第V部門

エコ・緑化コンクリート

Fri. Sep 16, 2022 9:30 AM - 10:50 AM V-6 (吉田南総合館西棟　共西４１)

Chair: Shinichi Miyazato

+Add all to schedule

9:30 AM - 9:40 AM

[V-516] Effect of suppressing temperature rise of water-retaining pavement material system using Moso bamboo

*Hiroshi Yamada¹, Masayoshi Yamada², Haruki Hirotsu², Tomonori Seki³ (1. Osaka Sangyo universty, 2. NITKC, 3. SOC)

9:40 AM - 9:50 AM

[V-517] A study of impact of carbonation rate of concrete relationship between volume and surface area

*Masayuki Egashira¹, Takeshi Torichigai¹, Satoru Kobayashi¹, Satoru Kobayashi¹, Kenzou Watanabe¹, Gorou Sakai¹, Kousuke Yokozeki² (1. KAJIMA Corporation, 2. TOYO University)

9:50 AM - 10:00 AM

[V-518] CO₂ reduction by applying high-fluidity concrete mixed with a large amount of calcium carbonate powder

*Noboru Sakata¹, Goro Sakai¹, Kenzo Watanabe¹ (1. KAJIMA Co.)

10:00 AM - 10:10 AM

[V-519] CO₂ fixation amount of concrete using calcium carbonate fine powder as CCU material

*GORO SAKAI¹, NOBORU SAKATA¹, KENZO WATANABE¹, KENGO SEKI¹, TOSHIYUKI YAGI² (1. KAJIMA CORPORATION, 2. NIPPON CONCRETE INDUSTRIES CO.,LTD.)

10:10 AM - 10:20 AM

[V-520] The properties of precipitated calcium carbonate produced from concrete Sludge as a raw material

*Toshiyuki Yagi Yagi¹, Takeshi Sasaki¹, Kenzo Watanabe², Goro Skai² (1. NIPPON CONCRETE INDUSTRIES CO., LTD., 2. KAJIMA CORPORATION)

10:20 AM - 10:30 AM

[V-521] Shear Performance of Reinforced Concrete Beams Using Eco-cement

*Hanae Tachiiwa¹, Jotaro Kurono¹, Eiki Yasuda¹, Katsuya Kono¹ (1. TAIHEIYO CEMENT )

Session information

エコ・緑化コンクリート

[V-516] Effect of suppressing temperature rise of water-retaining pavement material system using Moso bamboo

[V-517] A study of impact of carbonation rate of concrete relationship between volume and surface area

[V-518] CO₂ reduction by applying high-fluidity concrete mixed with a large amount of calcium carbonate powder

[V-519] CO₂ fixation amount of concrete using calcium carbonate fine powder as CCU material

[V-520] The properties of precipitated calcium carbonate produced from concrete Sludge as a raw material

[V-521] Shear Performance of Reinforced Concrete Beams Using Eco-cement

Authentication

Session information

エコ・緑化コンクリート

[V-516] Effect of suppressing temperature rise of water-retaining pavement material system using Moso bamboo

[V-517] A study of impact of carbonation rate of concrete relationship between volume and surface area

[V-518] CO2 reduction by applying high-fluidity concrete mixed with a large amount of calcium carbonate powder

[V-519] CO2 fixation amount of concrete using calcium carbonate fine powder as CCU material

[V-520] The properties of precipitated calcium carbonate produced from concrete Sludge as a raw material

[V-521] Shear Performance of Reinforced Concrete Beams Using Eco-cement

Authentication

[V-518] CO₂ reduction by applying high-fluidity concrete mixed with a large amount of calcium carbonate powder

[V-519] CO₂ fixation amount of concrete using calcium carbonate fine powder as CCU material