Papers - Kawamura Shima

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  1. Laboratory and field monitoring tests of volcanic soil triggering landslides in the 2018 Hokkaido Eastern Iburi earthquake

    Kimika Kawamura, Satoshi Matsumura and Shima Kawamura,Geoenvironmental Disasters,2024.12

  2. A Robust Fitting Technique for APS Compensation on Wide-Scale Displacement Case of InSAR Measurement

    Fathin Nurzaman, Motoyuki Sato, Koki Urano, Shima Kawamura, Josaphat Tetuko Sri Sumantyo, Kaoru Ota, Mianxiong Dong, Dudy D. Wijaya, Yuta Izumi, BeSSaC,IEEE Geoscience and Remote Sensing Letters,vol.20,Article Number:4016905,2024.09

  3. Role of road network for prevention and mitigation of geo-disaster under climate change

    Tatsuya Ishikawa, Tingyong Zhang, Wentao He, Yulong Zhu and Shima Kawamura,Transportation Geotechnics,vol.47,Article Number:101283,2024.07

  4. 3D printed porous particle and its geotechnical properties

    S. Matsumura, S. Kawamura, Lalit Kandpal, Prashanth Vangla,Acta Geotechnica ,2023.07

  5. 粒度分布が異なる砂質土の液状化特性に与える締固め層厚の影響

    佐々木朋子,川村志麻,松村聡,古関潤一,地盤工学ジャーナル,vol.Vol.18,(No.2),(p.112 ~ 121),2023.06

  6. 気候変動を考慮した融雪期に発生する雪崩‐土砂流動現象の評価

    木戸菜摘,川村志麻,地盤工学シンポジウム論文集,(63),Article Number:1-2-4,2022.12

  7. Earthquake-induced failure of volcanic embankments subjected to previous rainfall

    Nguyen T. Nam, S.Kawamura,International Journal of GEOMATE,vol.23,(97),(p.22 ~ 30),2022.09

  8. Influence of fines content on the stability of volcanic embankments under rainfall and earthquake

    Nguyen T. Nam, S.Kawamura,Dao Minh Hieu and Takumi Inaba,Water,vol.14,(13),Article Number:202207,2022.07

  9. 気候変動脆弱地域の複合地盤災害リスク評価に関する取り組み

    石川達也, 川村志麻,地盤工学会誌,vol.70,(3),(p.30 ~ 34),2022.03

  10. Stability Monitoring of Embankments Constructed by Volcanic Coarse-Grained Soil in Snowy-Cold Regions

    S.Kawamura, S.Miura and S.Matsumura,Journal of Cold Regions Engineering,vol.35,(1),2021.03

  11. Lessons from recent geo-disasters in Hokkaido under earthquake

    S.Kawamura,Understanding and Reducing Landslide Disaster Risk,vol.6,(p.35 ~ 43),2020.11

  12. Effects of compaction thickness on liquefaction properties of two kinds of sandy soils prepared by moist-tamping method

    T.Sasaki, S.Kawamura and J. Koseki ,Japanese Geotechnical Society Special Publication,vol.8,(9),(p.355 ~ 359),2020.09

  13. Model test and DEM investigations into effects of cavities on a single pile in weak rock

    Nguyen Thi Thao Van, S. Matsumura, S. Kawamura, ,Géotechnique Letters,vol.10,(2),(p.216 ~ 226),2020.06

  14. Slope failures/landslides over a wide area in the 2018 Hokkaido Eastern Iburi Earthquake

    S. Kawamura,S. Kawajiri, W. Hirose and T. Watanabe,Soils and Foundations,vol.59,(p.2376 ~ 2395),2019.11

  15. Effects of cavities on the mechanical behavior of pile foundations in weak rock

    Nguyen Thi Thao Van, S. Kawamura, S. Matsumura ,Geotechnical Special Publication, ASCE,(No.307),(p.247 ~ 255),2019.03

