CONCRETE JOURNAL Vol.41, No.1, Jan. 2003
Japan Concrete Institute (JCI No.448)
contents
Special Issue: Challenging Construction Projects and Contribution of Concrete Technology
- New Year Greeting
- By S. Morita
- Preface
- I Projects in Civil Engineering Field
- 1. Bridges
- 1.1 Prestressed Concrete Panel-Stayed Bridge -Kyushu Shinkansen Sendaikawa Bridge-
- By I. Iwasaki
- 1.2 Rational Design and Construction for Concrete Arch Bridge -The Fujikawa Bridge of The New Tomei Expressway-
- By Y. Fukunaga, K. Osada, M. Sadamitsu and N. Watanabe
- 1.3 Design and Construction of Prestressed Concrete Bridge Using Corrugated Steel Webs -Shimoda Bridge-
- By M. Azeta, K. Hirakawa, K. Ohtsuka and K. Ohnuma
- 1.4 Application of Ultra High-Strength (200N/mm2) Fiber Reinforced Cementitious Composites -Sakata Mirai Bridge-
- By Y. Shimoyama, Y. Tanaka and T. Kobayashi
- 2. Dams
- Development of New Transportation Equipment of Concrete Tako Dam Project
- By R. Sato and Y. Toneda
- 3. Tunnels
- 3.1 Jointing Using Highly Fluidized Concrete for Submerged Tunnel Construction -Niigata Minato Tunnel
- By S. Yoshinaga, K. Sakamoto, Y. Shibuya and N. Yokoyama
- 3.2 Jointing Two-Story Expressway Large Tunnel Under The Existing Road in Residential Area -Metropolitan Inter City Expressway Ome Tunnel-
- By K. Haruyama, M. Oonishi, S. Kiriyama and M. Yasuhara
- 3.3 Construction of the Long-distance Urban Tunnel with Large-section Shield Tunnel Method -Metropolitan Expressway Central Circular Shinjuku Route
- By H. Hanno and N. Kawada
- 3.4 Application of High-Strength Fiber Reinforced Shotcrete -Rittoh Tunnel, New Meishin Expressway
- By M. Mukai, H. Ohuchi and Y. Tanaka
- 4. Underground Power Plants
- The Design of Concrete Structure of Underground Power Plant with Large Cross Section -Kanagawa Power Plant
- By C. Shibahara
- 5. LNG Storage Tanks
- Modern Prestressed Concrete Outer Tank for LNG Storage
- By T. Nishizaki, T. Ushida, F. Kamada and S. Hata
- 6. Environment
- 6.1 Concrete Rubble Recycling System Within a Housing Complex
- By Y. Morikami
- 6.2 Porous Concrete with the Aim of Organism Symbiosis
- By M. Tamai
- 1): An Application of Greenery Concrete Using Coal Ash at the Tachibana Bay Power Plant
- By Y. Ishikawa and K. Yanagibashi
- 2): Application of Porous Concrete for Bank Protection Method at Ishihara River
- By T. Horiguchi
- 3): Application of Porous Concrete for Water Purification in Lake and Mashes
- By K. Demura and F. Kaneko
- 7. Pavements : Concrete Pavement Satisfying Social Needs
- By K. Kokubu
- 8. Pre-Cast Concrete Use of Pre-Cast Concrete Products -Inariyama Tunnel
- By R. Kimura, F. Yasuda, M. Nakano and T. Iwasaki
- II Project in Architectural Field
- 9. Super High-Rise RC Building with Base Isolation
- 9.1 Highest Isolated Condominium Skyscraper Thousand Tower (Shinkawasaki Urban Residence Ichibankan)
- By Y. Nishikawa and Y. Kimura
- 9.2 Super High-Rise Reinforced Concrete Building in Minato-Mirai 2139 Town
- By S. Shimohaza, C. Nakayama and C. Makino
- 10. Super HIgh Rise RC Building using Pre-cast and/or Pre-stressed concrete
- 10.1 High-Rise RC Buildings Combined with Pre-cast and Site-Cast Concrete
- By A. sumi
- 10.2 Construction of High-Rise RC Building Using Precast Concrete -Yukari gaoka stn. South Project
- By T. Abe, S. Ishikawa, Y. Kamiyama and N. Haneda
- 10.3 High-Rise RC Building in Kawada-cho
- By T. Tomita, T. Kawanishi, T. Hara and C. Otagiri
- 11. Innovative Design of Super High-Rise RC Building
- 11.1 Highest RC Condominium Sky Scraper Shiodome Area H Superhigh-Rise Tower
- By T. Tomita, H. Akishige, T. Uto and T. Ueda
- 11.2 Plaza Tower KACHIDOKI
- By Y. Yamamoto
- 12. New Construction Technology in Super High-Rise RC Building
- 12.1 New Automatic Construction Technology of Highrise R/C Building
- By T. Fujii, H. Takenaka, T. Miki and R. Yanagawa
- 12.2 Mechanized Construction Method with Precast-in-site Concrete Members for Super High-rise-building
- By s. Koda
- 13. Construction of C.F.T. Structures
- 13.1 Construction of Concrete Filled Tube Columns in Dentsu New Head Office Project
- By T. Akiyama, M. Yamanaka, H. Kanazawa and Y. Koshiro
- 13.2 Construction Achievement of High-rise Building Designed as Concrete Filled Tube Structure -Challenge toward Completion of 250m Building Using 14 000m3 CFT Concrete-
- By N. Yoshioka, N. Nii, K. Yanagita and H. Momose
- 13.3 Concrete Placing Method of C.F.T. Structure, By Floor to Floor Building Construction System
- By S. Fujiwara
- 14. Other technology in Building Construction
- 14.1 Design and Construction of a Chapel with 3-Dimensional Curved Surface
- By H. Une, E. Matsui, M. sadanaga and Y. Ohta
- 14.2 Design and Construction of a Mega-Structure Building Composed of Reinforced Concrete Columns Made of High-Strength Concrete and Extra-Large Steel Beams
- By S. Miura, T. Onogi, S. Toriyama and H. Inoue
- 14.3 Safety-Related Concrete Structure Design and Construction of Rokkasho Reprocessing Plant
- By H. Morishita, Y. Munakata and R. Togashi
- 15. Other technology in Structural Engineering
- 15.1 Structural Health Monitoring Using Fiber Optic Sensing
- By H. Kumagai
- 15.2 Application of Closed-Loop Concrete System to Replacement Work
- By Y. Kuroda, K. Mori and Y. Miyachi
- 15.3 Round Robin Analysis on Limit State Behavior of 1/4 PCCV
- By K. Imoto, K. Yonezawa, A. Kato and T. Jawasato
