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2013 - 2026
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| Keywords : | |
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| Year : | 2013 - 2026 |
Search across all events. Up to 10,000 search results will be displayed.
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Search Results(7,668)
[0002]コンクリート分野における電磁波の高度利用に関する研究委員会報告
[0003]鉄筋コンクリート造構造物の津波被害軽減化技術に関する研究委員会
[2058]Study on the Shear Performance of the Adhesive Joint between Steel Plate Welding Deformed Stud and Concrete
Ryota TAZUKE1, Yusuke OTA1, Akari TSUTSUMI1, Kuniyoshi SUGIMOTO2(1.長谷工コーポレーション 2.横浜国立大学)
[2059]Shear Strength Evaluation of Wing Wall on Either One Side in Reinforced Concrete Structures Using the Brace Replacement Method
Yutaka MATSUMOTO1, akihito noguchi1, keito nagano1(1.久留米工業大学)
[2060]Re-evaluation of Shear Strength Prediction Equations for Reinforced Concrete Beams with Fixed-End Supports Using an Experimental Database
Natsumi CHUKA1, Koichi KOBAYASHI2, Atsushi SHIBAYAMA2(1.日本工営都市空間 2.岐阜大学)
[2061]Quantification of three-dimensional shear resistance mechanism on RC waffle-shaped structures with various slab thicknesses
Yuta YAMADA(日本大学)
[2062]Hysteresis of Axial Force Fluctuation on Shear Load-Resisting Mechanism of Circular RC linear Members under Multi-Point Loading
Yuka BANNO1, YUKI NAKATA1, RYU HASHIMOTO1, KEN WATANABE1(1.鉄道総合技術研究所)
[2063]Effects of Hook Configuration of Shear Reinforcing Crossties on Shear Capacity and Damage Behavior of RC Foundation Beams
Hayato TANAKA1, Junsei ISHIZUKA1, Rokhyun YOON1, Yasushi SANADA1(1.大阪大学)
[2064]Basic attempt of shear failure assessment of 3DCP-RC beam by nonlinear finite element method
Yujin YAMAMOTO1, Ryota Kuriahra2, Motohiro Ohno2, Tetsuya Ishida2(1.大成建設 2.東京大学)
[2065]Experimental Test on the Load-Carrying Capacity around the Square Steel Stopper in Railway Bridges
Takumi KOJIMA1, Koichi matsumoto1, koichi nakaoka1(1.東日本旅客鉄道)
[1009]Effect of Inorganic Salts and Alkanolamines on the Hydration of Limestone–Blast Furnace Slag Blended Cement
Taiki ＷＡＴＡＮＡＢＥ1, Yoshifumi Ohgi1, Yoshifumi Hosokawa1(1.太平洋セメント)
[1010]Tensile Fracture Mechanisms of 1.1nm Tobermorite Studied by Ab Initio Molecular Dynamics and Extended to Large-Scale Simulations Using Machine Learning Interatomic Potentials
Ikumi KANEMASU1, Ken-ichi Nomura2, nobufumi Takeda3, satoshi ohmura1(1.愛媛大学 2.University of Southern California 3.広島工業大学)
[1011]Structural Stability of C-(N,A)-S-H Systems Induced by Charge Compensation under Low-Alkali Conditions
Hideyuki SAIO1, Hiroaki Hara1, Ryo Yoshiwa1, Toyoharu Nawa2(1.名古屋工業大学 2.NIST合同会社)
[1012]Vibrational Analysis of Water Molecules within (Defect) Tobermorite Structures Using Molecular Dynamics Methods
Taiyo YASUMATSU1, Hiroaki Hara1, Ryo Yoshida1, Ryo Kobayashi1(1.名古屋工業大学)
[1013]Effect of Ca-based Reaction Accelerators on the Reaction Promotion of Low-Basicity Blast Furnace Slag
Masahide AKASHI1, HIROTO KOUNO1, TAKAYASU ITOU2, DAIKI ATARASHI1(1.島根大学 2.UBE三菱セメント)
[1014]Structural Model Verification and Amorphous C-S-H Estimation in Rietveld Quantitative Analysis of Hydrothermally Synthesized 11 Å Tobermorite
