[1001]Study of microstructural changes in low heat Portland cement based HPC during long term RH conditioning
Miki SEGAWA1, So GOTO1, Ryo KURIHARA1, Ippei MARUYAMA1(1.名古屋大学)
JCI Annual Convention in NAGOYA
Jul 7 - Jul 9, 2021Held Online
You can search for presentations in this event.
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JCI Annual Convention in NAGOYA
Jul 7 - Jul 9, 2021Held Online
You can search for presentations in this event.
SearchSearch Results(434)
[1002]Thermal characteristic of concrete with blended cement made by mixing high-early-strength Portland cement and blast furnace slag cement type B
Shingo YOSHIMOTO1, Tatsuo SHINMI1, Hiroyoshi KATO1, Takuya SEKI1(1.トクヤマ)
[1003]Examination of changes over time and pumping properties of fresh concrete using coal gasified slag fine aggregate
Yoshitaka MATSUURA1, Hiroshi KIMURA2, Shinichiro HASHIMOTO3(1.広野IGCCパワー合同会社 2.清水建設 3.千葉工業大学)
[1004]Evaluation of durability of concrete using ferrochrome slag coarse aggregate
Shinichi MIYAZATO1, Keigo TSUCHIYA1, Taiki KATAYAMA1, Daishin HANAOKA1(1.金沢工業大学)
[1005]Study on fluidity of mortars using sand produced in same area
Motohiro NISHI1, Hisashi SAITO1, Yuichi OTABE1(1.住友大阪セメント)
[1006]study on improvement of strength development by mortar and concrete mixed with large amount of fly ash
Koji SATORI1, Hiromi FUJIWARA1, Masanori MARUOKA1, Haruka MURAKAMI1(1.宇都宮大学)
[1007]Study on Cement Effective Coefficient of Fly Ash in Properties of Concrete Using Fly Ash
Kenji FUNAMOTO1, Kyou TO1(1.西日本工業大学)
[1008]Effect of Accelerator Containing C-S-H Nanoparticles on Hydration of Blast furnace slag cement
Jo ADACHI1, Daiki ATARASHI1, Harutake IMOTO2(1.島根大学 2.ポゾリスソリューションズ)
[1009]Characteristics of heat-modified fly ash concrete exposed outdoors
Takahiro SAITO1, Hiroshi MINAGAWA2, Takayuki SATOU3, Kunikazu AZUMA1(1.奥村組 2.東北大学 3.日本製紙)
[1010]EFFECT OF FLY ASH USAGE ON STRENGTH CONTRIBUTION RATE
Kenji NISHIKIGI1, Yasuhiro DOSHO1, Hidekazu MINE2(1.名城大学 2.関電パワーテック)
[1011]A Study on Performance Evaluation on Mortar using of Fly Ash modified by Wet Dynamic Pressure Filtration Classification
Ryota SHINJI1, Masashi SUTOU2, Ryuiti TAKATA2, Makoto GOUDO3(1.松江工業高等専門学校 2.松江工業高等専門学校 3.フジイ・ケミカルズ)
[1012]Investigation of the effect of blast furnace slag on water penetration property in concrete with neutron imaging
Kouhei KIKUCHI1, Yuya SAKAI1, Maki MIZUTA2, Yoshie OTAKE2(1.東京大学 2.理化学研究)
[1013]Effect of chemical composition of blast furnace slag on hardening properties of blast furnace cement
Takahiro SAGAWA1, Manami YAMAMOTO1(1.前橋工科大学)
[1014]Influence of Nanofiblillated Bacterial Cellulose on Basic Properties of Mortar
Emika KUROIWA1, Takayuki FUKASE2, Tokuo MATSUSHIMA3, Yukio HAMA1(1.室蘭工業大学 2.北海道科学大学 3.草野作工)
[1015]Study on the correlation between hydration properties and fresh properties at the early age of cement-based materials to which used a large amount of accelerator
Akira YONEYAMA1, Heesup CHOI1, Masumi INOUE1, Yuhji SUDOU2(1.北見工業大学 2.日産化学)
[1016]Effect of Hydration Heat on Strength and Drying Shrinkage of High-Strength Concrete with Fly Ash
Shogo TANAKA1, Noriyuki SUGATA1, Yuki OKADA1, Hiroki YAMADA1(1.室蘭工業大学)
