The 46th JCI Technical Conference

AdmixtureⅠ

Wed. Jun 26, 2024 10:00 AM - 12:00 PM Room 4 (第3・4会議室)

座長:東洋輔(土木),鈴木澄江(建築)

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[1012] Effect of gypsum on hardened cement using biomass ash and coal ash

Ryoichi TAKAGI¹, MASAYA KUBOTA², KOYA KAMIMURA², TSUYOSHI SAITO² (1.安藤・間 2.新潟大学)

[1013] Study on Dried Powder of Activated Sewage Sludge Incinerated Ash Slurry to concrete

IKUMI SAITOU¹, Masami UZAWA¹, HAYATE FIJIWARA¹, HIDEKI IGAWA² (1.日本大学 2.日本ヒューム)

[1014] Basic quality of concrete with synthetic calcium carbonate made from waste gypsum board

Mamiko Umetsu¹, Shigeyoshi Miyahara¹, Akihito Hata¹, Masayoshi Konishi² (1.大成建設 2.住友大阪セメント)

[1015] Expansion properties of expansive concrete in hot weather conditions

Emika KUROIWA¹, Kazuya HONDA¹, Magofumi SONOI², Hiroyuki SAKAKIBARA² (1.住友大阪セメント 2.錢高組)

[1016] Research on the effect of water-soluble cellulose ether on improving material separation resistance of self-compacting high performance concrete with low cement content

Hironao SAITO¹, Kuniaki SAKURAI², Hidekazu KONISHI¹ (1.信越化学工業 2.大林組)

[1017] The effect for pore structure and strength on carbonated concrete using high volume blast furnace slag cement with γ-C₂S

Erika ISHIKAWA¹, Takeshi Iyoda¹, Kohei Eguchi², Daijirou Tsuji² (1.芝浦工業大学 2.竹中工務店)

[1018] Study on flexural crack strength of jacking pipe type-2 using ettringite and lime-combined type expansive additive

Takumi MAEDA¹, Takayuki Higuchi¹, Akitoshi Araki¹, Takumi Kushihashi¹ (1.デンカ)

[1019] Effect of Curing Temperature on the Heat Liberation Rate of of Blast Furnace Cements with Different Slag Chemical Compositions

Takahiro SAGAWA¹, Souhei SUGITA¹ (1.前橋工科大学)

The 46th JCI Technical Conference

AdmixtureⅡ

Wed. Jun 26, 2024 1:00 PM - 3:00 PM Room 4 (第3・4会議室)

座長:桧垣誠(土木),北垣亮馬(建築)

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[1020] Impact of Carbonation on Mineral Composition of Dried Sludge Powder

Hiroki Sugimoto¹, Ken Okawa², Shiro Tomoe¹, Tetsushi Kanda¹ (1.鹿島建設 2.三和石産)

[1021] Experimental Study on Strength Development of Concrete Using Sulfate-Type Strength Enhancing Admixture and Ground Granulated Blast Furnace Slag

Kenichi MORIYA¹, Tooru TANAKA¹, Ryo INOSE², Hironobu NISHI² (1.戸田建設 2.フローリック)

[1022] Evaluation of spatial distribution of cement matrix in mortar mixed with expansive admixture

Shion Saito¹, Akio Watanabe¹, Hiroyuki Domon¹, Takashi Kondo¹ (1.苫小牧工業高等専門学校)

[1023] Probability of High-Volume Silica Fume in Ordinary-Strength Concrete

Yuki Yoshikawa¹, Noriyuki Sugata¹ (1.室蘭工業大学)

[1024] Fundamental Study on Mortar mixed Silane Type Surface Penetrants

Ryo HONDA¹, Kenichi MORIYA¹, Tooru TANAKA¹ (1.戸田建設)

[1025] Characterization of high powder content semi-self compaction concrete in full-scale casting using fly ash

Takeshi YAMAMOTO (電力中央研究所)

[1026] Effect of Anhydrite on Strength Development and Shrinkage of High-Strength Concrete with Ground-Granulated Blast-Furnace Slag

Maya SATO¹, Noriyuki SUGATA¹, Takanori YOSHIDA¹ (1.室蘭工業大学)

[1027] Effect of Ground-Granulated Blast-Furnace Slag and its Fineness on Strength Development and Shrinkage of Concrete

Shu HASHIMOTO¹, Noriyuki SUGATA¹, Hidetaka SATO¹, Misayo TANI¹ (1.室蘭工業大学)

The 46th JCI Technical Conference

AdmixtureⅢ

Wed. Jun 26, 2024 3:20 PM - 5:20 PM Room 4 (第3・4会議室)

座長:小澤満津雄(土木),菅俣匠(建築)

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[1028] Strength and Shrinkage of High-Strength Concrete with High-Early-Strength Portland Cement and Fly Ash

Yohei Sudo¹, Noriyuki Sugata¹, Takaaki SAITO¹, Neo MATSUMURA¹ (1.室蘭工業大学)

[1029] Concrete physical property with setting acceleration additive for shorter surface finishing time in low temperature environments

Kazuhiro Aizawa¹, Chiho Terada¹, Takayuki Higuchi¹, Sinji Urano² (1.デンカ 2.清水建設)

[1030] Experimental study on salt penetration of HVFA concrete.

