山留め②

Wed. Jul 22, 2020 1:20 PM - 2:50 PM Room No. 8

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[22-8-3-01] X-ray CT model experiment on a rational earth retaining method using double layered sheet pile

*Shunsuke Akagi¹, Hideki Nagatani², Ayaka Nasu², Takahiro Sato³, Hideharu Sugimoto¹, Jun Otani¹ (1. Graduate school of Kumamoto University, 2. Kajima Corporation, 3. Kumamoto University)

[22-8-3-02] An experimental study on effect of penetration depth and rigid relationship of cantilever method

*Naoya Matsumoto¹, Masayoshi Otsu¹, Hidetoshi Nishioka¹ (1. Chuo University)

[22-8-3-03] Model experiments on displacement control effect by soil improvement to the back of earth retaining wall

*Katsuyuki Tanaka¹, Hisaya Kato¹, Yoshitaka Chiba¹, Masayoshi Otsu², Naoya Matsumoto², Hidetoshi Nishioka² (1. JR Central Consultants Company, 2. CHUO University)

[22-8-3-04] Centrifuge model tests for the double layered sheet pile

*Shion Nakamoto¹, Ayaka Nasu¹, Takaaki Kobayashi¹, Naoshi Inoue¹, Shintaro Ohno¹, Hideki Nagatani¹ (1. Kajima Corporation)

[22-8-3-05] Basic study on numerical analysis of ground settlement when pulling steel sheet piles with simultaneous injecting grout by FLAC

*Taishin Takeuchi¹, Yoshinori Fukubayashi¹, Atsushi Koyama¹, Daisuke Suetsugu¹, Hiroaki Watanabe², Daichi Yamashita³, Kantaro Kodama⁴ (1. University of Miyazaki, 2. Masters, 3. Society for the study on the GEOTETS, 4. Daiwa Bussan)

[22-8-3-06] Proposal of elasto-plastic analysis method for design of steel sheet pile cantilever retaining wall on slope

*Ryuichi Takemura¹ (1. GIKEN LTD.)

[22-8-3-07] Study on bearing capacity of soil-cement wall -Confining effect of soils surrounding wall-

*Kengo Ojima¹, Shuichi Shimomura¹, Tomoyuki Ogata¹ (1. Nihon University)

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