JCI Annual Convention 2026 in Nara

JCI Annual Convention 2026 in Nara

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Session Details

The 48th JCI Technical ConferenceA. Material & Construction : Water Penetration & Carbonation

Water Penetration & Carbonation

Wed. Jul 8, 2026 1:00 PM - 3:30 PM JST
Wed. Jul 8, 2026 4:00 AM - 6:30 AM UTC

Room 6

座長:道正泰弘(建築),ｴﾙﾄﾞﾝｵﾁﾙ(土木)

[1089]Evaluation of Resistance to Carbonation and Moisture Ingress of High-Volume Ground Granulated Blast-Furnace Slag Concrete with Early-Age Strength Secured by High-Temperature Curing

Yuichi KITANO¹, Satoshi SUZUKI¹, Yoshitada AKIYOSHI², Toshihiro OTANI² (1.川田建設 2.大分大学)

[1090]Analytical study on water movement properties in mortar considering porosity variations

Yuya KANEUJI¹, Ryo Nakahashi¹, Tamotsu Kuroda¹ (1.鳥取大学)

[1091]Evaluation of Changes in Hydration Phase Composition and CO₂ Sequestration Capacity of Cement Pastes Containing Mineral Admixtures under Accelerated Carbonation Conditions

Shota NISHIUMI¹, iktae kim² (1.日本大学 2.国立韓国海洋大学)

[1092]Neutralization progression prediction model considering the effects of drying and carbonation shrinkage cracking by surface air permeability coefficient

Sakino KITAMURA¹, atsushi Teramoto², Ippei Maruyama³ (1.広島大学 2.京都大学 3.東京大学)

[1093]Durability of concrete members with high admixture content after 12 years of field exposure

Masaki SAKAI¹, Yasumichi Koshiro¹, Toshiyuki Uematsu¹, Toshimistu Kobayashi¹ (1.大林組)

[1094]Effects of Carbonation under Different Moisture Supply Conditions on the Water Permeability and Pore Structure of Concrete

Haruki GOTO¹, Ryo Yoshida¹, Yuya Takahashi², Toshiharu Kishi² (1.名古屋工業大学 2.東京大学)

[1095]Effects of Exposure Environment Differences on Mortar Carbonation Progression and CO₂ Fixation Amount

Tatsuya HIROSE¹, Yu TACHIKAWA¹, Yuya SUDA¹ (1.新潟大学)

[1096]Structure change and swelling behavior of Silica fume mixed hardened cement body under CaCl2 immersion.

Rikuto TANAKA¹, Abudushalamu AILI¹, Ippei MARUYAMA², Go IGARASHI¹ (1.名古屋大学 2.東京大学)

[1097]Mass Transfer resistance of Carbonated Concrete using High Volume Grand gralurated Blast Furnace Slag in Actual and Accelerated Enviroments

Mikoto HIROSUGI¹, Takeshi Iyoda¹, Erika Ishikawa¹, Kohei Eguchi² (1.芝浦工業大学 2.竹中工務店)

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