Shuhei FUJITA¹, Daiki ITO¹, Kentaro IWASHITA¹ (1.名城大学)

[1031] Experimental study on performance evaluation of concrete admixture using volcanic sediments in Hokkaido and southern Kyushu

Arisa Oshima¹, Yuqi Ren¹, Atsushi Tomoyose¹, Takahumi Noguchi¹ (1.東京大学)

[1032] A Study on the Physical Properties of Mortar Using CO₂-Fixing Admixture Mainly composed of γ-C₂S

Hirofumi Hara¹, Masataka Ushiro¹, Taiichiro Mori¹ (1.デンカ)

[1033] Mortar using three types of volcanic glass powders with different specific surface areas fundamental research on the expression of strength by substitution rate

Otoya KURATANI¹, Naoyuki SUGIHASHI¹, Shin YAMAGUCHI¹ (1.日本大学)

[1034] Development of precast concrete building structure members using modified fly ash by flotation

Koji TAKASU¹, Hiroki Suyama¹, Kazuhiro Nagatomo² (1.北九州市立大学 2.小倉セメント製品工業)

[1035] Study on hydration reaction analysis and selective dissolution method of limestone calcined clay cement

Ryousuke Yoshida¹, Natsuki Yoshida¹, Sae Kondo², Daiki Atarashi¹ (1.島根大学 2.太平洋セメント)

Events

A. Material & Construction » Admixture

AdmixtureⅠ

[1012] Effect of gypsum on hardened cement using biomass ash and coal ash

[1013] Study on Dried Powder of Activated Sewage Sludge Incinerated Ash Slurry to concrete

[1014] Basic quality of concrete with synthetic calcium carbonate made from waste gypsum board

[1015] Expansion properties of expansive concrete in hot weather conditions

[1016] Research on the effect of water-soluble cellulose ether on improving material separation resistance of self-compacting high performance concrete with low cement content

[1017] The effect for pore structure and strength on carbonated concrete using high volume blast furnace slag cement with γ-C₂S

[1018] Study on flexural crack strength of jacking pipe type-2 using ettringite and lime-combined type expansive additive

[1019] Effect of Curing Temperature on the Heat Liberation Rate of of Blast Furnace Cements with Different Slag Chemical Compositions

AdmixtureⅡ

[1020] Impact of Carbonation on Mineral Composition of Dried Sludge Powder

[1021] Experimental Study on Strength Development of Concrete Using Sulfate-Type Strength Enhancing Admixture and Ground Granulated Blast Furnace Slag

[1022] Evaluation of spatial distribution of cement matrix in mortar mixed with expansive admixture

[1023] Probability of High-Volume Silica Fume in Ordinary-Strength Concrete

[1024] Fundamental Study on Mortar mixed Silane Type Surface Penetrants

[1025] Characterization of high powder content semi-self compaction concrete in full-scale casting using fly ash

[1026] Effect of Anhydrite on Strength Development and Shrinkage of High-Strength Concrete with Ground-Granulated Blast-Furnace Slag

[1027] Effect of Ground-Granulated Blast-Furnace Slag and its Fineness on Strength Development and Shrinkage of Concrete

AdmixtureⅢ

[1028] Strength and Shrinkage of High-Strength Concrete with High-Early-Strength Portland Cement and Fly Ash

[1029] Concrete physical property with setting acceleration additive for shorter surface finishing time in low temperature environments

[1030] Experimental study on salt penetration of HVFA concrete.

[1031] Experimental study on performance evaluation of concrete admixture using volcanic sediments in Hokkaido and southern Kyushu

[1032] A Study on the Physical Properties of Mortar Using CO₂-Fixing Admixture Mainly composed of γ-C₂S

[1033] Mortar using three types of volcanic glass powders with different specific surface areas fundamental research on the expression of strength by substitution rate

[1034] Development of precast concrete building structure members using modified fly ash by flotation

[1035] Study on hydration reaction analysis and selective dissolution method of limestone calcined clay cement

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