[2222]The trend of remaining life prediction of aged bridge using by J-BMS (RC) effected on variations of visual inspection data
Hisao EMOTO1, Jun TAKAHASHI2, Ayaho MIYAMOTO1(1.山口大学 2.電気化学工業)
JCI Annual Convention in TAKAMATSU
Jul 9 - Jul 11, 2014Sunport Takamatsu
You can search for presentations in this event.
Search
JCI Annual Convention in TAKAMATSU
Jul 9 - Jul 11, 2014Sunport Takamatsu
You can search for presentations in this event.
SearchSearch Results(661)
[2223]An Optimal Model for Statistical Deterioration Prediction of Sewerage Concrete Pipes
Nobuyuki TANAKA1, Kiyoyuki KAITO1, Toshiro KAMADA1, Akihiko YAMANAKA2(1.大阪大学 2.パシフィックコンサルタンツ)
[2224]Remaining Life Prediction of an Aged Bridge by using Collected Concrete Core Tests
Jun TAKAHASHI1, Hisao EMOTO2, Ratna Widyawati2, Ayaho MIYAMOTO2(1.電気化学工業 2.山口大学)
[2225]Basic Study on Update Methods for Estimation of Deterioration Process of RC Members subjected to Chloride Attack by Results of Inspection
Masahiro HIRANO1, Shinya UCHIDA2, Toshiro KAMADA1, Nobuyuki TANAKA1(1.大阪大学 2.立命館大学)
[2226]Evaluation of cracking at cover concrete caused by outside displacement of reinforcing bars
Naoki KITO, Syouhei HONDA, Ken WATANABE, Syuntarou TODOROKI(鉄道総合技術研究所)
[2227]Estimation of deteriorating condition of RC structures using Sequential MCS and Markov chain
Koshi TAKENAKA1, Toya HAGINO1, Mitsuyoshi AKIYAMA1, Ikumasa YOSHIDA2(1.早稲田大学 2.東京都市大学)
[2228]A PEELING/FLACKING PREDICTION MODEL FOR RC HANDRAILS IN CONSIDERATION OF A SPATIAL CHAIN
Rentaro HAYASHI1, Kengo OBAMA1, Kodai MATSUOKA2, Kiyoyuki KAITO1(1.大阪大学 2.鉄道総合技術研究所)
[2229]The Feature of Deterioration of alkali Silica Reaction of Hydraulic Structures and its Maintenance in Hokuriku District.
Masahiro ASADA1, Manabu SUGIMORI2, Tooru HASHIMOTO1, Kazuyuki TORII1(1.金沢大学 2.北陸電力)
[2230]Application of a Risk Matrix in Maintaining Deteriorated Concrete Structures
Maki MIZUTA1, Yoshinori NONOMURA1, Akinori SHIMATA1, Tetsuji OHTA2(1.土木研究所 2.ネクスコ・エンジニアリング北海道)
[2231]STUDY ON INFLUENCE OF AGED DETERIORATION OF PRESTRESSED CONCRETE POLE BY ENVIRONMENTAL CONDITION
Kenji FUNAMOTO1, Noriaki IWATA1, Tsuyoshi SHIMOJOU1, Yuusuke HARA2(1.九州高圧コンクリート工業 2.九州電力)
[2232]The influence on long term underground-concrete by the property of the ground
Motoi IWANAMI(長岡工業高等専門学校)
[2233]A consideration of maintenance for telecommunications tunnnels based on prediction of reinforcement corrosion
Kazuyoshi KAWABATA1, Norio FUJIKURA2, Takumi SHIMOMURA3(1.NTT 2.NTTインフラネット 3.長岡技術科学大学)
[2234]The Alkali-Silica Reactivity of the Andesite Crushed from Noto Peninsula and the Distribution Situation of ASR-Deteriorated Bridges
Makoto TSUDA1, Ayaka SAWA2, Shinichi HIRONO3, Kazuyuki TORII2(1.石川県 2.金沢大学 3.太平洋コンサルタント)
[2235]Deterioration property of the 46 year-old reinforced concrete pool under marine environment
Shuji NOGAMI, Isao FUKUDA, Tooru YAMAJI, Ema KATOU(港湾空港技術研究所)
[2236]Repair Prioritization for Deteriorated Reinforced Concrete Decks of Open-Type Wharves
Takuho TANI1, Hiroshi YOKOTA1, Koichi FURUYA1, Shinnichiro KITAZATO2(1.北海道大学 2.港湾空港総合技術センター)
[2237]The study of the detection of cracks by corrosion on slabs in railway rigid-frame viaducts with electric conductive paints
