[1009]Study on various properties and self-healing performance of mortar and concrete 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)
JCI Annual Convention in KOBE
Jul 4 - Jul 6, 2018the Kobe Fashion Mart
You can search for presentations in this event.
Search
JCI Annual Convention in KOBE
Jul 4 - Jul 6, 2018the Kobe Fashion Mart
You can search for presentations in this event.
SearchSearch Results(625)
[1010]Study on bending of member and punching shear of plate member of concrete using blast-furnace slag fine aggregate
Michikazu TAWARA1, Atsuhiko SUGITA1, Kyoji NIITANI1(1.オリエンタル白石)
[1011]Strength, drying shrinkage, creep and alkali silica reaction of concrete with blast furnace slag sand
Takashi FUJII1, Toshiki AYANO1(1.岡山大学)
[1012]Energy measurement on crack nucleation and propagation of mortar using blast-furnace slag sand under flexural and compressive stresses
Ryosuke TSUTSUMI1, Kozo ONOUE1, Yuichi TOMODA1, Hiroshi YANAGINOUCHI2(1.熊本大学 2.サンコーコンサルタント)
[1013]influence of aggregate interface pore formation by bleeding on permeability
Koki TAGOMORI1, Yukari NAKANISHI1, Takeshi IYODA1(1.芝浦工業大学)
[1134]ASR in five structures in Niigata prefecture and its changes after accelerated concrete core expansion test
Shinichi HIRONO1, Yoko ANDO2, Makoto TSUDA3, Kazuyuki TORII2(1.太平洋コンサルタント 2.金沢大学 3.石川工業高等専門学校)
[1135]Expansive tests of core cylinders to the expansion of ASR-effected structures
Kenji KOSA1, Yusuke YANO1(1.九州工業大学)
[1136]Study on Visualization of Internal Crack Propagation in Alkali Aggregate Reaction with Pessimum
Atsushi TERAMOTO1, Masaki WATANABE1, Ryota MURAKAMI1, Takaaki OHKUBO1(1.広島大学)
[1137]A Basic study for developing RBSM considering ASR expansion that can reproduce cracking properties
Keita SUGIMOTO1, Yoshihito YAMAMOTO1, Taito MIURA1, Hikaru NAKAMURA1(1.名古屋大学)
[1138]EXPERIMENTAL INVESTIGATION ON EXPANSION/SHRINKAGE BEHAVIOR AND DETERIORATION PROPERTIES OF REAL SCALE RC DECK MODEL ON STEEL GIRDERS BY ASR
Takuya MAESHIMA1, Ryo KISHIRA2, Yasuhiro KODA3, Ichiro IWAKI3(1.NIPPO 2.太平洋セメント 3.日本大学)
[1139]Effect of preceding cracks on expansions and mechanical characteristics of RC beams with Alkali Silica Reaction
Shimpei OGAWA1, Yuya TAKAHASHI1, Koichi MAEKAWA1(1.東京大学)
[1140]The Alkali-Silica Reactivity of the River Gravel from Toyama and the Outbreak Situation of ASR-Deteriorated Bridges
Makoto TSUDA1, Masahiro NOMURA2, Youko ANDOU3, Kazuyuki TORII4(1.石川工業高等専門学校 2.野村昌弘の研究所 3.太平洋コンサルタント 4.金沢大学)
[1141]A study on the expansion behavior and crack characteristics of precast PC slab damaged by ASR
Shoya HATANO1, Syuuzou URA2, Saiji FUKADA1, Kazuyuki TORII1(1.金沢大学 2.国土開発センター)
[1142]An Experimental Study on Deformation Behavior and Crack Behavior of PC Beam Member due to ASR Expansion
Akira TASHIRO1, Daisuke YAMAMOTO1, Hidenori HAMADA1, Yasutaka SAGAWA1(1.九州大学)
[1106]Field observation of surface chloride and its influence of environment condition in Sado Island
Fuminori NAKAMURA1, Ryohei OHARA1, Yuki INO1, Takumi SHIMOMURA1(1.長岡技術科学大学)
[1107]NUMERICAL ANALYSIS OF AIRBORNE SALT AND WIND CONCENTRATION USING WEATHER FORECASTING MODEL
