第39回コンクリート工学講演会

Aggregate / Admixture Ⅰ

Wed. Jul 12, 2017 10:00 AM - 12:15 PM Room 3 (Sakura 1 / Conference Building 2F)

座長:斎藤豪(土木), 盛岡実(建築)

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[1001] Calculating method of water fine aggregate bind

Aya YAMASHITA¹, Kuniaki SAKURAI¹, Takayoahi HIRATA¹ (1.大林組)

[1002] The basic properties of mortar and concrete with using Belite-Gehlenite clinker as fine aggregate.

Takaya KAWATO¹, Hiromi FUJIWARA¹, Masanori MARUOKA¹, Kensuke HAYASHI² (1.宇都宮大学 2.太平洋セメント)

[1003] Fluidity and Segregation Resistance of Mortar and Concrete using Slag Aggregates

Daichi NIWA¹, Kohji TERANISHI¹ (1.名城大学)

[1004] Estimation of Drying Shrinkage Strain and Elastic Modulus of Slag Aggregates

Haruka SATOU¹, Kohji TERANISHI¹ (1.名城大学)

[1005] A study on the relation ship hardend concrete ando pore structure which formed by BFS sand or BFS powder

Ryo YOSHIDA¹, Kazumasa AOYAMA¹, Kazuhide SAITO², Chiaki YOSHIZAWA³ (1.名古屋工業大学 2.竹本油脂 3.日本大学)

[1006] Study on Properties of High Density Mortar with High Volume Copper Slag Fine Aggregate

Tetsuji AKIYAMA¹, Katsumi SUZUKI², Toyoshi IWANAGA³, Mitsuyasu IWANAMI⁴ (1.若築建設 2.新菱商事 3.BASFジャパン 4.東京工業大学)

[1007] High Temperature Compressive Strength and Thermal Strain Behavior of Normal and Lightweight Aggregate Concrete

Minho Yoon¹, gyuyong KIM¹, Jeongsoo NAM², Moohan KIM³ (1.忠南大学校 2.東京工業大学 3.忠南大学校名誉教授)

[1008] Hexavalent Chromium Reduction by Ground Granulated Blast-furnace Slag powder under alkaline condition

Hikaru FUMINO¹, Manabu KANEMATSU¹, Takafumi NOGUCHI², Tatsuya SUTO³ (1.東京理科大学 2.東京大学 3.JFEミネラル)

[1009] HYDRATION MODEL OF CEMENT PASTE MIXED WITH EXPANSIVE ADDITIVE

Van NGUYEN DUC¹, Hyeonggil CHOI¹, Yukio HAMA² (1.Muroran Institute of Technology 2.室蘭工業大学)

第39回コンクリート工学講演会

Admixture Ⅱ

Wed. Jul 12, 2017 1:15 PM - 3:15 PM Room 3 (Sakura 1 / Conference Building 2F)

座長:藤井隆史(土木), 小山智幸(建築)

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[1010] IMPACT OF NANO-TiO2 PARTICLES ON DRYING SHRINKAGE OF HARDENED CEMENT UNDER THE FIRST DRYING

Ryo KURIHARA¹, Ippei MARUYAMA¹ (1.名古屋大学)

[1011] LONG-TERM PORE STRUCTURE OF INTERNALLY CURED FLY ASH CEMENT PASTE BY AN INJECTION OF WATER

Phuong Trinh BUI¹, Yuko OGAWA², Kenichiro NAKARAI², Kenji KAWAI² (1.Hiroshima University 2.広島大学)

[1012] Study on Deformation Behavior of Concrete Large Amount of　Using Nitrite-Based Accelerator

Miwa IWASAWA¹, Masumi INOUE¹, Heesup CHOI¹, Yuhji SUDOH² (1.北見工業大学 2.日産化学工業)

[1013] Effect of Anhydrite and Limestone Powder on the Strength Development and Hydration of Blast-furnace Slag Cement Type B

Takahiro SAGAWA¹, Kosuke NAKAJIMA¹ (1.前橋工科大学)

[1014] Fundamental Study on Strength Development of High Fluidity Concrete Containing Carbon-free Fly Ash

Masao ISHIDA¹, Yoshiaki SATO², Toshihiro OTANI², Kenji UEDA³ (1.太平洋セメント 2.大分大学 3.ゼロテクノ)

[1015] Strength and Shrinkage Properties of High-Strength Concrete Using Fly Ash as Part of Cement and Fine Aggregate

Kenta NAGAEDA¹, Noriyuki SUGATA¹ (1.室蘭工業大学)

[1016] Study on performance of concrete using Early Strength Portland Cement and mineral admixtures

Yusuke MORI¹, Hirotaka HAZEHARA¹, Masashi SOEDA¹, Ryo ABE¹ (1.福岡大学)

[1017] A Study on the Use of Bio Silica with Concrete Admixtures

Yoshiyuki MORIWAKI¹, Masashi SUTO¹, Junko UMEDA², Yoshisada MICHIURA³ (1.松江工業高等専門学校 2.大阪大学 3.　栗本鐵工所)

第39回コンクリート工学講演会

Admixture Ⅲ

Wed. Jul 12, 2017 3:45 PM - 6:00 PM Room 3 (Sakura 1 / Conference Building 2F)

座長:小川由布子(土木), 寺西浩司(建築)