  16. 北海道に分布する風化残積土の物理・力学挙動とその工学的評価

    川村志麻,三浦清一,地盤工学ジャーナル,vol.13,(2),(p.159 ~ 170),2018.06

  17. 日勝峠・狩勝峠における斜面崩壊の特徴と地盤工学的考察

    川村志麻,室蘭工業大学紀要,(67),(p.15 ~ 19),2018.03

  18. 地震動履歴を受けた火山灰盛土の耐波性能評価

    川村志麻,土田雄貴,土木学会論文集,vol.B-73,(No. 2),(p. I-1141 ~ I-1146, ),2017.11

  19. Internal erosion of volcanic coarse grained soils and its evaluation

    H. M. Dao, S.Kawamur and S.Matsumura,International Journal of GEOMATE,vol.Vol.13,( Iss.38),(p.165 ~ 173),2017.10

  20. Piping phenomenon of embankments constructed by volcanic soils and its evaluation

    Dao Minh Hieu, Shima Kawamura, Satoshi Matsumura and Yunzheng Lan,Geotechnical Special Publication ASCE,(No.280),(p.688 ~ 698),2017.03

  21. Rainfall-induced failure of volcanic slopes subjected to cyclic loadings

    S. Kawamura, S. Miura, Dao Minh Hieu and R. Yamada,Geotechnical Special Publication ASCE ,(No.257),(p.116 ~ 123),2016.07

  22. Stabitity evaluation of full-scale embankment constructed by volcanic soil in cold regions

    S.Kawamura, S.Miura and S.Matsumura,Japanese Geotechnial Society Special Publication,vol.Vol.2,(No.26),(p.971 ~ 976),2016.01

  23. Cyclic deformation-strength evaluation of compacted volcanic soil subjected to freeze-thaw sequence

    S. Matsumura, S. Miura, S.Yokohama and S. Kawamura,Soils and Foundations,vol.Vol.55,(No.1),(p.86 ~ 98),2015.02

  24. Bearing capacity improvement of anisotropic sand ground

    S. Kawamura and S. Miura,Proceedings of the Institution of Civil Engineers- Ground Improvement,vol.Vol.167,(Issue3),(p.192 ~ 205),2014.07

  25. Failure of volcanic slopes in cold regions and its prediction

    S. Kawamura and S. Miura,Procedia Earth and Planetary Science,vol.Vol.9,(C),(p.143 ~ 152),2014.07

  26. Stability of volcanic slopes in cold regions

    S.Kawamura and S.Miura,Journal of Geography and Geology,vol.Vol.6,(No.3),(p.34 ~ 54),2014.06

  27. Rainfall-induced failures of volcanic slopes subjected to freezing and thawing

    S. Kawamura and S. Miura,Soils and Foundations,vol.Vol.53,(No.3),(p.443 ~ 461),2013.06

  28. Stability evaluation of volcanic slopes with crushable particles subjected to freezing and thawing

    S. Kawamura and S. Miura,Journal of Frontiers in Construction Engineering,vol.Vol.2,(Iss.2),(p.43 ~ 53),2013.06

  29. Field monitoring of embankment constructed by volcanic soil and its evaluation

    S. Kawamura, S. Miura, S.Yokohama, A. Kudo and N. Kaiya,ASCE, Geotechnical Special Publications,(No.231),(p.373 ~ 382),2013.03

  30. 波の侵食作用による斜面の崩壊とその安定性評価法

    川村志麻,三浦清一,土木学会論文集,vol.C-68,(No.4),(p.643 ~ 657),2012.10

  31. Stability evaluation of slope with soft cliff

    S. Kawamura and S. Miura,International Journal of Geotechnical Engineering, J. Ross Publishing, Inc.,vol.Vol.6,(No.2),(p.185 ~ 191),2012.04

  32. Field monitoring of volcanic slope subjected to freezing and thawing and its evaluation

    S. Kawamura and S. Miura,ASCE, Geotechnical Special Publications,(No.225),(p.516 ~ 525),2012

  33. Stability evaluation of slope subjected to rainfall and freeze-thaw actions based on field monitoring

    S. Kawamura and S. Miura,Advances in Civil Engineering (Online Access Journal), Hindawi Publishing Corporation,vol.Vol.2011,2011.10

  34. Rainfall-induced failure of volcanic slope with crushable particles subjected to freeze-thaw action

    S. Kawamura S. Miura and S. Yokohama,ASCE Geotechnical Special Publications,(No.211),(p.3597 ~ 3608),2011

  35. Mechanical Behavior of Anisotropic Sand Ground Beneath StructureSubjected to Cyclic Loading such as Wave Loading

    S.Kawamura S.Miura and S.Yokohama,Soils and Foundations,vol.Vol.50,(No.5),(p.645 ~ 657),2010

  36. Anisotropy in Mechanical Behavior of Seabed bearing Caisson Type Breakwaters and its Evaluation

    瀧本聖吾,三浦清一,川村志麻,横浜勝司,Journal of Coastal Engineering,vol.B2-66,(No.1),(p.906 ~ 910),2010

