第38回コンクリート工学講演会

Admixture Ⅰ

Wed. Jul 6, 2016 10:15 AM - 12:15 PM Room 1 (5F International Coference Room)

座長:山本武志(土木), 小島正朗(建築)

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[1010] The fundamental properties of fly ash concrete with early-strength cement considering the unit water reduction effect

Manabu ISHIKAWA¹, Yoshitaka ISHIKAWA¹, Eisuke NAKAMURA² (1.電源開発 2.土木研究所)

[1011] Influence on Concrete Temperature of concrete Containing Carbon-free Fly Ash on Properties of Fresh and Hardened Concrete

Hiroshi UEMOTO¹, Yoshiaki SATO², Kenji UEDA³, Takayuki SATO⁴ (1.フローリック 2.大分大学 3.ゼロテクノ 4.日本製紙)

[1012] Study on an enhanced multicomponent model for heat hydration of fly ash blended cement under the ordinary temperature condition

Koji KINOMURA¹, Tetsuya ISHIDA² (1.大成建設 2.東京大学)

[1013] Evaluation of Characteristic of Fly Ash Concrete by Cement Effectiveness Factor of Fly Ash

Kenji FUNAMOTO (九州高圧コンクリート工業)

[1014] A study on strength enhancing effect of amines-based additives for some SMEs

Miho MIYAKAWA¹, Keisuke IWAKI¹, Tomoyuki KOYAMA² (1.グレースケミカルズ 2.九州大学)

[1015] A study on the link between the strength development and internal organization of the flyashes concrete which was cast during the cold season

Ryota INOMATA¹, Hiroki KIKUTHI¹, Thikao SANNOH², Kazuyuki TORII¹ (1.金沢大学 2.北陸電力)

[1016] Study on workability and hardening characteristics of high strength concrete using fly ash

Akiko YAMAGUCHI¹, Teppei NAGANO², Chikanori HASHIMOTO², Akihiko GOTO³ (1.ドーユー大地 2.徳島大学 3.西日本高速道路)

[1017] 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)

第38回コンクリート工学講演会

Admixture Ⅱ

Wed. Jul 6, 2016 1:15 PM - 3:30 PM Room 1 (5F International Coference Room)

座長:佐伯竜彦(土木), 閑田徹志(建築)

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[1018] A STUDY ON MATERIAL PROPERTIES OF COMPENSATION OF SHRINKAGE OF CLASSIFIED FRY ASH CONCRETE WITH EXPANSIVE ADDITIVE

Masahiro SUZUKI¹, Ayanori SUGIYAMA², Tatsuya MURAMATSU³, Kazuyuki TORII⁴ (1.ピーエス三菱 2.太平洋セメント 3.太平洋コンサルタント 4.金沢大学)

[1019] Influence of Curing Age on the Carbonation Rate of the Concrete Containing Carbon-free Fly Ash

Toshihiro OTANI¹, Nanae ITO², Yoshiaki SATO¹, Satoshi YOSHIKAWA¹ (1.大分大学 2.ゼロテクノ)

[1020] Examination on material permeability of concrete mixed with fly ash

Hajime ITO¹, Masaki OHASHI¹, Maki KANITANI², Tetsuji KUBO² (1.富山県立大学 2.北陸電力)

[1021] Evaluation for Strength and Durability of Low-Carbon Concrete in Outdoor Exposure Tests

Yuji SHIRANE¹, Hideyuki KAJITA¹, Shigeyoshi MIYAHARA², Eisuke NAKAMURA³ (1.前田建設工業 2.大成建設 3.土木研究所)

[1022] Basic Experiment for Shrinkage Property of Mortar with High Volum Supplementary Cementitious Materials

Chizuru KIYOHARA¹, Naoko TSUCHIYA², Tadatsugu KAGE³, Yasuhiro DAN⁴ (1.東京理科大学 2.建築研究所 3.国土技術政策総合研究所 4.日鉄住金高炉セメント)

[1023] A Study on cabonation resisitance of conrete containing high volume mineral admixture

Toshimitsu KOBAYASHI¹, Keisaburo KATANO¹, Nobufumi TAKEDA¹, Eisuke NAKAMURA² (1.大林組 2.土木研究所)

[1024] Carbonation Resistance 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] Evaluation of durability of low carbon concrete based on environmental exposure tests

Keisaburo KATANO¹, Nobufumi TAKEDA¹, Toshimitsu KOBAYASHI¹, Eisuke NAKAMURA² (1.大林組 2.土木研究所)

[1026] Autogenous Shrinkage of High-Strength Concrete with Ground-Granulated Blast-Furnace Slag and Silica Fume

Daisuke KOGAME¹, Noriyuki SUGATA¹, Keisuke YOKOKAWA¹ (1.室蘭工業大学)

第38回コンクリート工学講演会

Admixture Ⅲ

Wed. Jul 6, 2016 3:45 PM - 6:00 PM Room 1 (5F International Coference Room)

座長:檀康弘(土木), 大塚秀三(建築)

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[1027] Physical Property and Ecological Evealuation of Blending Cement Prepared from High Early Strength Cement and Slag

