CONCRETE JOURNAL Vol.53, No.5, May 2015
Japan Concrete Institute (JCI No.596)

contents


Materials
By S. Namiki

Special Issue: Visualization of Concrete in Various Situations


  1. Clarification of Fundamental Properties
    1.1 Observation of Pore Structure in Concrete -A Fundamental Approach to Evaluate Characteristics of Pores from Image Data-
    By S. Igarashi
    1.2 Can We See the Nano Structure of Calcium Silicate Hydrates (C-S-H) ?
    By K. Matsui
    1.3 Visualization about Fluid Factors and Flow Situation of the Fresh Concrete
    By Y. Yamada and S. Urano
    1.4 Visualization of the Water Distribution in the Concrete Using a Humidity Sensor
    By M. Taniguchi and O. Katsura
    1.5 Investigate the Structure and Functional Mechanism of Chemical Admixture
    By H. Nishi
  2. Production and Construction
    2.1 Visualization of Ready-mixed Concrete Transport
    By K. Suwa, T. Asakawa and T. Toyama
    2.2 Visualization of Pumpability by Measurement of the Vibration Acceleration
    By S. Hashimoto, T. Watanabe, C. Hashimoto and S. Date
    2.3 Visualization for Concrete Filling for Working Chamber of the Pneumatic Caisson Method
    By T. Kondou, J. Fukuda, T. Kobayashi and M. Tawara
    2.4 On-Site Visualization of Measured Information at Construction Sites
    By S. Akutagawa
  3. Clarification of Deterioration
    3.1 Visualization of Progress of Neutralization (Carbonation) of Concrete -As a Connection with Rendering Visible of Durability of Materials Systems-
    By T. Fukushima
    3.2 Visualization of Salt Penetration Using the Near-infrared
    By K. Toda, W. Yang, K. Harada and T. Shimomura
    3.3 Visualization of Water Content in Concrete by Neutron Radiography
    By M. Kanematsu
    3.4 Visualization of Defect in Concrete by Elastic Wave
    By K. Ohno
  4. Maintenance and Inspection
    4.1 A Method of Evaluating Properties of Concrete by Contrast Radiography
    By M. Takeda
    4.2 Visualization of Concrete Structures Using Elastico-luminescent Sensors
    By C. Xu
    4.3 Application to Existing Structures of Estimation Method of Chloride Content Using Electromagnetic Waves
    By T. Mizobuchi
    4.4 Research on Quantitative Diagnoses of Outward Tile Separations by Inspection Robot
    By S. Doi
  5. Demolition Work
    5.1 Visualization Technology for Labor and Public Safety at Demolition Works
    By S. Fujimoto, M. Ideno and N. Yuasa
    5.2 Visualization of CO2 Uptake Effect due to Demolished Concrete
    By K. Kawai
  6. Information Management
    6.1 Maintenance of the Highway Brides and Approach to Visualization of the Performance -The Degradation Characteristic of the Concrete Member of the Japanese Highway Bridges on the Result of Periodic Inspection-
    By T. Tamakoshi and Y. Yokoi
    6.2 Construction of a Damage Case Data Base
    By M. Kobayakawa and M. Hisada
    6.3 Visualization of Construction Information Using the BIM Model
    By M. Fukushi

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