Kento YONEDA1, Kunio MATSUI1, Ippei MARUYAMA1, Tsuyoshi SAITO1(1.東京大学)
[1015]EFFECTS OF WET-DRY CYCLES AND AMINE SOLUTION ON CARBONATION OF CEMENT PASTE
Heng LI1, Anju YAMAGUCHI1, Yuya YODA1, Ryoma KITAGAKI2(1.清水建設 2.北海道大学)
[1016]Carbonation behavior of C3S paste under different humidity conditions
Qi XU1, Junshan Zhang1, Dayoung Oh1, Ryoma Kitagaki1(1.北海道大学)
[1001]The effect of seawater and anhydrite on the early strength of BFS cement (class C) mortar
Jiale XU1, Takayuki Fukunaga1, Hidenori Hamada1(1.九州大学)
[1002]A Fundamental Study Toward Developing an Evaluation Method for Amines in Cement Paste
Koki MAEKAWA1, Ryosuke SAITO1, Masato TSUJINO1, Hisanori SENBOKU2(1.清水建設 2.北海道大学)
[1003]Mechanism of Hydration Reaction in Blast Furnace Slag Based on Chemical Analysis of Insoluble Residue Obtained by Selective Dissolution
Hiroto ＫＯＮＯ1, satoshi Fijiwara2, Nobukazu Nito2, Daiki Atarashi1(1.島根大学 2.デイ・シイ)
[1004]Study on the Carbonation of Ettringite and Monosulfate
Yoshifumi ＯＨＧＩ1, Yoshifumi Hosokawa1, Ippei Maruyama2(1.太平洋セメント 2.東京大学)
[1005]Estimation of Cement Paste Pore Solution pH via the Electrochemical Impedance Response of a Silver/Silver Oxide Electrode
Nagate HASHIMOTO1, yoshitaka kato1(1.東京理科大学)
[1006]A Fundamental Study on Dominant Factors in Collapse Behavior of Hardened Cement Paste during Water Immersion after High-Temperature Exposure
Daiki ＩＣＨＩＫＡＷＡ1, Tatsuki Nakashima1, Ippei Maruyama2, Go Igarashi1(1.名古屋大学 2.東京大学)
[1007]Study of Modification Effect of Surface Impregnation Method on Carbonation-Cured High-Volume Blast Furnace Slag Concrete
MINJIN KIM1, Kei-ichi IMAMOTO1, Yutong LI1, MAYUKO HIRATA2(1.東京理科大学 2.鹿島建設)
[1024]Evaluation of Organic Component Adsorption Behavior on Blast Furnace Slag High-Content Cement and Carbonated Recycled Powder, and Development of Novel Chemical Admixtures
Takuya OISHI1, Yuchi NEMOTO1, Akihiro FURUTA1, Yukiko NISHIOKA2(1.竹本油脂 2.竹中工務店)
[1025]Study of a new hardening technology using only biomass ash and water
Ryoichi TAKAGI1, Tsuyoshi Saito2, ﾀﾞｲｷ ｻﾜ2(1.安藤・間 2.東京大学)
[1026]Effect of mixing time on expansion property of expansive additive-containing mortar
Hiroyuki DOMON1, Akio WATANABE1, Takanobu HIRANO2(1.苫小牧工業高等専門学校 2.金沢大学)
[1027]Influence of the Chemical and Physical Quality of Limestone Used as a Mineral Admixture on the Basic Properties of Cement and Concrete
Eiki YASUDA1, Masaya Takeda1, Yusuke Kirino1, Yoshifumi Hosokawa1(1.太平洋セメント)
[1028]Experimental study on improving freeze‐thaw resistance of precast concrete products by admixture of superabsorbent polymer
Hidehiro YAMAZAKI1, Hazime Kawai2, Miyu Sasaki2, Toshihiro Kojima1(1.ピーエス・コンストラクション 2.日本触媒)
[1029]Study on Changes in Mineral Composition and CO2 Absorption Capacity of Cement Granulates with SCMs by Accelerated Carbonation
Kanako MORI1, Takeshi Torichigai1, Kenzo Watanabe1, Takahito Oikawa2(1.鹿島建設 2.中国高圧コンクリート工業)
[1030]Fresh Properties and Strength Development of Mortar Below-Freezing Conditions Using an Anti-Freezing Agent and a Retarder
Genki SAKAMATSU1, Masumi Inoue1, Masaki Nakamura2, Yuhji Sudoh3(1.北見工業大学 2.日本高圧コンクリート 3.日産化学)
[1031]Effects of different conditions on the compressive strength of expansive concrete