Tatsuya NIHEI, Kodai MATSUOKA, Masamichi SOGABE, Masaru OKAMOTO(鉄道総合技術研究所)
[2238]Overview of new pepair methods (cladding with steel plates and covering mortar) for concrete bridges as the large-scale renovation of Tokaido-shinkansen
Koji YOSHIDA1, Masaki SEKI1, Chihiro KATO1, Keitetsu ROKUGO2(1.東海旅客鉄道 2.岐阜大学)
[2239]Discussion about estimating accurately damage with damage level sensors For Railway Section Including Beam Viaducts
Yoshihide KAWAMURA, Masamichi SOGABE, Tatsuya NIHEI, Munemasa TOKUNAGA(鉄道総合技術研究所)
[2240]Applying the image analysis to cracked RC beam
Takeshi YAMAMOTO, Koji MATSUMOTO, Junichiro NIWA(東京工業大学)
[1139]NUMERICAL EVALUATION OF ADHESION SALTS ON SUPERSTRUCTURE OF CONCRETE BRIDGE
Jun TOMIYAMA(琉球大学)
[1140]FIELD MEASUREMENT AND NUMERICAL ANALYSIS OF SURFACE CHLORIDE OF CONCRETE
Fuminori NAKAMURA1, Ami IKUTA1, Takumi SHIMOMURA2, Tokuzou HOSOYAMADA2(1.明石工業高等専門学校 2.長岡技術科学大学)
[1141]THE CHLORIDE PENETRATION FLUX MODEL AT THE SURFACE OF CONCRETE SUBJECTED TO AIRBORNE CHLORIDE ATTACK.
Hiroaki MINOO, Tetsuya ISHIDA, Tomoyuki ISHIKAWA(東京大学)
[1142]Comparision in the diffusivity of hardened cement pastes in NaCl and CaCl2
Soyo ASANO1, Makoto TUDA2, Masahiro NOMURA3, Kazuyuki TORII2(1.大林組 2.金沢大学 3.野村昌弘の研究所)
[1143]Modeling of Chloride Transport in Mortars Considering Electrokinetic Behaviors of Pore Walls
Yuya TAKAHASHI, Elakneswaran Yogarajah, Masanori HAYASHI, Tetsuya ISHIDA(東京大学)
[1144]A study on penetration model of chloride ion in concrete using the advection-diffusion equation
Kentaro KOIKE, Toshinobu YAMAGUCHI, Koji TAKEWAKA, Kohei FUKUSHIGE(鹿児島大学)
[1145]Integrated analysis of transportation of water on surface of concrete structure and penetration of chloride into concrete
Kenji HARADA, Syunsuke SATO, Takumi SHIMOMURA(長岡技術科学大学)
[1146]Simplified prediction method for a chloride ion permeation based on the chloride ion profile obtained from concrete structures affected by de-icing salts
Toshiki YANO1, Yoshimori KUBO1, Yasunori HASHIZUME2, Takehiro KAMAMOTO3(1.金沢大学 2.西日本高速道路エンジニアリング関西 3.西日本高速道路)
[1147]Rebar corrosion performance and salinity intrusion resistance of the Strain Hardening Cement-based Composites with a cracked
Yuta KOJIMA, DUNG LE ANH, Reitetsu ROKUGO, Koichi KOBAYSAHI(岐阜大学)
[1148]Reduction Effect of Surface Chloride Content of RC Deck in Open-Piled Pier by Curtain Wall
Daishin HANAOKA1, Toru YAMAJI2, Kenichiro SHIMOSAKO2, Takahiko AMINO1(1.東亜建設工業 2.港湾空港技術研究所)
[1149]Estimation of the influence of the de-icing salts that affected the concrete structure with an analysis of monitoring data
Shiho IBATA1, Toshiki YANO1, Yoshimori KUBO1, Yasunori HASHIZUME2(1.金沢大学 2.西日本高速道路エンジニアリング関西)
[1150]Experimental study on chloride ion penetration in vertical direction to crack in cracked concrete
Junpei SAITO, Satoru SHIMOBE(日本大学)
[1151]Evaluation of chloride penetration to the difference in the curing method and period using the non-steady-state electrically accelerated methods
Takahiro KAMEYAMA, Shingo KURODA, Takeshi IYODA(芝浦工業大学)
[1152]Corrosion Condition and Flextural Deformation of RC Beam Exposed to Chloride Attack under Sustained Loading
Mika SUZUKI, Naoyuki FUKUURA, Tsuyoshi MARUYA(大成建設)
