiltration model experiments on the difference in effectiveness against ground water leakage depending on installation position of sheet piles

*RYO MARUTA¹, Masanori Ishihara¹, Tetsuya Sasaki¹ (1. Public Works Research Institute)

[23-10-1-03] Small scale infiltration model experiments on the difference in ground water leakage occurrence depending on bottom surface conditions of embankment

*Masanori Ishihara¹, Ryo Maruta¹, Tetsuya Sasaki¹ (1. Public Works Research Institute)

[23-10-1-04] Relationship between ground damage due to piping development in river levees and leakage flow rate

*Ami OKUWA¹, Kenichi Maeda¹, Mamoru Ichinose¹, Naoki Sawamura¹, Kazuma Sasaki¹ (1. Nagoya Institute of Technology)

[23-10-1-05] Leakage and sand boil behavior focusing on pressure and deformation in the ground inside the river levee with aquiclude

*KAZUMA SASAKI¹, KENICHI MAEDA¹, AMI OKUWA¹ (1. Nagoya Institute of Technology)

[23-10-1-06] Overflow failure behavior of river embankments on permeable foundation ground

*Takeshi Kodaka¹, Shoshi Natume¹, Keita Lee², Takaaki Okamoto¹ (1. Meijo University, 2. Nippon Koei)

[23-10-1-07] Verification of the effectiveness of slope covering type overflow countermeasure works by 2 - dimensional model experiments

*SHOSHI NATSUME¹, Takeshi Kodaka¹, Lee Keita^1,2, Takaaki Okamoto¹ (1. Meijo University, 2. Nippon Koei)

[23-10-1-08] Centrifuge model tests on geotechnical and hydraulic interetation of levee erosion processes due to overtopping

*HAYATO ONIMARU¹, SHYUNZO KAWAJIRI¹, AKIHIKO HIROOKA¹, KENICHI MAEDA² (1. Kyushu Institute of technology, 2. Nagoya Institute of Technology)

[23-10-1-09] Changes in Pore Water Pressure and Hydrodynamic Gradient during Small-Scale Sand Eruption in a Full-Scale Test Levee

*TATSUKI ITO¹, Kawajiri shunzou¹, Hirooka Akihiko¹ (1. Kyushu Institute of Technology)

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