  37. Rainfall-induced failure of unsaturated volcanic slope subjected to freeze-thaw actions and its mechanism

    川村志麻,三浦清一,石川達也,横浜勝司,Journal of Geotechnical Engineering,vol.C-66,(No.3),(p.577 ~ 594),2010

  38. Failuremechanism of unsaturated volcanic slopes due to rainfall and freeze-thaw actions

    S. Kawamura S. Miura and T. Ishikawa,ASCE Geotechnical Special Publications,(No.202),(p.152 ~ 158),2010

  39. Wave-induced failure of soft cliff and its evaluation

    S. Kawamura and S. Miura,ASCE Geotechnical Special Publications,(No.199),(p.3120 ~ 3129),2010

  40. 凍結・融解履歴が火山灰質土斜面の降雨時力学挙動に及ぼす影響

    川村志麻,三浦清一,奥田健太,中野博貴,石川達也,降雨と地震に対する斜面崩壊機構と安定性評価に関するシンポジウム論文集,(No.144),(p.231 ~ 236),2009

  41. 寒冷地斜面の凍結融解現象を対象とした漣成解析方法の検討

    石川達也,里 優,三浦清一,赤川敏,川村志麻,岩の力学シンポジウム論文集,vol.12,(p.CD-ROM ~ ),2008

  42. Wave erosion mechanism of coastal soft cliff and its evaluation

    川村志麻,栗林正樹,三浦清一,Journal of Coastal Engineering,vol.55,(2),(p.536 ~ 540),2008

  43. 堆積構造異方性が繰返し荷重下にある支持地盤の変形特性に及ぼす影響

    川村志麻,三浦清一,横浜勝司,Journal ofGeotechnical Engineering,vol.C-63,(No.1),(p.81 ~ 92),2007

  44. 構造異方性が基礎構造物-地盤系の繰返し強度特性に及ぼす影響とその評価

    川村志麻,三浦清一,Journal of Geotechnical Engineering,vol.C-63,(No.3),(p.797 ~ 805),2007

  45. 海岸侵食によるSoft cliffsの斜面崩壊に関する検討

    川村志麻,M.C.R. Davies,P.Dong and X.Wu,Journal of Coastal Engineering,vol.53,(2),(p.891 ~ 895),2006

  46. 繰返し波浪荷重を受ける海洋構造物・地盤系の側方流動変形に関する解析

    横浜勝司,三浦清一,川村志麻,呉哲浩,Journal of Coastal Engineering,vol.52,(2),(p.841 ~ ),2005

  47. 異方的堆積構造を有する海洋構造物支持地盤の支持力向上化法

    川村志麻,三浦清一,佐々木徹也,Journal of Coastal Engineering,vol.51,(2),(p.816 ~ 820),2004

  48. 異方的に堆積した海底砂地盤の流動変形とその発達のメカニズム

    三浦清一,川村志麻,横浜勝司,Journal of Coastal Engineering,vol.51,(2),(p.811 ~ 815),2004

  49. 種々の載荷条件下にある構造異方性砂地盤の支持力-側方変形挙動

    川村志麻,三浦清一,Journal of Geotechnical Engineering,vol.Ⅲ-63,(No.736),(p.115 ~ 128),2003

  50. 波浪のような繰返し力を受ける基礎構造物の支持力向上化に関する研究

    三浦清一,川村志麻,林秀人,Journal of Coastal Engineering,vol.50,(2),(p.871 ~ 875),2003

  51. 海底地盤の異方性が海洋構造物の流動変形特性に及ぼす影響とその評価

    川村志麻,三浦清一,林秀人,佐々木徹也,Journal of Coastal Engineering,vol.50,(2),(p.866 ~ 870),2003

  52. 静的及び繰返し荷重を受ける構造物・地盤系の変形挙動と推定法

    横浜勝司,三浦清一,川村志麻,Journal of Geotechnical Engineering,vol.Ⅲ-60,(No.715),(p.263 ~ 275),2002

  53. 海洋構造物を支持する砂地盤の側方流動破壊の推定法に関する基礎的研究

    川村志麻,三浦清一,林秀人,勝世佑子,Journal of Coastal Engineering,vol.49,(2),(p.856 ~ 860),2002

  54. 載荷条件の相違による砂地盤の支持力-変形挙動の変化とその評価

    宮浦征宏,三浦清一,川村志麻,横浜勝司,Journal of Geotechnical Engineering,vol.Ⅲ-54,(No.673),(p.121 ~ 131),2001

