Profile


Name

IWAKI, Ichiro

Title

Professor, Dr. Eng.

Field

Concrete Engineering
Infrastructural Maintenance Engineering

University

Tohoku University [1986]

Graduate School

Tohoku University, Master's Course [1988]
University of Colorado at Boulder, Master's Course [1996]

E-mail

iwaki @ civil.ce.nihon-u.ac.jp　　

Phone

+81-24-956-8721

Fax

+81-24-956-8721

Subjects

Durability of concrete structures
Properties of ggbs-concrete in cold retions
Development of high performance concrete used for retrofitting bridge deck

査読付き論文リスト

  1. A new look at reliability of reinforced concrete columns[Structural safety,18(2/3),(1996),123-150]D. M. Frangopol, Y. Ide, E. Spacone and I. Iwaki
  2. Reliability-based Evaluation of Reinforced Concrete Bridge Piers under Seismic Loads[Concrete Research and Technology, 8(1),(1997),151-160]Ichiro Iwaki, Dan M. Frangopol
  3. Influence of Curing Temperature on Strength Development of Concrete Containing Lime Stone Powder[Proc. of the JCI,19(1),(1997),265-270]Ichiro Iwaki, Tetsuro Hyuuga and Takashi Miura
  4. Strength Development of Concrete Containing Ground Granulated Blast-Furnace Slag in Cold Districts[Proc. of the JCI,19(1),(1997),247-252]Kazutoshi Suzuki, Ichiro Iwaki and Takashi Miura
  5. Study on Allowable Coating Damage of Epoxy-Coated Reinforcing Bars[ACI MATERIALS JOURNAL,94(4),(1997),267-272]Takashi Miura, Hirofusa Itabashi and Ichiro Iwaki
  6. INFLUENCES OF MINIMUM COOLING TEMPERATURE ON DETERIORATION OF CONCRETE COOLED TO VERY LOW TEMPERATURE CYCLICALLY[CAJ Proceedings of Cement & Concrete,51,(1997),702-707]Makoto NAKAMURA, Ichiro IWAKI and Takashi MIURA
  7. STUDY ON METHODS FOR RESTRAINING ALKALI-SILICA REACTION OF CONCRETE UNDER INFLUENCE OF NaCl[CAJ Proceedings of Cement & Concrete,51,(1997),790-795]Ichiro IWAKI, Eiji OCHIAI and Takashi MIURA
  8. Strength Recovery of Concrete Incorporating Ground Granulated Blast-Furnace Slag Cured at Low Temperature[Proc. of the Japan Concrete Institute,20(2),(1998),205-210]Ichiro IWAKI, kazutoshi SUZUKI and Takashi MIURA
  9. Influences of Keeping Temperature Constant on Deterioration of Concrete at Very Low Temperatures[Proc. of the Japan Concrete Institute,20(2),(1998),931-936]Sang Mook HAN, Ichiro IWAKI and Takashi MIURA
  10. Influences of Admixture of Sludge Water on Properties of Concrete[Cement Science and Concrete Technology,52,(1998),498-505]Ichiro IWAKI, Tomonori NISHIMARU, Takashi MIURA
  11. The Lowering of Quality and Countermeasure of Various Types of Concrete due to Initial Frost Damage[Cement Science and Concrete Technology,52,(1998),662-669]Kyung-Taek KOH, Norihiro SEKI, Ichiro IWAKI, Takashi MIURA
  12. STUDY ON EVALUATING DETERIORATION OF CONCRETE STRUCTURE USING NEEDLE PENETRATION TEST[JOURNAL OF CONSTRUCTION MANAGEMENT AND ENGINEERING,JSCE,V-43(620),(1999),245-255]Takashi MIURA, Ichiro IWAKI, Hirofusa ITABASHI
  13. Strength Development of Concrete Incorporating Limestone Powder in Cold Regions[Proceedings of the Japan Concrete Institute,21(2),(1999),169-174]Ichiro Iwaki, Hideaki Ohmura, Takashi Miura
  14. Experimental Study about Frost Damage of Concrete Affected by De-icing Salt[Proc. Deteriorations of Concrete Structures by De-icing Salt, Japan Concrete Institute,(1999),159-166]Takashi MIURA, Hirofusa ITABASHI, Ichiro IWAKI
  15. Alkali-Silica Reaction and Its Control in the Concrete Affected by NaCl from Outside[Proc. Deterioration of Concrete Structures by De-icing Salt,　Japan Concrete Institute,(1999),207-214]Takashi MIURA, Ichiro IWAKI, Hirofusa ITABASHI
  16. REDUCTION OF QUALITY AND COUNTERMEASUTE OF SELF-COMPACTING CONCRETE INCORPORATING GROUND GRANULATED BLAST-FURNACE SLAG DUE TO INITIAL FROST DAMAGE[Journal of JSCE,641(Ⅴ-46),(2000),1-13]Kyung-Taek KOH, Ichiro IWAKI, Takashi MIURA
  17. Strength Development of Concrete Incorporating High Levels of Ground Granulated Blast-Furnace Slag at Low Temperatures[ACI MATERIALS JOURNAL,97(1),(2000),66-70]Takashi Miura, Ichiro Iwaki
  18. INFLUENCES OF STORAGE AT VERY LOW TEMPERATURES ON DURABILITY OF CONCRETE[Cement Science and Concrete Technology,53,(2000),423-428]Sang－Mook HAN, Ichiro IWAKI, Takashi　MIURA
  19. STUDY ON PREDICTION OF DETERIORATION OF CONCRETE COOLED TO VERY LOW TEMPERATURES CYCLICALLY[Cement Science and Concrete Technology,53,(2000),429-434]Takashi MIURA, Ichiro IWAKI, Tomotaka FUJITA
