CONCRETE JOURNAL Vol.44, No.9, Sep. 2006
Japan Concrete Institute (JCI No.492)

contents


Special Issue : Performance of Concrete for Construction to Produce Superior Structures


Spirit of Engineers
By K. Maruyama
  1. Over View
    1.1 Performance Assessment of Construction and Quality Assurance of Structural Concrete -Discussion in Concrete Committee of JSCE-
    By K. Maekawa
    1.2 Performance of Concrete Required in Construction of Buildings
    By H. Kasami
    1.3 Performance of Concrete for Construction from a Viewpoint of Code and Specifications
    1.3.1 Description on Workability in Japanese Specifications for Public Works
    By H. Kawano
    1.3.2 Description on Workability in Japanese Specifications for Reinforced Concrete Buildings
    By Y. Masuda
    1.4 Can We Quantitatively Evaluate Concrete Performance Required in Execution?
    By T. Noguchi
    1.5 Performance of Concrete for Construction for Constructors
    1.5.1 Activity of Construction and Quality Assurance in Ministry of Land Infrastructure and Transport
    By H. Watanabe
    1.5.2 Activity of Construction and Quality Assurance in East Japan Railway Company
    By T. Tsuyoshi
    1.5.3 Concepts on Improvement of Concrete Quality related to Workability in NEXCO
    By A. Homma
    1.5.4 Technique of Concrete Construction in Urban Renaissance Agency
    By T. Kawanishi
    1.5.5 Performance of Concrete for Construction in Design Phase of Civil Structures
    By M. Itou
    1.5.6 Practical Conditions and Problems on Specifying 'Construction Performance' in Design
    By M. Kawamura
    1.5.7 Quality Improvement Activity during Concrete Construction at Japan Civil Engineering Contractors' Association
    By N. Kobayashi
    1.5.8 Activity of Construction Quality Assurance in 'Building Constructors Society' and New Quality Control System
    By A. Nishida and T. Ohta
  2. Details
    2.1 Quantitative Evaluations of Performance of Concrete for Construction
    2.1.1 Evaluation of Compactability based on Compaction Energy
    By K. Uji
    2.1.2 Evaluation of Concrete Construction Plan using Risk of Initial Defects
    By R. Chikamatsu, T. Kawanishi, K. Iriya and S. Sogo
    2.1.3 Risk Analysis in Life Cycle based on Statistical Approach evaluating Initial Defects introduced in Construction Process
    By N. Sakata
    2.2 Performance of Concrete for Construction depending on Materials and Mix Proportions
    By Y. Nakata and T. Kemi
    2.3 Inorganic Materials and Construction Performance
    By M. Hashimoto
    2.4 Performance of Concrete for Construction depending on Chemical Admixtures
    By Y. Okawa
    2.5 Performance of Concrete for Construction depending on Mixing
    By T. Yoshikane
    2.6 Performance of Concrete for Construction depending on Construction
    2.6.1 Performance of Concrete for Construction on Pumping
    By K. Okamoto and Y. Nakata
    2.6.2 Quality Change of Fresh Concrete under Pumping
    By T. Kumano
    2.6.3 Placing and Consolidation
    By T. Ohtomo and T. Shindou
    2.6.4 Placing on Consolidated Layer of Fresh Concrete and Finishing
    By S. Ushijima
    2.6.5 Execution of Concrete Ground Work Based on Floor Performance
    By Y. Yokoyama and T. Yokoi
  3. Performance of Concrete for Construction in Construction Cases
    3.1 Tunnel
    By N. Sano and S. Kaise
    3.2 Prestressed Concrete Bridges
    By Y. Hamada, S. Tokumitsu, H. Asai and M. Wakimoto
    3.3 Concrete Dams
    By T. Sasaki
    3.4 Slurry Wall
    By Y. Kawamura
    3.5 A High-rise Building
    By M. Hayakawa
    3.6 Quality Control of Concrete for the Construction of the First Higashidori Nuclear Power Station
    By M. Tanaka, I. Tanji, K. Hirotani and S. Iwakami
    3.7 Complicated Shaped Buildings
    By K. Inoue and T. Sato

To Pagetop