[1017]Study on shrinkage cracking properties of blast furnace slag cement-based materials with calcium nitrite added
Yusuke TOMITA1, Heesup CHOI1, Masumi INOUE1, Yuhji SUDOU2(1.北見工業大学 2.日産化学)
[1018]Effect of Hydration Heat on Strength and Drying Shrinkage of High-Strength Concrete with Ground-Granulated Blast-Furnace Slag
Tomoki OGYU1, Noriyuki SUGATA1, Hiroki YAMADA1, Yuki OKADA1(1.室蘭工業大学)
[1019]basic study on volcanic glass powder manufactured from volcanic ash in Hokkaido
Atsushi TOMOYOSE1, Kenichi SODEYAMA2, Madoka TANIGUCHI3, Takafumi NOGUCHI1(1.東京大学 2.鹿児島県工業技術センター 3.北海道立総合研究機構)
[1020]A study of mechanism for improving pore structure using C-S-H type accelerator
Mayuna SHIRAISHI1, Tomomi SUGIYAMA2, Takeshi IYODA1(1.芝浦工業大学 2.ポゾリスソリューションズ)
[1021]Fundamental study on the corrosion resistance of concrete using early-strength cement and blast furnace slag
Junya NAKAGAWA1, Hirotaka HAZEHARA2, Masashi SOEDA1, Yuji YAMADA2(1.福岡大学 2.福岡大学 )
[1022]Application of high-fluidity mortar using a large amount of coal ash to port-related construction
Ryoichi TAKAGI1, Kazunori NAGAMURA2, Ryo MORIMOTO3, Kenro FURUKAWAZONO3(1.安藤･間 2.安藤・間 3.東京電力ホールディングス)
[1023]Fundamental research on estimation of compressive strength of hardened cement paste mixed with volcanic glass powder
Yuqi REN1, Ippei MARUYAMA1, Atsushi TOMOYOSE1, Shota UMEKI2(1.東京大学 2.名古屋大学)
[1024]Fundamental study on modeling of bond behavior of short fiber under cyclic loading
Masaki TSUTSUI1, Minoru KUNIEDA1(1.岐阜大学)
[1025]Study on Pumpability of Ultra High Strength Fiber Reinforced Concrete
Takashi KAWANISHI1, Takayuki IWAKI1, Takafumi NAKADA1, Takahiro MURAKAMI1(1.大林組)
[1026]EFFECT OF SHRINKAGE STRAIN REDUCTION MEASURES ON SHEAR STRENGTH OF RC BEAM MADE OF HIGH-FLUIDITY DUCTILE-FIBER-REINFORCED CONCRETE USING RECYCLED AGGREGATE
Takumi ANZAI1, Ken WATANABE1(1.東海大学)
[1027]Failure Process of UFC Beams under Cyclic Load Formed from Damaged UFC Slab Due to the Wheel Running Test
Kyoichi TOKUTAKE1, Chikako FUJIYAMA1, Yusuke NAGAI2, Kota HAMASAKI3(1.横浜国立大学 2.鹿島建設 3.阪神高速道路)
[1028]Effect of Steel Fiber Dispersibility on Mechanical properties of Ultra-high Strength Fiber Reinforced Concrete
Toshifumi KIKUCHI1, Yasuhiro KURODA1, Keiichi TAKAHASHI1(1.清水建設)
[1029]A Study on Effection of Dynamic Action for mechanical properties of UFC
Yusuke NAGAI1, Toshimichi ICHINOMIYA1, Takashi KOSAKA2, Kota HAMASAKI2(1.鹿島建設 2.阪神高速道路)
[1030]Fiber orientation in high fluidity FRC slab
Kazuki YANO1, Akira TANAKA2, Akitomo YOKOI1, Yuichi UCHIDA1(1.岐阜大学 2.ジェイアール東海コンサルタンツ)
[1031]Influence of fiber orientation on shear behavior at crack plane of FRC
Shoji HORITA1, Yuuichi UCHIDA1(1.岐阜大学)
[1032]Fundamental Study on Bearing Behavior of Mortar having Lateral Confinement by Steel Tube and Steel Fiber
Toshikatsu SEKI1, Daiki OGAWA1, Shigeki SEKO1, Kazuo YAMADA1(1.愛知工業大学)
[1033]STUDY ON INTERNAL DAMAGE PROPAGATION OF CONCRETE WITH DEF EXPANSION UNDER COMPRESSIVE STRESS
Ayumu MATSUMOTO1, Joshi NIRMAL1, Shingo ASAMOTO1, Yuitiro KAWABATA2(1.埼玉大学 2.港湾空港技術研究所)
[1034]Fundamental Study on Rapid Test for Static Modulus of Elasticity of Concrete by Warm Water Curing of 40℃
Jinichi SHIBUSAWA1, Shuzo OTSUKA1, Yoshihisa NAKATA2(1.ものつくり大学 2.日本大学)
[1035]Understanding of Development of Compressive Strength of FA-OPC Cement Paste by Microstructural Analysis
