Session Details

フレッシュコンクリート (1)

Fri. Sep 6, 2024 1:30 PM - 2:50 PM JST
Fri. Sep 6, 2024 4:30 AM - 5:50 AM UTC
C302(川内北キャンパス講義棟C棟)
Chair: Makoto Hibino

[V-664]A study on the rheological constants of Bingham fluid standard reference materials for concrete

*Shuya Hirano1, Toshiki Takabuchi2, Kouji Morita2, Yoshitomo Yamada3, Goro Akiyama1, Kanta Shimizu1, Yusuke Higashifunamichi3, Retsu Miura3 (1. FLOWRIC CO.,LTD., 2. TOYO CONSTRUCTION CO., LTD., 3. University of the Ryukyus)

[V-665]Flow analysis of Consistency Tests Using Bingham fluid standard reference materials for concrete

*Toshiki Takabuchi1, Koji Morita1, Shuya Hirano2, Goro Akiyama2, Kanta Shimizu2, Yoshitomo Yamada3, Yusuke Higashihunamichi3, Rethu Miura3 (1. TOYO CONSTRUCTION CO.,LTD, 2. Flowric Co., LTD., 3. Univ. of the Ryukyus)

[V-666]evaluating concrete rheology using an intensive concrete mixer with helical impeller rheometry-part1

*Masanobu Shimada1, Chandora-Kiran Vinukonda1, Siddharth Roychowdhury1 (1. Pozzolith Solutions Ltd)

[V-667]EVALUATING CONCRETE RHEOLOGY USING AN INTENSIVE CONCRETE MIXER WITH HELICAL IMPELLER RHEOMETRY – PART II

*Chandra Kiran VINUKONDA VINUKONDA1, Masanobu Shimada1, Siddharth Roy Chowdhury1 (1. Pozzolith Solutions Ltd.,)

[V-668]Effects of admixtures for hot weather concreteing when concrete temperature exeeds 35℃

*Ashizawa Ryouichi1, Saeka Fujioka1, Masae Ohashi1, Kenzo Watanabe1, Shuji Yanai1, Akira Hosoda2, Shinichi Koizumi3, Nobuaki Ago3, Daisuke Suzuki4, Tatuya Tutui5 (1. Kajima Corporation, 2. Yokohama National University, 3. Pozzolith Solutions, 4. YAMASO CHEMICAL, 5. kokusaikigyou)

[V-669]Study on application of admixtures for heat protection to Hot Weather Concreting Over 35 degree C

*Saeka Fujioka1, Masae Ohashi1, Ryoichi Ashizawa1, Kenzo Watanabe1, Syuji Yanai1, Akira Hosoda2, Shinichi Koizumi3, Nobuaki Ago3, Daisuke Suzuki4, Tatsuya Tsutsui5 (1. KAJIMA CORPORATION, 2. YOKOHAMA National University, 3. Pozzolith Solutions Ltd, 4. YAMASO CHEMICAL Co, 5. Kokusaikigyou Inc)

[V-670]Consideration of properties of concrete due to pumping during hot and mid-summer seasons and changes over time

*Ayumu Takasu1, Hirosi Nemoto2, Shinichiro Hashimoto1 (1. Chiba Institute of Technology, 2. SHIMIZU CORPORATION)