Takumi MAEDA¹, Takashi TERAUCHI¹, Tatsuo IIDA¹, Minoru MORIOKA¹ (1.デンカ)

[1028] Evaluation of Impact factor between reaction and compressible strength in blast furnace cement under different curing temperature by cumulative heat of hydration

Yuya YODA¹, Yasuhiro KURODA¹, Daiki ATARASHI², Etsuo SAKAI³ (1.清水建設 2.島根大学 3.東京工業大学)

[1029] Experimental study of high-amount blast furnace slag blended binder concrete improving shrinkage cracking resistance

Daijiro TSUJI¹, Masaro KOJIMA¹, Kazumasa INOUE¹, Takafumi NOGUCHI² (1.竹中工務店 2.東京大学)

[1030] A study on evaluation of neutralization of blastfurnace slag concrete

Hiroyuki KAKO¹, Naoko TUCHIYA², Sungchul BAE³, Manabu KANEMATU¹ (1.東京理科大学 2.建築研究所 3.漢陽大学)

[1031] Development of Precast Concrete Products Using Low Carbon Type Concrete

Kenichi HORIGUCHI¹, Junichi MATSUMOTO¹, Keisuke KAWAMURA¹, Jun SAKAMOTO¹ (1.大成建設)

[1032] INFLUENCES OF NANO-TiO2 PARTICLES ON ALTERATION OF MICROSTRUCTURE OF HARDENED CEMENT

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

[1033] Study to Control Bleeding and Enhance Early Compressive Strength by Modified NSF-base Water Reducing Agent

Nobuaki OKAUCHI¹, Keiichirou SAGAWA¹, Hiroyuki KAWAKAMI¹ (1.花王)

[1034] Influence of steam curing for hardening properties of mortar using the C-S-H type accelerator

Hiromitsu KOYAMA¹, Shogo UEMURA², Nozomi NAKAJIMA², Shigeyuki DATE² (1.ＢＡＳＦジャパン 2.東海大学)

[1035] THE EFFECT OF DIFFERENT ELECTROLYZED WATER ON PROPERTIES AND HYDRATION REACTION OF MORTAR

Liang WANG¹, Kimitaka UJI¹, Hisashi MOROZUMI², Minoru UEMURA³ (1.首都大学東京 2.アマノメンテナンスエンジニアリング 3.ウエックス　ジャパン)

Sessions

A.Material & Construction » Admixture

Admixture Ⅰ

[1010] The fundamental properties of fly ash concrete with early-strength cement considering the unit water reduction effect

[1011] Influence on Concrete Temperature of concrete Containing Carbon-free Fly Ash on Properties of Fresh and Hardened Concrete

[1012] Study on an enhanced multicomponent model for heat hydration of fly ash blended cement under the ordinary temperature condition

[1013] Evaluation of Characteristic of Fly Ash Concrete by Cement Effectiveness Factor of Fly Ash

[1014] A study on strength enhancing effect of amines-based additives for some SMEs

[1015] A study on the link between the strength development and internal organization of the flyashes concrete which was cast during the cold season

[1016] Study on workability and hardening characteristics of high strength concrete using fly ash

[1017] Shrinkage Properties of High-Strength Concrete Using Fly Ash as Part of Cement and Fine Aggregate

Admixture Ⅱ

[1018] A STUDY ON MATERIAL PROPERTIES OF COMPENSATION OF SHRINKAGE OF CLASSIFIED FRY ASH CONCRETE WITH EXPANSIVE ADDITIVE

[1019] Influence of Curing Age on the Carbonation Rate of the Concrete Containing Carbon-free Fly Ash

[1020] Examination on material permeability of concrete mixed with fly ash

[1021] Evaluation for Strength and Durability of Low-Carbon Concrete in Outdoor Exposure Tests

[1022] Basic Experiment for Shrinkage Property of Mortar with High Volum Supplementary Cementitious Materials

[1023] A Study on cabonation resisitance of conrete containing high volume mineral admixture

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

[1025] Evaluation of durability of low carbon concrete based on environmental exposure tests

[1026] Autogenous Shrinkage of High-Strength Concrete with Ground-Granulated Blast-Furnace Slag and Silica Fume

Admixture Ⅲ

[1027] Physical Property and Ecological Evealuation of Blending Cement Prepared from High Early Strength Cement and Slag

[1028] Evaluation of Impact factor between reaction and compressible strength in blast furnace cement under different curing temperature by cumulative heat of hydration

[1029] Experimental study of high-amount blast furnace slag blended binder concrete improving shrinkage cracking resistance

[1030] A study on evaluation of neutralization of blastfurnace slag concrete

[1031] Development of Precast Concrete Products Using Low Carbon Type Concrete

[1032] INFLUENCES OF NANO-TiO2 PARTICLES ON ALTERATION OF MICROSTRUCTURE OF HARDENED CEMENT

[1033] Study to Control Bleeding and Enhance Early Compressive Strength by Modified NSF-base Water Reducing Agent

[1034] Influence of steam curing for hardening properties of mortar using the C-S-H type accelerator

[1035] THE EFFECT OF DIFFERENT ELECTROLYZED WATER ON PROPERTIES AND HYDRATION REACTION OF MORTAR