Shota UMEKI1, Daisuke KANBAYASHI1, Samouh HAMZA1, Ippei MARUYAMA1(1.名古屋大学)
[1036]Study on downsizing of specimen for test method of bond strength between steel bar coated with rust inhibitor and concrete
Kazuyoshi WAKABAYASHI1, Norikiyo NAKAMURA1, Tatsuya SAITO1, Toshiyuki FUJIMAKI1(1.建材試験センター)
[1037]Characteristics of various concretes with a small amount of SAP added, which has high water absorption in an alkaline environment
Akiko OGAWA1, Jun KUNIOKA1, Yukiko NISHIOKA1, Masaro KOJIMA1(1.竹中工務店)
[1038]The effects of the quality and Substitution ratio of recycled fine aggregate on properties of fly ash concrete
Yusuke YAMASAKI1, Kouji TAKASU1, Hidehiro KOYAMADA1, Hiroki SUYAMA2(1.北九州市立大学 2.北九州市立大学 )
[1039]DRYING SHRINKAGE OF HARDENED CEMENT MORTAR IMPREGNATED WITH SOLUTION OF NITROGEN COMPOUNDS
Yosaku IKEO1, Naho TAKAYANAGI1(1.竹中工務店)
[1040]Study on crack resistance and practical use under cold environment of concrete by spraying urea
Takumi SATO1, Hiromi FUJIWARA1, Masanori MARUOKA1, Lingling LIU1(1.宇都宮大学)
[1041]Examination of applicability of shrinkage strain prediction equation of Japan Society of Civil Engineers using recent test data
Takashi FUJII1, Takumi SHIMOMURA2(1.岡山大学 2.長岡技術科学大学)
[1042]Shrinkage and Creep of Steel Fiber Reinforced PFC (Porosity Free Concrete)
Eiki YASUDA1, Daisuke KOGAME1, Takao OCHIAI1, Katsuya KONO1(1.太平洋セメント)
[1043]EVALUATION OF PORE STRUCTURE DISTRIBUTION IN OPC-HPC DURING FIRST DRYING AND RE-HUMIDIFYING PROCESSES BY NYTROGEN SORPTION
So GOTO1, Shota UMEKI1, Ryo KURIHARA1, Ippei MARUYAMA1(1.名古屋大学)
[1044]Basic Study on Dispersibility Design in Medium Phase based on the Properties of Polypropylene Fiber
Motoki ABE1, Atsushi UENO1, Kimitaka UJI1, Kentaro OONO1(1.東京都立大学)
[1045]A study on the relationship between concrete driving temperature and outside air temperature based on a fact-finding survey
Naoki KITO1, Toshiaki MIZOBUCHI2, Masarou KOJIMA3, Masarou KOJIMA4(1.東海旅客鉄道 2.法政大学 3.竹中工務店 4.広島大学)
[1046]The Effect of Complex Relative Permittivity and Complex Relative Permeability of Wedge-Type Mortar Mixed with the Electric Furnace Oxidizing Slag on Electromagnetic Wave Absorption Performance and Heat Generation Performance
Yuta INOUE1, Yosuke ITO1, Shinji KAWABE1, Hiroto TERANISHI1(1.名古屋工業大学)
[1047]Mechanical characteristics after high-temperature heating of the concrete using electric arc furnace oxidizing slag as coarse aggregate
Hiroshi YOKOTA1, Yosuke ITO1, Shinji KAWABE1, Susumu YOKOI1(1.名古屋工業大学)
[1048]Mechanical Characteristics of the Concrete After High Temperature Heating Mixed with Electric Arc Furnace Oxidizing Slag as Coarse Aggregate and Sand
Yosuke ITO1, Shinji KAWABE1, Susumu YOKOI1, Hiroshi YOKOTA1(1.名古屋工業大学)
[1049]EVALUATION OF INHOMOGENEOUS RANDOM DISTRIBUTION OF CAPILLARY PORES IN THE VICINITY OF UNHYDRATED CEMENT PARTICLES USING POINT PROCESS STATISTICS
Soushi YAMASHITA1, Shinichi IGARASHI2(1.金沢大学 2.金沢大学)
[1050]Correspondence Between Initial Expansion Property and Capillary Porosity on Compressive Strength of Constrained Expansive Mortar
Hiroyuki DOMON1, Akio WATANABE1, Takashi KONDO1(1.苫小牧工業高等専門学校)
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