降雨・浸透

Fri. Jul 22, 2022 10:45 AM - 12:15 PM 第12会場 (メインホールA（2階）)

座長：河野勝宣（鳥取大学）

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[22-12-2-01] Consideration of slope failure mechanism due to overflow caused in drainage structure

*HARUKI IWAMOTO¹, Keigo Koizumi¹, Hirofumi Hisada², Yu Fujiwara² (1. Osaka university, 2. West Nippon Expressway Co.,Ltd)

[22-12-2-02] Reproduction Analysis of Cut Slope Observation Results Using Numerical Methods Considering Rainfall Permeation

*TAKUYA OKI¹, HIROKAZU AKAGI², SHINJI KONISHI², TAKESHI ISHIGURO³ (1. Waseda Graduate School, 2. Waseda University, 3. Maeda Corporation)

[22-12-2-03] Centrifuge rainfall experiment on the effect of rainfall duration on the collapse behavior of embankment slopes

*TASAKI KAKERU¹, Kazuya Sano^2,1, Kazuya Itoh², Takahiro Nonaka³, Katsuhiro Funamoto³ (1. TOKYO CITY UNIVERSITY GRADUATE SCHOOL , 2. TOKYO CITY UNIVERSITY, 3. TOKYU CONSTRUCTION)

[22-12-2-04] Numerical simulation of rainfall infiltration test into crushed shells particles constructed on embankment slope

*Takaki Matsumaru¹, Kaoru Kobayashi², Yohei Koyano², Rio Kojima² (1. Railway Technical Research Institute, 2. Graduate School of Ibaraki University)

[22-12-2-05] Influence of rainfall intensity and soil permeability on rainfall infiltration into horizontal ground

*Ryota Saeki¹, Tomoya Fujii¹, Kohei Ono¹ (1. Ehime University Graduate School )

[22-12-2-06] Observation of water penetration into soil columns using plastic optical fiber and mobile terminals

*SUGII RYOHEI¹, Shinichi Akutagawa² (1. Raito Kogyo Co.,LTD., 2. Kobe University)

[22-12-2-07] Centrifuge experiments on capture behavior of the open type Sabo dam and its numerical analysis with SPH-DCDEM method

*Gaoyuan Lyu¹, Hajime Kiyokuni², Akihiko Hirooka³ (1. Kyushu Institute of Technology University, 2. Kyushu Institute of Technology University, 3. Kyushu Institute of Technology University)

[22-12-2-08] Comparison of soil water characteristic curves estimated by data assimilation based on field measurement and water retention tests

*MORITA TSUKASA¹, ITO Shinichi², SAKO KAZUNARI², MIZUSHIMA RYUJI¹, FUETA TAISEI¹ (1. Kagoshima University, 2. Kagoshima University)

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