第V部門

高流動コンクリート (1)

Thu. Sep 15, 2022 9:30 AM - 10:50 AM V-3 (吉田南総合館西棟　共西２３)

Chair: Jun Liang

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9:30 AM - 9:40 AM

[V-95] Study on The Rank for Self compacted Behavior of Self-Compacting Concrete

*Hinako Roppongi¹, Shuji Matsumoto¹, Manabu Hashimoto¹, Kenzo Watanabe¹, Shuji Yanai¹, Goro Sakai¹ (1. KAJIMA CORPORATION)

9:40 AM - 9:50 AM

[V-96] A Study on Evaluation Method of Material Separation Resistance in General Purpose Self-Compacting Concrete

*Toshiyuki Tanaka¹, Matsumoto Shuji¹, Arakawa Haruka¹, Mizuno Kohei¹, Watanabe Kenzo¹, Yanai Shuji¹, Sakai Goro¹ (1. Kajima Corporation)

9:50 AM - 10:00 AM

[V-97] Numerical calculation of self-filling concrete placement in tunnel construction

*Noriyuki Utagawa¹, Chitose Kuroda¹, Kengo Kato¹, Tomoyoshi Ono¹, Takafumi Kawamura³, Toshitatsu Kyotou² (1. Satokogyo Co.,Ltd., 2. University of Tsukuba, 3. Computational Fluid Dynamics Consulting Inc.)

10:00 AM - 10:10 AM

[V-98] Prediction of flowability in the placement of self-compacting concrete using CFD-MPPIC coupling analysis

*Tomonori Ono¹, Kengo Kato¹, Noriyuki Utagawa¹, Chitose Kuroda¹, Takafumi Kawamura², Harumichi Kyotoh³ (1. Sato Kogyo, 2. Computational Fluid Dynamics Consulting, 3. Tsukuba University)

10:10 AM - 10:20 AM

[V-99] High-fluidity concrete technology that realizes i-Construction and CO₂ reduction

*Kayoko ONO¹, Noboru SAKATA¹, Goro SAKAI¹, Kenzo WATANABE¹ (1. KAJIMA Co.)

10:20 AM - 10:30 AM

[V-100] CO₂ reduction by utilizing cement for high-fluidity concrete

*KENJI IKEMATSU¹, NOBORU SAKATA¹, GORO SAKAI¹, KENZO WATANABE¹, HISASHI TAKAMURA¹, TETSUSHI KANDA¹ (1. KAJIMA Co.)

Session information

高流動コンクリート (1)

[V-95] Study on The Rank for Self compacted Behavior of Self-Compacting Concrete

[V-96] A Study on Evaluation Method of Material Separation Resistance in General Purpose Self-Compacting Concrete

[V-97] Numerical calculation of self-filling concrete placement in tunnel construction

[V-98] Prediction of flowability in the placement of self-compacting concrete using CFD-MPPIC coupling analysis

[V-99] High-fluidity concrete technology that realizes i-Construction and CO₂ reduction

[V-100] CO₂ reduction by utilizing cement for high-fluidity concrete

Authentication

Session information

高流動コンクリート (1)

[V-95] Study on The Rank for Self compacted Behavior of Self-Compacting Concrete

[V-96] A Study on Evaluation Method of Material Separation Resistance in General Purpose Self-Compacting Concrete

[V-97] Numerical calculation of self-filling concrete placement in tunnel construction

[V-98] Prediction of flowability in the placement of self-compacting concrete using CFD-MPPIC coupling analysis

[V-99] High-fluidity concrete technology that realizes i-Construction and CO2 reduction

[V-100] CO2 reduction by utilizing cement for high-fluidity concrete

Authentication

[V-99] High-fluidity concrete technology that realizes i-Construction and CO₂ reduction

[V-100] CO₂ reduction by utilizing cement for high-fluidity concrete