JOURNAL OF MATERIALS, CONCRETE STRUCTURES AND PAVEMENTS
No.704/V-55 May 2002

[CONTENTS]

Papers (in English)

  • Numerical Analysis on Interfacial Fracture Mechanism of Externally FRP-Strengthened Structural Members
       …Zhishen WU and Jun YIN.............................257
  • BEM Analysis of Mixed-Mode Crack Propagation due to Corrosion of Reinforcement in Concrete
       …Farid UDDIN A.K.M. and Masayasu OHTSU.............................271

Papers (In Japanese)

  • Calculation Method of Life Cycle Cost to Reinforced Concrete Structures Deteriorated with Salt Attack
       …Takamitsu IBA, Manabu MATSUSHIMA, Hiroshi SEKI and Hideo KAWADA.............................1
  • The Influence of Storage at Very Low Temperatures on the Deterioration of Concrete
       …Sang-Mook HAN, Ichiro IWAKI and Takashi MIURA.............................13
  • Physical Properties of Steel-Fiber Guss-Asphalt for Steel Deck Pavement
       …Takaharu NISHIKAWA, Kazuhiko NISHIDA and Tatuaki NISHIGATA.............................27
  • Dynamic Properties and Its Constitutive Model of Steel Fiber Reinforced High-Strength Mortar under Triaxial Rapid Compressive Loads
       …Kazunori FUJIKAKE, Kazuhiko TSUDA, Tomonori OHNO, Yoshihide SHIMOYAMA and Makoto KATAGIRI.............................37
  • Performance-Based Evaluation on the Durability of Concrete Piers in Sin-Kitakyusyu Airport Bridge due to Salt Attack
       …Hiromichi MATSUSHITA, Masayasu OHTSU, Yuichi TOMODA, Koji TAKEWAKA, Masashi SOEDA and Masayoshi MURATA.............................55
  • Quantitative Nondestructive Evaluation of Defects in Concrete Surface Layer by Impact Acoustics Methods
       …Toshiro KAMADA, Masanori ASANO, Minoru KUNIEDA and Keitetsu ROKUGO.............................65
  • Multi-Component Model for Portland Cement Hydration Reaction Using Cellular-Automata Algorithm
       …Agus Santosa SUDJONO and Hiroshi SEKI.............................81
  • The Dynamic Characteristics of Bridge Piers Designed by Four Major Seismic Design Codes
       …Hiromasa KIMATA, Kongkeo PHAMAVANH and Tada-aki TANABE.............................101
  • Experimental Study on Permanent Deformation of Base Course Surface in Concrete Pavement
       …Yasushi TAKEUCHI, Masashi KOYANAGAWA, Tatsuo NISHIZAWA, Etsuro NODA and Kazuyuki KUBO.............................117
  • Mechanical Behavior of RC Columns Damaged by Alkali-Silica Reaction and Proposal of Strengthening Method
       …Mitsuyasu IWANAMI, Hiroshi YOKOTA, Kazutoshi OKUYAMA and Kazuyuki TORII.............................129
  • Influence of the Wettability and Angle or Form on the Characteristics of Surface Voids in Self-Compacting Concrete
       …Kazuo ICHIMIYA, Takashi IDEMITSU and Takehiro YAMASAKI.............................143
  • Numerical Evaluation for Seismic Performance of Reinforced Concrete Bridge Piers Using Dynamic Lattice Model
       …Tomohiro MIKI, Junichiro NIWA and Manakan LERTSAMATTIYAKUL.............................151
  • Pore Solution Composition of Hardened Cement Paste Made from Municipal Solid Wastes
       …Kenji KAWAI, Ken-ichi MATSUMOTO, Ei-ichi TAZAWA and Shigeru YOKOYAMA.............................163
  • Features of Characteristic Microstructure and Their Effects on Restrained Autogenous Shrinkage Behavior in High Strength Concretes at Early Ages
       …Shin-ichi IGARASHI, Mitsunori KAWAMURA and Takashi MORISHITA.............................173
  • Freezing and Thawing Durability of Early-Age Concrete
       …Yasuhiko YAMAMOTO, Atsushi TAKEDA and Tomozou CHOUAI.............................187
  • Study on Structural Characteristics of Prestressed Concrete Deck Bridge Supported from Below by Cables
       …Shinichi KONDOH, Yasuo KAJIKAWA and Kenichi MAEDA.............................201
  • Analytical Study on Sliding Shear Failure of RC Panels Using Rigid-Body-Spring Models
       …Shigehiko SAITO, Hikaru NAKAMURA and Takeshi HIGAI.............................219
  • Study on the Design and Utilization of a New Type Culvert Method Using RCC
       …Hiroshi YAMAMOTO and Koichi ONO.............................235

Technical Note (In Japanese)

  • The Comparison of RCD Concrete and Slump Dam Concrete: The Effect of the Ratio of Fine Powders
       …Satoru SHIRAMURA and Noriyuki SUZUKI.............................251