  55. 構造物支持地盤の側方変形特性に及ぼす諸要因の影響

    川村志麻,三浦清一,横浜勝司,地盤工学シンポジウム論文集,vol.46,(p.287 ~ 292),2001

  56. 地盤の剛性変化を考慮した構造物・地盤系の側方流動変形解析

    横浜勝司,川村志麻,三浦清一,Journal of Coastal Engineering,vol.4,(p.397 ~ 404),2001

  57. 波浪場にある海洋構造物-地盤系の支持力安定性を支配する要因とその評価法

    三浦清一,川村志麻,柴田泰孝,横浜勝司,Journal of Coastal Engineering,vol.48,(1),(p.986 ~ 990),2001

  58. 波浪力を受ける海洋構造物支持地盤の異方性を考慮した側方流動変形の推定法に関する研究

    川村志麻,三浦清一,横浜勝司,Journal of Coastal Engineering,vol.48,(2),(p.1011 ~ 1015),2001

  59. 静的および繰返し荷重を受ける砂地盤-構造物系の変形挙動の解析

    横浜勝司,川村志麻,三浦清一,Journal of Applied Mechanics,vol.3,(p.513 ~ 520),2000

  60. 波浪力のような繰返し荷重場にある構造物-地盤系の安定性評価に関する研究

    横浜勝司,三浦清一,川村志麻,宮浦征宏,Journal of CoastalEngineering,vol.47,(1),(p.936 ~ 940),2000

  61. 繰返し力を受ける構造物支持地盤の破壊とその防止策に関する実験

    川村志麻,三浦清一,横浜勝司,宮浦征宏,Journal of Geotechnical Engineering,JSCE,vol.Ⅲ-47,(No.624),(p.77 ~ 89),1999

  62. 波浪のような繰返し力を受ける構造物・地盤系の動的力学挙動

    川村志麻,三浦清一,横浜勝司,宮浦征宏,Journal of Geotechnical Engineering,vol.Ⅲ-47,(No.624),(p.65 ~ 75),1999

  63. 地盤の変形特性を考慮した海洋構造物の変位量推定法

    宮浦征宏,三浦清一,横浜勝司,川村志麻,Journal of Coastal Engineering,vol.46,(2),(p.936 ~ 940),1999

  64. 波浪力を受ける砂地盤の変形特性を考慮した海洋構造物の変位量推定法

    三浦清一,横浜勝司,川村志麻,宮浦征宏,Journal of Coastal Engineering,vol.45,(2),(p.876 ~ 880),1998

  65. 消波構造物・地盤系の破壊とその評価に関する実験的研究

    川村志麻,三浦清一,横浜勝司,Journal of Coastal Engineering,vol.44,(2),(p.936 ~ 940),1997

  66. 波浪場にある消波構造物を支持する砂地盤の流動特性とその防止に関する研究

    三浦清一,横浜勝司,川村志麻,田中則男,Journal of Coastal Engineering,vol.44,(2),(p.921 ~ 925),1997

  67. A procedure minimizing membrane penetration effects in undrained triaxial test

    S. Miura and S. Kawamura,Soils and Foundations,vol.36,(4),(p.119 ~ 126),1996

  68. 北海道火山性粗粒土の静的および動的力学挙動と粒子破砕

    三浦清一,八木一善,川村志麻,Journal of Geotechnical Engineering, JSCE,vol.Ⅲ-36,(No.547),(p.159 ~ 170),1996

  69. 波浪力を受ける消波構造物・地盤系の流動破壊とその評価

    三浦清一,川村志麻,田中則男,Journal of Coastal Engineering,JSCE,vol.43,(2),(p.1016 ~ 1020),1996

  70. 破砕性粗粒火山灰土の繰返し非排水変形-強度特性におよぼす応力履歴の影響

    三浦清一,八木一善,川村志麻,Journal of Geotechnical Engineering, JSCE,vol.Ⅲ-36,(No.547),(p.221 ~ 229),1996

  71. 消波構造物を支持する地盤の波浪による流動化機構の研究

    三浦清一,田中則男,近藤俶郎,川村志麻,佐藤勝弘,Journal of Coastal Engineering,JSCE,vol.42,(2),(p.1016 ~ 1020),1995

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