論文

  • NAKAI et al. (2018) 『Seismic Assessment of Steel Sheet Pile Reinforcement Effect on River Embankment Constructed on a Soft Clay Ground』

    Author(s): Kentaro NAKAI,Toshihiro NODA,Shinji TAENAKA,Yukihiro ISHIHARA,Nanase OGAWA


    Key words: Soft ground, Steel sheet pile, Embedment depth, Settlement problem, Dynamic problem

    [0.99 MB]
  • HIZEN et al. (2018) 『Centrifuge Model Tests and Image Analyses of a Levee with Partial Floating Sheet-pile Method』

    Author(s): Daiki HIZEN,Naoki KIJIMA,Katsutoshi UENO
     

    Key words: PFS method, centrifuge model test, image analysis

    [1.10 MB]
  • TANAKA et al. (2018) 『Evaluation of Effectiveness of PFS Method Using 3D Finite Element Method』

    Author(s): Keisuke TANAKA,Makoto KIMIZU,Jun OTANI,Teruo NAKAI
     

    Key words: Steel sheet-pile, Soft soils, Countermeasures, Numerical Method, Elastoplastic

    [1.00 MB]
  • OKABAYASHI et al. (2018) 『Reinforcement of River Embankment against the Nankai Trough Earthquake』

    Author(s): Kojiro OKABAYASHI,Youhi NAKAZAWA,Masashi OKA,
     

    Key words: liquefaction, seismic response analysis, dynamic centrifugal force model experiment

    [0.93 MB]
  • OGAWA et al. (2018) 『A Large-Scale Model Experiment on the Effect of Sheet Pile Wall on Reducing the Damage of Oil Tank Due to Liquefaction』

    Author(s): Nanase OGAWA,Yukihiro ISHIHARA,Katsuhiko ONO,Masanori HAMADA
     

    Key words: Liquefaction, Large-scale model experiment, Seepage force, Oil tank, Sheet pile wall

    [1.14 MB]
  • MICHINO et al. (2018) 『Development of High Performance Composite Wall “J-WALL II”』

    Author(s): Masashi MICHINO,Kunihiko ONDA,Kenji KONO
     

    Key words: Composite wall, steel sheet pile (H-type), Silent Pillar (Press-in Method), Shear strength

    [1.84 MB]
  • TAKEUCHI et al. (2018) 『Earthquake Behavior of Cylindrical Underground Structure and Verification of Analytical Model』

    Author(s): Takamasa Takeuchi,Hideo Furuichi,Tsuyoshi Nishi
     
    Key words: cylindrical underground structure, seismic behavior, hat-shape sheet pile dynamic analysis, Great East Japan Earthquake
    [1.96 MB]
  • MIYANOHARA et al. (2018) 『Overview of the Self-standing and High Stiffness Tubular Pile Walls in Japan』

    Author(s): Tomoko MIYANOHARA,Tatsuaki KUROSAWA,Noriyoshi HARATA,Kazuhiro KITAMURA,Naoki SUZUKI,Koji KAJINO
     

    Key words: retaining wall, self-standing wall, steel tubular pile, high stiffness, narrow space

    [0.85 MB]
  • SUZUKI et al. (2018) 『Issues for the Reduction of the Embedded Length of Cantilevered Steel Tubular Retaining Wall Pressed into Stiff Ground』

    Author(s): Naoki SUZUKI,Koji KAJINO
     
    Key words: horizontal bearing capacity, stiff ground, steel tubular pile, embedded length, cantilevered retaining wall
    [0.57 MB]
  • ISHIHAMA et al. (2018) 『Evaluation of Deformation Behavior of Self-Standing Retaining Wall Using Large Diameter Steel Pipe Piles into Hard Ground』

    Author(s): Yoshiro ISHIHAMA,Kakuta FUJIWARA,Jiro TAKEMURA,V. KUNASEGARAM
     

    Key words: Steel pipe pile, Retaining wall, Soft rock, Frame model analysis, Centrifuge

    [0.71 MB]
 






 
 
TOP