Harunobu TAKI1, Fuminori NAKAMURA1, Takumi SHIMOMURA1(1.長岡技術科学大学)
[1108]A basic study on quantitative estimation of Environment condition of chloride attack using a thin mortar plate
Jun TOMIYAMA1, Hiroshi KAZAMA2, Masaya HIGA3, Tsuneo SUNAGAWA1(1.琉球大学 2.アール・アンド・エー 3.沖縄県建設技術センター)
[1109]Micro pore structures and resistance to diffusion of chloride ion of carbonated concrete
Takeshi TORICHIGAI1, Kenzo WATANABE1, Satoru KOBAYASHI1, Kosuke YOKOZEKI1(1.鹿島建設)
[1110]Influence of climate condition on the steel corrosion analyzed based on a long-tern exposure test
Misato NAKAI1, Yoshimori KUBO1, Hiromichi IZUKA2, Takuji YAMADA3(1.金沢大学 2.旭化成アドバンス 3.日本塗料検査協会)
[1111]Protective effect of various surface coating materials in concrete exposed to marine atmosphere for 30 years
Toru YAMAJI1, Jun TOMIYAMA2, Nobuyuki KINJYO3(1.港湾空港技術研究所 2.琉球大学 3.内閣府沖縄総合事務局)
[1112]Influence Of Repeated Action with Compressive Stress On Chloride Ion Penetration into Concrete from Lower Edge of PRC Beams
Junpei SAITO(日本大学)
[1113]Investigation of mechanism on corrosion propagation of steel sheath pipe in post-tensioned girders
Masaru ABE1, Satoru YAMAMOTO1, Hiroshi MINAGAWA2(1.日本防蝕工業 2.東北大学)
[1114]On the corrosion resistance of mortar specimens using Shirasu as admixture
Takayuki FUKUNAGA1, Koji TAKEWAKA2, Toshinobu YAMAGUGHI2, Yoshikazu AKIRA2(1.鹿児島工業高等専門学校 2.鹿児島大学)
[1115]Influence of various ions in seawater on chloride ion permeability of mortar
Satoko NAOMACHI1, Yoshitaka KATO1(1.東京理科大学)
[1116]Evaluation of the concrete using with chloride ion immobilized material and expansive additive
Shinya ITO1, Akihiro HORI1, Rikuma EKI2, Takeshi IYODA2(1.デンカ 2.芝浦工業大学)
[1117]A study of time dpendense about chloride ion penetration into concrete with admixture
Shigenobu IGUCHI(東日本旅客鉄道)
[1118]The properties of chloride ion penetration under the influence of advection in mortar
Yuya KANEUJI1, Tamotsu KURODA1, Akira YOSHINO1, Shuto TANIGUCHI1(1.鳥取大学)
[1119]Fundamental study on relation between micro-structure and chloride diffusion of drying cement paste
Yuya SUDA1, Jun TOMIYAMA1, Tsuyoshi SAITO2, Tatsuhiko SAEKI2(1.琉球大学 2.新潟大学)
[1120]Study on Corrosion Mitigation Measures of Steel Using Electrodeposited Anode Construction to Reinforced Concrete Slab with Removal of Salt Damage
Hiroaki KAMEDA1, Toshiyuki AOYAMA2, Kouji ISHII2, Kazuyuki TORII3(1.国土開発センター 2.ピーエス三菱 3.金沢大学)
[1121]Decision of priority and the repair method of damage from salt breeze measures in the subway tunnel
Yoshihiko MUTO1, Yuuki NITTA2, Norihiko OGURA3(1.メトロレールファシリティーズ 2.東京地下鉄 3.CORE技術研究所)
[1147]MAINTENANCE OF CATHODIC PROTECTION IN REINFORCED CONCRETE DEPENDED ON THE STATE OF STEEL BAR
Hayato ITAYA1, Syunsuke OTANI1, Toru WAKABAYASHI1, Noriyasu MOTIDUKI1(1.ナカボーテック)
[1148]On the process of experimental application of Aluminum Panel Anodes on the Cathodic Protection in Concrete Railway Bridge
Makoto HORISAWA1, Yoshinori MATSUDA1, Yuta ABE1, Hitomi EBINA2(1.東日本旅客鉄道 2.ナカボーテック)
[1149]EFFECT OF CORROSION-INDUCED CRACK AND CORRODED REBAR PROFILE ON BOND STRESS AND SLIP RELATIONSHIP
