[III-306] On cyclic effect of the up and down movement of the injection pipe in a New CPG - cylindrical tank test -

〇Shingo Kon¹, Shinji Sassa², Kanji Takenouchi³, Chikai Kaneko⁴ (1.Mirai Construction , 2.Port and Airport Research Institute, 3.Sanshin Corporation, 4.ATON Civil Engineering&Technology)

[III-307] On cyclic effect of the up and down movement of the injection pipe in a New CPG -shaking table test-

〇Keita TAKADA¹, Shinji SASSA², Kanji TAKENOUCHI³, Hidenori SAITOU⁴ (1.FUKKEN Co.,Ltd., 2.Port and Airport Research Institute, 3.Sanshin Corporation, 4.Toko Geotech Corporation)

[III-308] Evacuation for fracturing grouting with leaf vein shape grout for soil liquefaction countermeasure

〇Naoki Hayami¹, Tomoaki Maeda¹, Keisuke Hani¹, Kenichi Kojima², Jun Izawa², Hiroya Nakatani³ (1.West Japan Railway Company, 2.Railway Technical Research Institute, 3.Jr West Japan Consultants company )

[III-309] Evaluation for contermeasure ageinst soil liquefaction using soil samlpes

〇Jun Izawa¹, Kenichi Kojima¹, Naoki Hayami², Tomoaki Maeda², Keisuke Hanni², Hiroya Nakatani³ (1.Railway Technical Research Institute, 2.West Japan Railway CompanyWest Japan Railway Company, 3. JR West Japan Consultants Company)

[III-310] Examination of improvement effect of ground improvement material using pulverized return concrete

〇Genki Koga¹, Kenichi Sato¹, Takuro Fujikawa¹, Chikashi Koga¹, Naonobu Narita² (1.Fukuoka University, 2.Daiseki Eco. Solution Co., Ltd.)

[III-311] Study on the applicability of geomaterial using biodegradable plasticPart 1: The solidification material content of the improved soil and its mechanical properties

〇Yasuyuki Hodotsuka¹, Dayani Sanjeewani¹, Naoki Takahashi¹, Suguru Yamada² (1.Sumitomo Mitsui Construction, 2.Osaka City University)

[III-312] Study on the applicability of geomaterial using biodegradable plasticPart 2-Application of improved soil as a construction material

〇DAYANI NADEESHA SANJEEWANI¹, Yasuyuki Hodotsuka¹, Naoki Takahashi¹, Suguru Yamada² (1.Sumitomo Mitsui Consruction Co. Ltd., 2.Osaka City University)

[III-313] Subgrade improvement of soft ground using Lattice-Flame-Reinforced Method

〇Akihiko Okamura¹, Takahiro Ogawa², Michitaka Okamoto³, Hirotoshi Mori⁴ (1.Ashimori industry, 2.Eguchi, 3.Kajima corporation, 4.Yamaguch univercity)

[III-314] Confirmation of roadbed condition under TC type labor-saving track and effect confirmation by ground improvement

〇jun sato¹, daisuke kubozuka¹, yuuki okamura¹, kazuyuki umenai², mitsuhiko nakada² (1.NITTOC CONSTRUCTION CO.,LTD., 2.East Japan Railway Company)

Session information

地盤改良(3)