地盤改良③

Thu. Jul 13, 2023 1:00 PM - 2:30 PM 第12会場 (503)

座長：上村健太郎（日本工営（株））

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[13-12-3-01] Experimental study on durability performance and environmental influence of slag grouting materials.

*Nakamura Rikuo¹, Hirokazu Akagi¹, Hailong Wang¹, Yosuke Watanabe², Hikaru Yokobari² (1. Waseda University, 2. Chemical Grouting Co., Ltd)

[13-12-3-02] Performance evaluation of ground improvement by suspension-type chemical injection materials without cement: Part 1 verification of data correlation

*Yokobari Hikaru¹, Yousuke Watanabe¹, Hirokazu Akaki², Hailong Wang², Rikuo Nakamura² (1. Chemical Grouting Co.,LTD., 2. Waseda University)

[13-12-3-03] Performance evaluation of ground improvement by suspension type chemical injection materials without cement: Part 2
full-scale grouting experiment

*Yosuke Watanabe¹, Hikaru Yokobari¹, Hirokazu Akaki², hailong Wang², Rikuo Nakamura² (1. Chemical Grouting Co., Ltd. , 2. WASEDA University)

[13-12-3-04] Quality Assurance for Downward Injection by Jet Grouting Method.

*Minju Li¹, Arashi Shimano¹, Masahiro Sato¹, Jetanin Janchaitong² (1. SANSHIN CORPORATION, 2. SANSHIN CONSTRUCTION (THAILAND) CO., LTD.)

[13-12-3-05] Development and Construction Test of a Self-rotating High-pressure Jet groutring Method to Reduce Environmental Impact

*Hiroshi Yabe¹, Takeshi Ito¹, Hidekatsu Takeuchi¹, Eiji Watanabe¹, Keiichi Tanaka¹ (1. Fudo Tetra Corporation)

[13-12-3-06] Study on Stirring Behavior of Mechanical Agitation Method with Transparent Soil

*Fukuda Kaho¹, Kazuya Itoh², Tsuyoshi Tanaka², Arashi Shimano³ (1. Tokyo City University Graduate School, 2. Tokyo City University, 3. Sanshin Construction Materials co.Ltd)

[13-12-3-07] Assessment of slurry mixing uniformity in cement-improved soil using fluorescence measurement technique

*Usui Hirofumi¹, Tanabe Akiko¹, Hino Takenori² (1. Tenox Kyusyu, 2. Saga University)

Session information

地盤改良③

[13-12-3-01] Experimental study on durability performance and environmental influence of slag grouting materials.

[13-12-3-02] Performance evaluation of ground improvement by suspension-type chemical injection materials without cement: Part 1 verification of data correlation

[13-12-3-03] Performance evaluation of ground improvement by suspension type chemical injection materials without cement: Part 2
full-scale grouting experiment

[13-12-3-04] Quality Assurance for Downward Injection by Jet Grouting Method.

[13-12-3-05] Development and Construction Test of a Self-rotating High-pressure Jet groutring Method to Reduce Environmental Impact

[13-12-3-06] Study on Stirring Behavior of Mechanical Agitation Method with Transparent Soil

[13-12-3-07] Assessment of slurry mixing uniformity in cement-improved soil using fluorescence measurement technique

Authentication

Session information

地盤改良③

[13-12-3-01] Experimental study on durability performance and environmental influence of slag grouting materials.

[13-12-3-02] Performance evaluation of ground improvement by suspension-type chemical injection materials without cement: Part 1 verification of data correlation

[13-12-3-03] Performance evaluation of ground improvement by suspension type chemical injection materials without cement: Part 2full-scale grouting experiment

[13-12-3-04] Quality Assurance for Downward Injection by Jet Grouting Method.

[13-12-3-05] Development and Construction Test of a Self-rotating High-pressure Jet groutring Method to Reduce Environmental Impact

[13-12-3-06] Study on Stirring Behavior of Mechanical Agitation Method with Transparent Soil

[13-12-3-07] Assessment of slurry mixing uniformity in cement-improved soil using fluorescence measurement technique

Authentication

[13-12-3-03] Performance evaluation of ground improvement by suspension type chemical injection materials without cement: Part 2
full-scale grouting experiment