Yizhou YANG1, Hikaru NAKAMURA2, Taito MIURA2, Yoshihito YAMAMOTO2(1.Nagoya University 2.名古屋大学)
[1150]Experimental study on deformability of Corrosion Products in Concrete
Takayuki YAMAGUCHI1, Kotaro KOIKE1, Takumi SHIMOMURA1(1.長岡技術科学大学)
[1151]Corrosion and bond properties of galvanized reinforcing steel in concrete
Shingo FUKUMOTO1, Takao UEDA1, Masayuki TSUKAGOSHI1(1.徳島大学)
[1152]Proposal of experimental methods for quantitatively grasping the conditions of passivation film destruction of steel bar by chloride ion
Nagate HASHIMOTO1, Yoshitaka KATO1(1.東京理科大学)
[1153]Quantitative grasp of the influence of covering concrete on electrochemical measurement results of rebar with macrocell corrosion
Tomonori NAKAGAWA1, Yoshitaka KATO1, Kohei EGUCHI1, Nozomu SOMEYA2(1.東京理科大学 2.港湾空港技術研究所)
[1154]Research on buckling behavior of corroded reinforcing bars collected form demolition building site
Hirokazu KAMURA1, Juan Jose Castro1, Toshiyuki KANAKUBO2(1.琉球大学 2.筑波大学)
[1155]Corrosion of galvanized steel bar in ocean exposured concrete
Raika TAKESHITA1, Koji TAKEWAKA1, Toshinobu YAMAGUCHI1, Yoshikazu AKIRA1(1.鹿児島大学)
[1156]THE BONDING PERFORMANCE OF HOT-DIP GALVANIZED STEEL IN THE CONCRETE WITH REGARD TO ITS CORROSION BEHAVIOR
Akinobu NIWA1, Hongbok CHOE1, Manabu KANEMATSU1(1.東京理科大学)
[1157]Study on Corrosion Inhibition of PC Steel in PC Grout Insufficient Filling
Yuichi KITANO1, Thihiro KAWAGUCHI1, Kouji NAOE2, Tetsuo YAMAZAKI3(1.川田建設 2.中部キレスト 3.キレスト)
[1158]INVESTIGATION ON DELAY OF APPEARANCE OF CORROSION CRACK ON SURFACE OF STRUCTURE
Kotaro KOIKE1, Isas Gomez Omar2, Keita KIZAWA1, Takumi SHIMOMURA1(1.長岡技術科学大学 2.前田建設工業)
[1159]Evaluation of Rebar corrosive environment Based on Visual clue
Takuma KADONO1, Shuntaro TODOROKI1, Toshiya TADOKORO1, Tetsuya ISHIDA2(1.鉄道総合技術研究所 2.東京大学)
[1160]A study on the effect of water-containing state on peeling of concrete for RC with corroded rebar
Shuhei UDA1, Hideki OSHITA1, Shuichi SUZUKI2, Yoshitoshi KUMANO2(1.中央大学 2.東電設計)
[1122]Basic Test on Influence of Water Salinity on Frost Damage Progress
Hirotake ENDOH1, Shintaro YASUNAKA1(1.土木研究所 寒地土木研究所)
[1123]Study on the Effect of Air content, Vibrating Compaction Time, and Quality of Fine aggregates on the Scaling Resistance of Hardened Concrete
Hiroshi KATAHIRA1, Hirohisa KOGA1(1.土木研究所)
[1124]Influence of air-voids distribution on salt scaling deterioration and the causes
Xiaoyi FAN1, Tetsuya OYAMADA1, Shunsuke HANEHARA1(1.岩手大学)
[1125]comparison of air void system evaluated by the liner traverse method and the spatial point process procedure
Yusuke TERASAWA1, Takumi MUROTANI2, Sin-ichi IGARASHI1(1.金沢大学 2.大成建設)
[1126]Study on Probability Distributions of Freezing Point and Instantaneous Increment of Ice Content in Mortar Continuum of Small Elements under Supercooling
Yoshihiko KISHIMOTO1, Kouichi TAKAHASHI1, Ayana MITSUMOTO1(1.室蘭工業大学)
[1127]THE FROST EVALUATION OF DRIED CONCRETE USING RECYCLED COARSE AGGREGATE BY THE ACCELERATED FREEZE-THAW TEST AND THE CRITICAL DEGREE OF SATURATION TEST
Dequn MA1, Atsuhiro TSUZUKI1, Tomoto FUKUYAMA1, Osamu SENBU1(1.北海道大学)
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