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[1018] Fundamental study on volcanic glass separated from Ito-Shirasu by dry gravity concentration

Atsushi TOMOYOSE¹, Takafumi NOGUCHI¹, Kenichi SODEYAMA², Kazuro HIGASHI³ (1.東京大学 2.鹿児島県工業技術センター 3.プリンシプル)

[1019] Characteristics and construction qualities of the concrete containing highly the ground granulated blast furnace slag in a summer environment

Takayoshi SHIINA¹, Tooru TANAKA², Shouko KOIKE³, Eisuke NAKAMURA⁴ (1.西松建設 2.戸田建設 3.フローリック 4.土木研究所)

[1020] Examination for Basic Property and Adiabatic Temperature Rise of High Blast-Furnace Slag Content Concrete

Yuta FURUKAWA¹, Naoki ISHIKAWA¹, Tokunao OH-OKA¹ (1.東急建設)

[1021] Comparative study on basic physical properties and temperature crack resistance of concrete with high content blast furnace slag

Yuya YODA¹, Ryosuke SAITO¹, Yukio KATAYAMA¹, Yasuhiro KURODA¹ (1.清水建設)

[1022] Study on Practical Use of PC Girders Using High Strength Concrete Containing Fly Ash

Hajime KAWAKANE¹, Seiya SHIMONO¹, Tatsuhiko MIMOTO¹, Yoshinori NAKATA¹ (1.極東興和)

[1023] Study on Durability of Fly-Ash Concrete by Laboratory Test and Exposure Test

Toshiki SAITO¹, Yoshitomo SEKIYA², Yousuke HIRAKI² (1.北電総合設計 2.北海道電力)

[1024] Chloride Ingress of Concrete Containing High-volume Supplementary Cementitious Materials after 40-month Exposure Test

Eisuke NAKAMURA¹, Yuki KURIHARA¹, Hirohisa KOGA¹ (1.土木研究所)

[1025] Properties of expansive concrete exposed outdoor

Yasuhiro NAGASHIO¹, Toshiharu KISHI², Tomohisa KAMATA², Eizou TAKESHITA¹ (1.太平洋マテリアル 2.東京大学)

[1026] Durability of mortar with much coal-flyash and copperslag and Observation of wave-dissipating block made by its mortar placed in coastal area

Hiroyuki KAGIMOTO¹, Yukihiro YASUDA², Yousuke NONAKA³ (1.電源開発 2.開発設計コンサルタント 3.セイア)

Sessions

A.Material & Construction » Aggregate / Admixture

Aggregate / Admixture Ⅰ

[1001] Calculating method of water fine aggregate bind

[1002] The basic properties of mortar and concrete with using Belite-Gehlenite clinker as fine aggregate.

[1003] Fluidity and Segregation Resistance of Mortar and Concrete using Slag Aggregates

[1004] Estimation of Drying Shrinkage Strain and Elastic Modulus of Slag Aggregates

[1005] A study on the relation ship hardend concrete ando pore structure which formed by BFS sand or BFS powder

[1006] Study on Properties of High Density Mortar with High Volume Copper Slag Fine Aggregate

[1007] High Temperature Compressive Strength and Thermal Strain Behavior of Normal and Lightweight Aggregate Concrete

[1008] Hexavalent Chromium Reduction by Ground Granulated Blast-furnace Slag powder under alkaline condition

[1009] HYDRATION MODEL OF CEMENT PASTE MIXED WITH EXPANSIVE ADDITIVE

Admixture Ⅱ

[1010] IMPACT OF NANO-TiO2 PARTICLES ON DRYING SHRINKAGE OF HARDENED CEMENT UNDER THE FIRST DRYING

[1011] LONG-TERM PORE STRUCTURE OF INTERNALLY CURED FLY ASH CEMENT PASTE BY AN INJECTION OF WATER

[1012] Study on Deformation Behavior of Concrete Large Amount of　Using Nitrite-Based Accelerator

[1013] Effect of Anhydrite and Limestone Powder on the Strength Development and Hydration of Blast-furnace Slag Cement Type B

[1014] Fundamental Study on Strength Development of High Fluidity Concrete Containing Carbon-free Fly Ash

[1015] Strength and Shrinkage Properties of High-Strength Concrete Using Fly Ash as Part of Cement and Fine Aggregate

[1016] Study on performance of concrete using Early Strength Portland Cement and mineral admixtures

[1017] A Study on the Use of Bio Silica with Concrete Admixtures

Admixture Ⅲ

[1018] Fundamental study on volcanic glass separated from Ito-Shirasu by dry gravity concentration

[1019] Characteristics and construction qualities of the concrete containing highly the ground granulated blast furnace slag in a summer environment

[1020] Examination for Basic Property and Adiabatic Temperature Rise of High Blast-Furnace Slag Content Concrete

[1021] Comparative study on basic physical properties and temperature crack resistance of concrete with high content blast furnace slag

[1022] Study on Practical Use of PC Girders Using High Strength Concrete Containing Fly Ash

[1023] Study on Durability of Fly-Ash Concrete by Laboratory Test and Exposure Test

[1024] Chloride Ingress of Concrete Containing High-volume Supplementary Cementitious Materials after 40-month Exposure Test

[1025] Properties of expansive concrete exposed outdoor

[1026] Durability of mortar with much coal-flyash and copperslag and Observation of wave-dissipating block made by its mortar placed in coastal area