論文

  • FUJIWARA et al. (2018) 『3-D Behaviour of Coastal Dyke Installed by Double Sheet-piles with Partition Wall』

    Author(s): Kakuta FUJIWARA,Shinji TAENAKA,Kousuke TAKAHAMA,Atsushi YASHIMA
     

    Key words: Coastal dyke, Earthquake, Liquefaction, Sheet-pile, Reinforcement

    [1.87 MB]
  • ISHIHARA et al. (2018) 『Comparison of Pile-type and Gravity-type Coastal Levees in Terms of Resilience to Tsunami』

    Author(s): Yukihiro ISHIHARA,Koichi OKADA,Masanori HAMADA
     

    Key words: Coastal levee, Pile, Tsunami, Model test, SPT

    [0.76 MB]
  • OKAMURA et al. (2018) 『Reduction in Liquefaction Induced Settlement of River Levee by Enhancing Horizontal Stress with Sheet Piles』

    Author(s): Mitsu OKAMURA,Tadahiro INOUE,Tadahiro INOUE,Tadahiro INOUE
     

    Key words: Sheet pile, River levee, Liquefaction countermeasure, Pre-stress

    [1.60 MB]
  • YASUHARA et al. (2018) 『Reactive Measure Effects on River Dyke Instability and Adjacent Residences on Soft Clay Deposits after the Tohoku-Pacific Ocean Earthquake of 2011 』

    Author(s): K. YASUHARA,X. S. YANG,T. HORIKAWA,H. YAMANE
     
    Key words: Land subsidence, Earthquake, Clay deposit, Countermeasure
    [1.97 MB]
  • YAMAMOTO et al. (2018) 『Seismic Behavior of the River Embankment Improved with the Steel Sheet Piling Method』

    Author(s): Shuhei YAMAMOTO,Kiyonobu KASAMA,Makoto OHNO,You TANABE
     

    Key words: the PFS method, river embankment, steel sheet piles, earthquake, subsidence

    [0.35 MB]
  • 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]
 






 
 
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