Hiroshi MARUTA1, Eizo Takeshita1, Yasuhiro Nagashio1, Chunhe Li2(1.太平洋マテリアル 2.宮崎大学)
[1032]Experimental Study on the Rheological Properties and Water Evaporation of Mortar Containing Superabsorbent Polymer
Kanta SHIMIZU1, Syuya HIRANO1, Yuki YOKOYAMA2, Takeshi TAKAYAMA2(1.フローリック 2.日本触媒)
[1033]Long-Term Strength Development and Temperature Dependence of Mortar Containing Volcanic Glass Powder with Varying Specific Surface Areas and Replacement Ratios
Kosuke SAITO1, Naoyuki Sugihashi1, Shin Yamaguchi1(1.日本大学)
[1034]Effect of curing conditions on strength development of natural zeolite-blended cement
Masahito TADA1, So Goto1, Ryuchiro Kuga1, Hiroaki Mori1(1.太平洋セメント)
[1035]Strength and Shrinkage Characteristics of Ordinary Strength Concrete with Fly Ash and Silica Fume
Yukie KOHYAMA1, Noriyuki SUGATA1(1.室蘭工業大学)
[1036]Impact of Cement and Fine Aggregate Types on Strength Development and Chloride Penetration Resistance of Concrete Using Volcanic Glass Powder
Kotaro UCHIDA1, Yoshikazu Akira1, Toshinobu Yamaguchi1, Takashi Kawakami1(1.鹿児島大学)
[1037]Properties and Approximation Formula Applicability of High Volume GGBS Blended Cement Concretes Under Intense Hot Weather
Kyosei KAWANO1, Toshihiro Otani1, Yoshitada Akiyoshi1(1.大分大学)
[1038]Effects of Various Hardening Accelerators on the Compressive Strength of Mortar Containing Ground Granulated Blast Furnace Slag
Chiaki KAWATANI1, Yota Takeiri1, Takeshi Iyoda1(1.芝浦工業大学)
[1039]Experimental Insights into Accelerated Carbonation of GGBS-Blended Hardened Cementitious Materials
Karen Midori MASUNAGA1, Takeshi IYODA1(1.芝浦工業大学)
[1008]A Study on Microporous of Hardened Cement Paste Using Water Vapor Sorption Isotherms with Crushed Granular Samples
Tomoyuki ＴＡＮＡＫＡ1, Seishi Goto2, Toshiharu Kishi1(1.東京大学 2.山口大学)
[1017]Bleeding Suppression and Performance Evaluation of Mortar and Concrete Using Coal Gasification slag Sand and Fly Ash
Taketomo MIYAZAWA1, Kosuke Yokozeki1, mitsutoshi Tsuji2, Yoshio Shinoda3(1.東洋大学 2.東京パワーテクノロジー 3.日本コンクリート技術)
[1018]STUDY ON BLEEDING AND FREEZE-THAW RESISTANCE OF CONCRETE USING COAL GASIFICATION SLAG FINE AGGREGATE
Atsushi YAMADA1, Akio KOYAMA1(1.明治大学)
[1019]A fundamental study on reaction between hardened cement paste powder and rhyolite powder at high temperatures
Yohei KORI1, Tatsuki Nakashima1, Ippei Maruyama2, Go Igarashi1(1.名古屋大学 2.東京大学)
[1020]Fundamental Study on the Properties of Mortar Using Shirasu as Part of the Fine Aggregate
Yuji YAMADA1, Shotaro Yano1, Takayuki Fukunaga2(1.山口大学 2.九州大学)
[1021]FUNDAMENTAL PROPERTIES OF CONCRETE USING ELECTRIC ARC FURNACE OXIDIZING SLAG COARSE AGGREGATE COMBINED WITH BLAST FURNACE SLAG AND LIGHTWEIGHT AGGREGATES
Hikari ASAKURA1, Keiichi IMAMOTO1, Uton LI1, Wangmo Dechen2(1.東京理科大学 2.University of Brescia)
[1022]The effect of fine aggregates on air entrainment in mortar on mixing process
Shuko KOJIMA1, Yoshitaka Kato1, Kazuaki Nishimura1, Akinobu Hirama2(1.東京理科大学 2.エフティーエス)
[1023]Fundamental Study on the Physical Properties of Plant-Mixed Shirasu Concrete Using Pulverized Shirasu Fine Aggregate
Takayuki FUKUNAGA1, Go Hashinokuchi1, Yoshikazu Akira2, Hiroshi Koka3(1.九州大学 2.鹿児島大学 3.鹿児島菱光コンクリート)
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