[1001]NEW INSIGHTS INTO PORE STRUCTURES OF CEMENT PASTE BY WATER VAPOR DESORPTION ISOTHERMS
Nami Hasegawa1, Seishi GOTO2, Guangfeng OU1, Toshiharu KISHI1(1.東京大学 2.山口大学)
JCI Annual Convention in Matsuyama
Jun 26 - Jun 28, 2024Ehime World Trade Center
You can search for presentations in this event.
Search
JCI Annual Convention in Matsuyama
Jun 26 - Jun 28, 2024Ehime World Trade Center
You can search for presentations in this event.
SearchSearch Results(544)
[1002]Study on decarbonation behavior by heating of hemicarbonate, monocarbonate, and their carbonated products
Yoshifumi Ohgi1, Yoshifumi Hosokawa1(1.太平洋セメント)
[1003]Physical properties of concrete using ordinary Portland cement containing 10% of minor additional constituents investigated by laboratory and field exposure test
Eiki YASUDA1, Yusuke Kirino1, Yoshifumi Hosokawa1, Masao Ishida1(1.太平洋セメント)
[1004]INFLUENCE OF CO₂ FIXING ADMIXTURE AND RELATIVE HUMIDITY ON CARBONATION OF CEMENT MIXED WITH LARGE AMOUNT OF BLAST FURNACE SLAG
Wataru SAKAMOTO1, NATSUKI YOSHIDA1, YUKIKO NISHIOKA2, DAIKI ATARASHI1(1.島根大学 2.竹中工務店)
[1005]Effect of specific surface area of limestone fine powder on mortar with ground granulated blast furnace slag and limestone fine powder
Kohei Sakaguchi1, Yosuke Ito1, Tooru Yoshikane2, Rin Tanaka1(1.名古屋工業大学 2.コンクリート技術支援機構)
[1006]Study on Humidity Distribution and Hydration Reaction in Coated Finished Concrete Subjected to Drying
MOKA TANABE1, ATSUSHI TERAMOTO1, IPPEI MARUYAMA2(1.広島大学 2.東京大学)
[1007]The effect of sampling method on the evaluation of CO₂ stabilization of concrete
Kentaro MIYAMOTO1, Atsushi Teramoto1, Ippei Maruyama2(1.広島大学 2.東京大学)
[1008]Quantification of VGP content in hardened cement paste by PONKCS method
Yuqi REN1, Ryo Kurihara1, Atsushi Tomoyose1, Ippei Maruyama1(1.東京大学)
[1009]Characterization of CCU materials produced from granulated fly ash and their applicability as fine aggregate for concrete
Kanako MORI1, Kenzo WATANABE1, Kohei KUROOKA2, Hiroki MATSUMURA2(1.鹿島建設 2.中国高圧コンクリート工業)
[1010]Segregation and abrasion resistance evaluation of concrete using electric furnace oxide slag fine aggregate
Hiroaki TSURUTA(関西大学)
[1011]The Report on Factors Affecting The Quality of Granulated Recycled Aggregate
Tatsuya SAITO1, Takayoshi FUNAO2, Iwao MIMOTO3, Akio KOYAMA4(1.建材試験センター 2.大阪兵庫生コンクリート工業組合 3.内山アドバンス 4.明治大学)
[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)
[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)
[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)
[1036]Effect of calcium sulfoaluminate-based early strength enhancing additive on early age strength development for precast concrete
Yuto TANAKADATE1, Takayuki Higuchi1, Akitoshi Araki1(1.デンカ)
[1249]Study of CO2 sequestration in recycled concrete-derived materials using potassium carbonate solution
Yoshiyuki SUZUKI1, ryoichi TAKAGI1, Koya KAMIMURA2, Tsuyoshi SAITO2(1.安藤・間 2.新潟大学)
[1038]Basic study of concrete using ground granulated blast-furnace slag and admixture for rapid hardening
Ryota KAMATA1, yasuhiro nagashio1, hiroshi maruta1(1.太平洋マテリアル)
[1039]Comparison of compressive strength between steam curing and standard curing of concrete using volcanic glass powder from southern Kyushu
kenichi sodeyama1, atsushi tomoyose2, takafumi noguchi2, kenichi sasakura3(1.鹿児島県工業技術センター 2.東京大学 3.プリンシプル)
[1040]Ｍicrostructural evolution of hardened limestone calcined clay cement paste during first drying
Zhenli Yang1, Luge CHENG1, Ryo Kurihara1, Ippei Maruyama1(1.東京大学)
[1041]A Study on Selection of Metal Expansion Post-Installed Anchors Considering Cracking
Youji hosokawa1, Kouichi Kusunoki2, Hiroshi Taniguchi3, Hironobu Hamada4(1.細川建築構造研究室 2.東京大学 3.トラスト 4.ビーテック)
[1042]Compressive Behavior of Concrete Cracked by Expansion Agent Filled Pipe Simulating Rebar Corrosion
Tomohisa Kurihara1, Ryusei Mitani1, Toshiyuki Kanakubo1, Juan Jose Castro2(1.筑波大学 2.琉球大学)
[1043]Study on Deformation Behavior of Reinforced Concrete Members under Hydrostatic Pressure
Raiki MIZUHASHI1, Daiki Hatakeyama1, Hideki Oshita1(1.中央大学)
[1044]Mechanical and carbonation properties of concrete using CO₂ absorption and hardening cement material with β-C₂S as the main component
Taisuke IBARAKI1, Masayuki Hashimoto1, Masao Ishida1, Ryota Sone1(1.太平洋セメント)
[1045]Compressive strength prediction for concrete materials using machine learning
Ken Koyama1, Chihiro Kobayashi1, Fumiya Takasugi1, Tomoya Nishiwaki1(1.東北大学)
[1046]Effect of treatment method of construction joint surface on adhesive strength of construction joints
Takashi FUJII1, Hisashi ANDO2, Isamu YAMAUCHI3, Toshiki AYANO1(1.岡山大学 2.アストン 3.山内工業)
[1047]In-situ Experiment and Numerical Analysis on RC Beam Loading in Deep Sea Environments
Naoki ISHINABE1, Risako FUJIKAWA1, Nobuhiro CHIJIWA1, Mitsuyasu IWANAMI1(1.東京工業大学)
[1048]ASSESSMENT OF THE EFFECTS OF RUBBER PARTICLES ON COMPRESSIVE STRENGTH AND RHEOLOGICAL PROPERTIES OF CONCRETE
Rui TANG1, Yu QIU1, Tetsuya KOUNO1(1.Toyama Daigaku)
[1049]Study on Moisture Diffusion Coefficient of Concrete
SO GOTO1, YUUJI MITANI1, MASAHITO TADA1, IPPEI MARUYAMA2(1.太平洋セメント 2.東京大学)
[1050]Influence of Moist Curing Period on Expansion and Shrinkage Properties of Concrete Using Expansive Additive
daichi fujishita1, KOHSUKE HANDA1, YASUYOSHI TSUKAMOTO1, HIROYUKI SHIODA1(1.フジタ)
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