[1153]The influence of the environmental action on the steel corrosion in a concrete exposed under various climate classifications
Kaori MATSUYAMA, Akihito OGASAWARA, Yoshimori KUBO(金沢大学)
[1154]Characteristics of Chloride Penetration and Bond Behavior of Reinforced Concrete with Rapid- Hardening Admixture at Early Age
Ryouma SAKAI1, Naohide ARIMA2, Takeshi MIYASHITA3, Yuki MURAKAMI1(1.長岡工業高等専門学校 2.中日本ハイウェイ・エンジニアリング名古屋 3.長岡技術科学大学)
[1155]BASIC STUDY ON THE ESTIMATION OF AIRBORNE CHLORIDE-IONS ON MAIN OKINAWA ISLAND
Kohei SAKIHARA1, Takayuki HIGA2, Yoshitomo YAMADA1, Noboru YUASA3(1.琉球大学 2.那覇市役所 3.日本大学)
[1156]Study on the behavior of chloride ion ingress in rectangular mortar beams with different regions of surface coating
Hiroki SAKURABA, Shinsuke KUMAGAI, Iwao SASAKI, Itaru NISHIZAKI(土木研究所)
[1157]Mechanism of chloride induced corrosion and fundamental study to improve durability of utility concrete poles
Tatsuro HASHIMOTO1, Akira HOSODA2, Haruaki YOSHIDA3, Masataka EGUCHI4(1.国際建設技術研究所 2.横浜国立大学 3.日本ネットワークサポート 4.電気化学工業)
[1158]Anti Corrosion Performance of Concrete Using Shirasu in Actual Marine Enviroment
Riki OZONO, Koji TAKEWAKA, Toshinobu YAMAGUCHI, Yuya MAESONO(鹿児島大学)
[1159]Influence of magnesium Ion and Sulfate Ion on Chloride Permeability of Hardened Cement Paste
Keigo HORI, Yoshitaka KATO(東京理科大学)
[1160]Effects for chloride penetration depth and products depend on difference of chloride concentration
Yuto KOMIYAMA1, Kanichi TANAKA2, Takeshi IYODA1(1.芝浦工業大学 2.元芝浦工業大学)
[1161]Experimental Study on Chloride Migration in Carbonated Layer of Concrete
Yoshiki TANAKA, Yoshitomi KIMURA, Jun MURAKOSHI, Hidetaka HONMA(土木研究所)
[1162]Field survey and durability design of chloride affected bridges on the coast of Niigata prefecture
Tsuyoshi TAKAHASHI, Yasushi TANAKA(長岡技術科学大学)
[1324]Experimental Estimate of Injectable Material of Micro-crack Detection by the Low Pressure Injection Method
Hidehiko OGATA1, Daisuke YAMAZAKI2, Masashi SUTO3, Masahiro HYODOU1(1.鳥取大学 2.ショーボンド建設 3.松江工業高等専門学校)
[1325]Evaluation of X-ray Shielding Performance for Concrete Box Culvert by Using X-ray Digital Image and Double layer Value Analysis Method
Yoshinori KITSUTAKA1, Youji OGAWA2, Takashi YOKOMURO3, Hideki IGAWA2(1.首都大学東京 2.日本ヒューム 3.足利工業大学)
[1326]CRACK DETECTION OF STEEL SHEET PILE‐CONCRETE COMPOSITE USING THERMAL IMAGE DATA
Shuichi KOBAYASHI1, Tetsuya SUZUKI2, Toshihiro MORII2(1.水倉組 2.新潟大学)
[1327]Study of the infrared thermography method automatic diagnosis support system using the cooccurrence matrix
Kenji HASHIZUME1, kazuaki HASHIMOTO1, Pamg-jo CHUN2(1.西日本高速道路エンジニアリング四国 2.愛媛大学)
[1328]Study on Evaluation System for Grout Filling Property in PC Structure by Infrared Thermography
Yusuke KOIKE1, Takayumi IMAI1, Hideki OSHITA1, Syogo HAYASHI2(1.中央大学 2.西日本高速道路エンジニアリング四国)
[1329]Evaluation of Composition Distribution in Polymer Cement Finishing Material by Near-infrared Spectroscopic Technique
Yuji NONAMI, Mayuki TUKAGOSHI, Takao UEDA(徳島大学)
[1330]Upgrading of estimation for rebar corrosion in RC by advanced thermo image processing
Takayumi IMAI1, Hideki OSHITA1, Syogo HAYASHI2, Yosuke FUKUOKA3(1.中央大学 2.西日本高速道路エンジニアリング四国 3.第一高周波工業)
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