Japan Society of Civil Engineers 2025 Annual Meeting
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Session Details

Poster PresentationSection III

地盤材料④

Thu. Sep 11, 2025 2:40 PM - 4:00 PM JST
Thu. Sep 11, 2025 5:40 AM - 7:00 AM UTC
Be

[11PM2-Be-02]Characterisation by FEM analysis of ground improvement bodies with construction boundaries using joint elements

*Miu Kanagawa1, Kota Kanno2, Kenji Niwa2, Shinya Inazumi1 (1. Shibaura Institute of Technology, 2. Kato Construction)

[11PM2-Be-04]Fundamental Study on Mechanical Property of TBAB-Bearing Sand

*Takeshi Fujimoto1, Toshiro Hata1 (1. Hiroshima University)

[11PM2-Be-06]Experimental study on the effect of initial conditions of the ground on strength development characteristics by MICP

*Ritta Masuda1, Toshiro Hata1, Ryota Hashimoto2 (1. Hiroshima university, 2. Kyoto unversity)

[11PM2-Be-08]Study on Visualization of Jetting Behavior in High-Pressure Jet Stirring Method (Part 1) - Centrifuge Model Experiment on Measurement of Jetting Pressure of Water Jet in Air

*Kumi Imamura1, Kazuya Itoh1, Shuntaro Nada1, Yosuke Watanabe2, Kazuhiko Komatsu2 (1. Tokyo City University, 2. Chemical Grout)

[11PM2-Be-10]Visualization of Waterjet for the purpose of Jet Grouting (part 2) -CFD simulated 3D High-pressure Waterjet in Air-

*Kazuhiko Komatsu1, Yosuke Watanabe1, Kumi Imamura3, Kazuya Itoh2, Shuntaro Nada4 (1. CHEMICAL GROUTING CO., LTD., 2. TOKYO CITY UNIVERCITY, 3. TOKYO CITY UNIVERCITY GRADUATE SCHOOL, 4. former TOKYO CITY UNIVERCITY GRADUATE SCHOOL)

[11PM2-Be-12]Image analysis with X-ray CT of the behavior on the surrounding sand pile in a model static SCP experiment

*Yoshiki Miyasaka1, Toshifumi Mukunoki1, Akira Ezoe2, Hiroaki Umeda2 (1. Graduate school of Kumamoto University, 2. Fudo Tetra Corporation)

[11PM2-Be-14]Verification of Mud Film Formation Process on Excavation Wall Surfaces in Centrifuge Model Experiments

*Takaki Asano1, Naoaki Suemasa1, Tsuyoshi Tanaka1, Kenji Harada2, Kouji Nagasaki2 (1. Tokyo City University, 2. TRD Method Association)

[11PM2-Be-16]Application of Multi-output Gaussian Process Regression to Strength and Quality Assessment of Solidified Ground Improvements

*Kiichi Tanaka1, Kiyonobu Kasama1, Makiko Kobayashi2, Yasuhiro Ikami2, Hirofumi Usui3 (1. Kyushu University, 2. Taisei Corporation, 3. Tenox Kyusyu)
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