  20. Influence of Mix Proportion and Temperature on Strength Development of Concrete Incorporating Ground Granulated Blastfurnace Slag[Proceedings of the Japan Concrete Institute,22(2),(2000),127-132]Ichiro IWAKI, Yosuke SAWAI and Takashi MIURA
  21. Strength Development of Concrete Incorporating Limestone Powder at Low Curing Temperature[Journal of JSCE,(655),(2000),83-95]Ichiro IWAKI, Takashi MIURA
  22. Strength Development of Self-Compacting Concrete Incorporating Ground Granulated Blast-Furnace Slag in Cold Regions[Journal of JSCE,(655),(2000),97-106]Ichiro IWAKI, Takashi MIURA
  23. Strength Development of Concrete Incorporating Ground Granulated Blast-Furnace Slag Exposed to Low Temperatures Immediately after Casting[Cement Science and Concrete Technology,(54),(2001),252-257]Ichiro IWAKI, Norihiro SEKI, Takashi MIURA
  24. The Influence of Cooling Rate and Storage at Very Low Temperatures on the Deterioration of Concrete[Cement Science and Concrete Technology,(54),(2001),376-382]Sang-Mook HAN, Takuya OBARA, Ichiro IWAKI, Takashi MIURA
  25. Study on Strength Development of Concrete Incorporating Ground Granulated Blast Furnace Slag in Cold Regions[CONCRETE RESEARCH AND TECHNOLOGY,12(2),(2001),41-49]Ichiro Iwaki, Yosuke Sawai, Hirokazu Kajitani, Takashi Miura
  26. Fundamental Study on Properties of Cracks Occured in Concrete Incorporating Ground Granulated Blast-Furnace Slag[Cement Science and Concrete Technology,(55),(2002),284-289]Ichiro IWAKI, Yosuke SAWAI, Takashi MIURA
  27. The Influence of Storage at Very Low Temperatures on the Deterioration of Concrete[Journal of Materials, Concrete Structures and Pavements,(704),(2002),13-25]Sang-Mook HAN, Ichiro IWAKI, Takashi MIURA
  28. A Fundamental Study on Shrinkage Cracking Generated in High Strength Concrete[Proceedings of the Japan Concrete Institute,24(1),(2002),447-452]Ichiro IWAKI, Shinichi SUZUKI, and Takashi MIURA
  29. THE INFLUENCE OF ENVIRONMENTAL CONDITION IN SHRINKAGE CRACKING OF HIGH STRENGTH CONCRETE[Cement Science and Concrete Technology,(56),(2003),543-548]Ichiro IWAKI, Shinichi SUZUKI, Takashi MIURA
  30. THE INFLUENCE OF FLOWABILITY AND VISCOSITY IN VIBRATION OF HIGH FLUIDITY MORTAR[Cement Science and Concrete Technology,(56),(2003),582-589]Mohammad Ibrahim SAFAWI, Ichiro IWAKI, Takashi MIURA
  31. A Fundamental Study on Modeling Prediction of Deterioration of Concrete Exposed to Very Low Temperature[CONCRETE RESEARCH AND TECHNOLOGY,14(2),(2003),1-10]Takuya OBARA, Kenji OGAWA, Ichiro IWAKI, Takashi MIURA
  32. Influence of ambient temperature and humidity on shrinkage behavior of high strength concrete[Proceedings of the Japan Concrete Institute,25(1),(2003),473-478]Ichiro IWAKI, Yuichiro KIMURA, Takashi MIURA
  33. The segregation tendency in the vibration of high fluidity concrete[Cement and Concrete Research,34,(2004),219-226]Mohammad Ibrahim Safawi, Ichiro Iwaki, Takashi Miura
  34. A STUDY ON CONCRETE DETERIORATION PROMOTED BY THE INFLUENCE OF SULFURIC ACID[JAPAN CEMENT ASSOCIATION Cement Science and Concrete Technology,(57),(2004),308-314]Yusuke Yoshida, Hirofusa Itabashi, Ichiro Iwaki, Takashi Miura
  35. A STUDY ON THE V-FUNNEL TIME WITH RESPECT TO FLOWABILITY, RELIABILITY AND SEGREGATION TENDENCY[Cement Science and Concrete Technology,(57),(2004),392-399]Mohammad Ibrahim SAFAWI, Ichiro IWAKI, Takashi MIURA
  36. A Study on Shrinkage Behavior of Concrete Depending on Ambient Temperature and Relative Humidity[Japan Concrete Institute CONCRETE RESEARCH AND TECHNOLOGY,15(3),(2004),15-24]Ichiro Iwaki, Yuichiro Kimura, Takashi Miura
  37. Ichiro Iwaki, Yuichiro Kimura, Hiroto Chiba, Takashi Miura，INFLUENCE OF TEMPERATURES ON DRYING SHRINKAGE BEHAVIOR OF CONCRETE，CEMENT SCIENCE AND CONCRETE TECHNOLOGY, No.58, pp.147-153, 2005.
  38. Asumi Terabayashi, Yusuke Yoshida, Ichiro Iwaki, Takashi Miura, COMPARISON OF DETERIORATION BEHAVIOR BETWEEN CONCRETE AND MORTAR EXPOSED TO SULFURIC ACID, CEMENT SCIENCE AND CONCRETE TECHNOLOGY, No.58, pp.247-253, 2005.
  39. Mohammad Ibrahim Safawi, Ichiro Iwaki, Takashi Miura, A study on the application of vibration in fresh high fluidity concrete, Cement and Concrete Research (in press)