CONCRETE JOURNAL Vol.56, No.9, Sep. 2018
Japan Concrete Institute (JCI No.636)

contents


Talking about Direction of Research
By I.Kishimoto

Special Issue : A Technical Breakthrough of Structural Technologies -Background and Perspective of Technological Innovation-


  1. Structural Technologies in Civil Engineering Field
    1.1 Development of the Composite Pavement for Expressways in Japan
    By S.Takahashi
    1.2 Technology in Expressway Renewal Project
    By G.Ohashi, Y.Morimoto, T.Fujimoto and K.Endou
    1.3 Pre-casting of Railway Viaduct to Solve Problems of Continuous Elevated Railroad Project in a Narrow Urban Area
    By T.Kuroiwa, T.Ou, H.Hattori and T.Konishi
    1.4 Development History of Underpass Construction Methods and Introduction of the Method using Precast Prestressed Concrete Girders
    By Y.Maruyama and T.Kamiya
    1.5 The History of PC Pavement Transition and Application for Airport and Harbor
    By Y.Shiramizu, S.Yoshimatsu and K.Morohashi
  2. Structural Technologies in Architectural Field
    2.1 The Development History of Structural Construction Method for Multiple Dwelling Houses at Japan Housing Corporation and Urban Renaissance Agency
    By Y.Inoue, S.Oda, H.Tomioka and T.Tanuma
    2.2 Recent Office Building
    By S.Matsumoto, T.Nitta, T.Komuro and M.Ibuka
    2.3 Structural Technologies of New Type Long Span Moment Resisting Frames
    By K.Kanemoto
    2.4 Design of Skyscraper Building -History of Earthquake and Seismic Load-
    By S.Yagi, T.Iijima, T.Hoshi and T.Ichinose
    2.5 Existing and New Technical Approaches to High-Rise RC Building Structures
    By N.Yanagisawa, K.Kishimoto and T.Araki
  3. Experiment/Analysis/Evaluation Technologies in Civil Engineering and Architectural Field
    3.1 E-Defense Shaking Table Test on Pile-supported Structure
    By M.Yamazoe, Y.Sako and K.Kusunoki
    3.2 The Assessment Procedure for Structural Performance of Deteriorated RC Buildings
    By K.Kabayama
    3.3 Damage Evaluation Technique based on Digital Image Processing in Structural Experiment
    By N.Takahashi
    3.4 Introduction of Integrated Earthquake Simulation (IES) and Related Systems -Development, Present and Vision-
    By K.Iiyama
    3.5 Multi-hazard Resistance of Concrete-Filled Steel Tube Column
    By S.Fujikura
    3.6 Current State and Future of Numerical Analysis of RC Structure by using RBSM
    By Y.Yamamoto
    3.7 Verification, Validation and Topology Optimization for Innovative Design of Concrete Structures
    By K.Wada, H.Sakurai, K.Takimoto and S.Yamamoto
    3.8 Development History and Future Perspective of a Multi-Scale Integrated Analytical System for RC Structures
    By T.Ishida
  4. Future Prospects
    4.1 Overview of Design, Construction and Maintenance of Concrete Structures -Past, Current and Future of JSCE Concrete Codes-
    By K.Maruyama
    4.2 How to Design Structures Based on Performance
    By S.Hayashi

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