地盤改良①

Thu. Jul 13, 2023 9:00 AM - 10:30 AM 第12会場 (503)

座長：劉偉晨（鹿島建設（株））

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[13-12-1-01] Development of cylindrical deep mixing technology (Ring jet method).
Part 1, Full scale experiments, workability, and construction shape confirmation.

*Hiroshi Yamaguchi¹, Arashi Shimano¹, Komaki Takahiro², Yasuharu Nakanishi³, Koji Watanabe⁴ (1. SANSHIN CORPORATION, 2. Toyo Industry Co.,Ltd., 3. N.IT.Inc, 4. Aichi Institute of Technology)

[13-12-1-02] Development of cylindrical deep mixing technology (Ring jet method).
Part 2, Quality confirmation test and comparison with traditional method.

*Takahiro Komaki¹, Hiroshi Yamaguchi², Arashi Shimano², Yasuharu Nakanishi³, Koji Watanabe⁴ (1. Toyo Industry Co., Ltd., 2. SANSHIN CORPORATION, 3. N. I. T. Inc., 4. Aichi Institute of Technology)

[13-12-1-03] Verification of strength and deformation characteristic of cylindrical improved body.
Part 1, Laboratory mix proportion test of improved body.

*Masaaki Seya¹, Ippei Kondo², Takahiro Komaki³, Hiroshi Yamaguchi⁴, Arashi Shimano⁴, Yasuharu Nakanishi⁵, Koji Watanabe⁶ (1. Mitsubishi Chemical Co., Ltd., 2. Mitsubishi Chemical Infratec Co., Ltd., 3. Toyo Industry Co.,Ltd., 4. SANSHIN CORPORATION, 5. N.IT.Inc, 6. Aichi Institute of Technology)

[13-12-1-04] Verification of strength and deformation characteristic of cylindrical improved body. Part 2, Numerical analysis for confirmation of improvement effect

*Shotaro Fukada¹, Takahiro Komaki², Hiroshi Yamaguti³, Arashi Shimano³, Yasuharu Nakanishi⁴, Koji Watanabe¹ (1. Aichi Institute of Technology, 2. Toyo Industry Co, Ltd, 3. SANSHIN CORPORATION, 4. N. I. T. Inc)

[13-12-1-05] Experiment of ground surface displacement by chemical grouting

*Shimizu SHIMIZU Tatsuki¹, Takashi Nakayama¹, Akihiko Miwa¹, Takahiro Ishii¹ (1. Railway Technical Research Institute)

[13-12-1-06] Confirmation of chemical grouting form by small model tests.

*Okada Koki¹, Teppei Akimoto¹, Tatsuya Emori¹ (1. Penta-Ocean Constraction co.,ltd.)

Session information

地盤改良①

[13-12-1-01] Development of cylindrical deep mixing technology (Ring jet method).
Part 1, Full scale experiments, workability, and construction shape confirmation.

[13-12-1-02] Development of cylindrical deep mixing technology (Ring jet method).
Part 2, Quality confirmation test and comparison with traditional method.

[13-12-1-03] Verification of strength and deformation characteristic of cylindrical improved body.
Part 1, Laboratory mix proportion test of improved body.

[13-12-1-04] Verification of strength and deformation characteristic of cylindrical improved body. Part 2, Numerical analysis for confirmation of improvement effect

[13-12-1-05] Experiment of ground surface displacement by chemical grouting

[13-12-1-06] Confirmation of chemical grouting form by small model tests.

Authentication

Session information

地盤改良①

[13-12-1-01] Development of cylindrical deep mixing technology (Ring jet method). Part 1, Full scale experiments, workability, and construction shape confirmation.

[13-12-1-02] Development of cylindrical deep mixing technology (Ring jet method). Part 2, Quality confirmation test and comparison with traditional method.

[13-12-1-03] Verification of strength and deformation characteristic of cylindrical improved body. Part 1, Laboratory mix proportion test of improved body.

[13-12-1-04] Verification of strength and deformation characteristic of cylindrical improved body. Part 2, Numerical analysis for confirmation of improvement effect

[13-12-1-05] Experiment of ground surface displacement by chemical grouting

[13-12-1-06] Confirmation of chemical grouting form by small model tests.

Authentication

[13-12-1-01] Development of cylindrical deep mixing technology (Ring jet method).
Part 1, Full scale experiments, workability, and construction shape confirmation.

[13-12-1-02] Development of cylindrical deep mixing technology (Ring jet method).
Part 2, Quality confirmation test and comparison with traditional method.

[13-12-1-03] Verification of strength and deformation characteristic of cylindrical improved body.
Part 1, Laboratory mix proportion test of improved body.