Dr. S. Kono Research Group

Institute of Innovative Research. Tokyo Institute of Technology

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Research topic: Development of advanced seismic concrete structures

  • Department of Architectural and Building Engineering
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  • Displacement and ductility required for reinforced concrete buildings
    (Research2016,Research2017,Research2017,Research2018,
    Research2020(Five story,Wall1,Wall2),
    Research2022(Wall1,Wall2,Shear sliding))
  • Structural system capable of quick recover after earthquakes
    (Research2014,Research2016,Research2016,Research2017,
     Research2018,Research2020(Wall1,Wall2,PRC Beam),
     Research2022(Wall))
  • Seismic performance of concrete piles
     (Research 2016,Research2017A,Research2017B,Research2017C,Research2017D,Research2018A,Research2018B,Research2019A,Research2019B, Research2019C,Research2019D,Research2019E,Research2019F,
    Resaerch2020(PilecapFlexure1,Flexure2,Flexure3,Bearing strength,
          PRC pile,Precast CFST pile flexure,
          Precast CFST pile compression,
          Precast CFST pile Shear1,Shear2,Shear3),
    Research 2022(Pilecap1, Pilecap2, CFST pile1, CFST pile2,
           Precast CFST pile, Soil-pile-superstructure interaction))
  • Precast/presressed concrete structures to achieve durable and long lasting structural system
  • Seismic retrofit of existing reinforced concrete buildings
  • Lightweight slab system with glue laminated timber
  • High performance concrete with fibers
  • Reinforced concrete shear walls
    (Research2014A,Resaerch2014B,Research2014C, Research2015A,Research2015B,Research2015C,Research2016A,Resaerch2016B,Research2016C,Research2017,Research2018,Research2019A,Research2019B)
  • Performance of RC members with high strength concrete and reinforcement
    (Research2014,Research2018,Research2019A,Research2019B)
  • Evaluation of RC members with FEM analysis
    (Researh2014,Research 2016,Research2017,Research2018)
  • Performance of RC walls for tsunami debris impact
    (Resaerch2014,Research2015)
  • Performance of RC members with rusted reinforcement
    (Research2014)

Urban Disaster Prevention Research Core
Laboratory for Future Interdisciplinary Research of Science and Technology
Institute of of Innovative Research
Tokyo Institute of Technology

東京工業大学
科学技術創成研究院
未来産業技術研究所
都市防災研究コア

Office:
#301(Kono), #310 (Hayakawa), #310&311(Students)
Building G5
SuzukakeDai Campus

すずかけ台キャンパスの居室
G5棟-301(河野),310(早川),
310&311(研究室)

Nagatsuta 4259, Mail Box #G5-1
Midori, Yokohama, 226-8503, Japan
Tel/Fax:+81-45-924-5384
Email: kono.s.ae*m.titech.ac.jp
(Change * to @ when you send emails.)

〒226-8503
横浜市緑区長津田町4259
Tel/Fax:045-924-5384(河野),
5329(早川・研究室)

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