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Special Issue: Durability of Concrete Structures -Challenge for New Construction-

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Concrete Technology from Chubu(the Central Japan)

By S. Kawabe

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1. General Description

   1.1 Short History of Durability Assessment for Concrete Structure in Japan

   By T. Miyagawa

   1.2 Verification of Durability in JSCE Standard Specification for Concrete Structures

   By T. Shimomura

   1.3 Transition of Standard for Durability Design and Construction Practice of Reinforced Concrete Building

   By Y. Masuda

2. Methodologies in Design

   2.1 Evaluation Technology for Long-time Performance of Concrete Structure

   By S. Miyazato, T. Noguchi and K. Takewaka

   2.2 Future Vision on Long-term-performance Based Design for Architectural Structures

   By Y. Kaneko, N. Maeda and K. Yamanobe

   2.3 Durability Consideration in International Design Standards

   By T. Ueda

   2.4 Design Standards for Railway Structures

   By Y. Tanimura

   2.5 The Verification Method of Steel Corrosion in Port Concrete Structures -"Technical Standard and Commentaries for Port and Harbour Facilities in Japan"-

   By T. Yamaji, Y. Akira and M. Iwanami

   2.6 Approach for High Durability of the Prestressed Concrete Bridge Construction in New Tomei Expressway of Aichi Prefecture Section

   By S. Sakai, C. Nagao, T. Yamada and S. Muraoka

   2.7 Verification Methods of Durability for Underground RC Structures in Unclear Power Stations

   By T. Matsumura

3. Materials Technologies

   3.1 Development of New Cementitious Materials for Environmental Loading Reduction

   By D. Atarashi, T. Saito, E. Maruya and E. Sakai

   3.2 Admixtures with Shrinkage-reducing Performance

   By K. Saito

   3.3 Present Situations and Future Expectations of Expansive Concrete

   By A. Hosoda

   3.4 Durability of High Strength Concrete and Structures

   By T. Ichinomiya, H. Mutsuyoshi, M. Sakurada and H. Musya

   3.5 Development of Crack Self-healing Technology for High Potential Concrete

   By T. Kishi

   3.6 Epoxy-coated Reinforcing Steel Bars and Stainless Steel Bars

   By T. Maruya

   3.7 Durability of New Construction Concrete Structure Enhancing Technique using Surface Penetrants(Silane Type)

   By D. Hayashi, R. Ashizawa, M. Ueda and A. Maeyama

   3.8 Structures Protective Effects of Finishing Materials -Carbonation Suppressive Effects of Finishing Materials of Buildings-

   By M. Kono

4. Construction Techniques

   4.1 On the Crack Control System Started by Yamaguchi Prefecture

   By N. Kunishige, T. Tamura, M. Ninomiya and H. Morioka

   4.2 Technical and Management Efforts for Constructing High Quality Civil Engineering Structures by General Contractors

   By N. Sakata, G. Sakai, T. Yoshikawa and Y. Nakatani

5. Examples of Application

   5.1 Construction of New Amarube Bridge(Technical Challenges to Overcome Damage of Salty Breezes)

   By M. Takemura, M. Kaneko, T. Nakahara and K. Takeyama

   5.2 The Maintenance of Concrete Structure at the Haneda Airport D Runway

   By N. Okutsu, S. Hayashi, Y. Niihara and S. Ohno

   5.3 The Measure for Improving the Durability of Shin-katsushika Bridge, Tokyo Gaikan Expressway, at the Stage of Construction

   By Y. Koshiyama, K. Arai, Y. Abe and J. Arai

   5.4 Asagaya Project -Development and Construction of Three-dimensional Seismic Isolation Buildingz-

   By O. Takahashi, T. Tomizawa, H. Aida, J. Suhara, I. Kurosawa, Y. Tsuyuki and T. Fujita

   5.5 Technical Outline and Applications of a Concrete using Durability Improving Admixture

   By K. Yanagibashi

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