部材・改良体評価①

Fri. Jul 22, 2022 9:00 AM - 10:30 AM 第6会場 (中会議室302B（3階）)

座長：蟹慎太郎（大成建設）

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[22-6-1-01] Evaluation method for compressive strength of the foot protection hardening liquid of the bored pile using resistivity

*TAKUMA HASEGAWA¹, Mamoru Fujii¹, Shinichi Usuba¹, Nobuyuki Chikusa¹, Masahide Niina¹, Soichiro Kondo¹, Yasuhide Mochida² (1. NIPPON CONCRETE INDUSTRIES CO., LTD., 2. Ritsumeikan University)

[22-6-1-02] Soil cement adhesion properties of steel pipes with reinforcing bars

*KAZUOMI ICHIKAWA¹, YUTO OBA¹ (1. JFE Steel)

[22-6-1-03] Experimental Study on Soil-cement Mixing Wall Used for Permanent Structures

*YUSUKE TOSAUTI¹, SHUNSUKE KISHI¹, HIROYA YAMAGURO¹ (1. FUJITA　Corporation)

[22-6-1-04] Evaluation of softening parameter of constitutive model for stabilized soil using horizontal loading test of large wall

*Yoshimasa Shigeno¹, Kiyoshi Yamashita¹, Haruka Kiyotomo¹ (1. Takenaka Corporation)

[22-6-1-05] Study on Mud Cake Generation for Pile Body of Soil-Cement
Mixing Steel Pile in Mixing Slurry

*NAITO TETSURO¹, WATANABE KOJI², YAMAMOTO TADAHISA¹, SHIRAKO MASANORI¹, KOGA SHOHEI¹ (1. Obayashi Corporation, 2. Aichi Institute of Technology)

[22-6-1-06] Push-shear Test on Bond Resistance of Soil-cement Mixing Steel Piles

*MASANORI SHIRAKO¹, Koji Watanabe², Tadahisa Yamamoto¹, Shohei Koga¹, Tetsuro Naito¹ (1. Obayashi Corporation, 2. Aichi Institute of Technology)

[22-6-1-07] Simulation of Lateral Loading Test for PHC Pile by Elasto-Plastic FEM Considering Strain Softening of Ground Improvement Columns

*Hikaru Kikuchi¹, Toshiyuki Kamata², Akihiko Wakai¹, Shoji Iwanaga³ (1. Gunma University, 2. Chemical Grouting Co.,Ltd., 3. Geoscience Research Laboratory,Co.,Ltd.)

Session information

部材・改良体評価①

[22-6-1-01] Evaluation method for compressive strength of the foot protection hardening liquid of the bored pile using resistivity

[22-6-1-02] Soil cement adhesion properties of steel pipes with reinforcing bars

[22-6-1-03] Experimental Study on Soil-cement Mixing Wall Used for Permanent Structures

[22-6-1-04] Evaluation of softening parameter of constitutive model for stabilized soil using horizontal loading test of large wall

[22-6-1-05] Study on Mud Cake Generation for Pile Body of Soil-Cement
Mixing Steel Pile in Mixing Slurry

[22-6-1-06] Push-shear Test on Bond Resistance of Soil-cement Mixing Steel Piles

[22-6-1-07] Simulation of Lateral Loading Test for PHC Pile by Elasto-Plastic FEM Considering Strain Softening of Ground Improvement Columns

Authentication

Session information

部材・改良体評価①

[22-6-1-01] Evaluation method for compressive strength of the foot protection hardening liquid of the bored pile using resistivity

[22-6-1-02] Soil cement adhesion properties of steel pipes with reinforcing bars

[22-6-1-03] Experimental Study on Soil-cement Mixing Wall Used for Permanent Structures

[22-6-1-04] Evaluation of softening parameter of constitutive model for stabilized soil using horizontal loading test of large wall

[22-6-1-05] Study on Mud Cake Generation for Pile Body of Soil-Cement Mixing Steel Pile in Mixing Slurry

[22-6-1-06] Push-shear Test on Bond Resistance of Soil-cement Mixing Steel Piles

[22-6-1-07] Simulation of Lateral Loading Test for PHC Pile by Elasto-Plastic FEM Considering Strain Softening of Ground Improvement Columns

Authentication

[22-6-1-05] Study on Mud Cake Generation for Pile Body of Soil-Cement
Mixing Steel Pile in Mixing Slurry