著書論文等- 風間 基樹 -
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件数:219件
[2017]
1.[] Numerical Study on the Design of Reinforced Soil by Vertical Micropiles.[Geotechnical Engineering Journal of the SEAGS & AGSSEA,48(4),(2017),10-18]Kamura, J. Kim, T. Kawai, M. Kazama, N. Hikita and S. Konishi
2.[] 開口のある地中箱型構造物の地震時作用荷重および変形-遠心力模型振動実験による三次元振動実験による三次元地震時挙動の評価-.[地盤工学ジャーナル,12(3),(2017),323-336]永井秀樹,河井 正,風間基樹,堤内隆広,樋口俊一
10.3208/jgs.12.323
3.[] 地中箱型構造物の三次元性を考慮したせん断壁の面内せん断変形角による耐震性能照査手法.[土木学会論文集,A1(構造・地震工学),73(2),(2017),483-495]永井秀樹,河井 正,風間基樹,渡辺伸和
10.2208/jscejseee.73.483
4.[] 1) 新しい設計法に対応した土と基礎の設計計算演習(平成29年度版).[(2017)]風間基樹・ほか18名
ISBN978-4-88644-103-4
5.[] A framework of seismic design for soil liquefaction based on the energy concept utilizing the ductility performance of soils.[3rd International Conference on Performance-based Design in Earthquake Geotechnical Engineering, Vancouver, Canada,(2017),1-8]Motoki Kazama, Tadashi Kawai, Kim Jongkwan and Masayuki Tomita
6.[] Performance of various granular soils in most dense state.[3rd International Conference on Performance-based Design in Earthquake Geotechnical Engineering, Vancouver, Canada,(2017),1-7]Tadashi Kawai, Kim Jongkwan and Motoki Kazama
7.[] Evaluation of contraction potential of silty soils based on the minimum void ratio.[3rd International Conference on Performance-based Design in Earthquake Geotechnical Engineering, Vancouver, Canada,(2017),1-6]Jongkwan Kim, Tadashi Kawai & Motoki Kazama
8.[] NEW DEVELOPMENTS RELATED TO CLARIFICATION OF THE MECHANISMS OF GROUND DEFORMATION CAUSED BY EARTHQUAKES —IN THE WAKE OF THE GREAT EAST JAPAN EARTHQUAKE—.[Journal of JSCE,5(1),(2017),133-144]Toshihiro NODA, Motoki KAZAMA, Akira ASAOKA
10.2208/journalofjsce.5.1_133
9.[] 石丸 真,岡田哲実,中村大史,河井 正,風間基樹.[土木学会論文集C(地圏工学),73(1),(2017),23-38]石丸 真,岡田哲実,中村大史,河井 正,風間基樹
10.2208/jscejge.73.23
[2016]
10.[] 東北地方の特色ある地盤特性と調査・設計・施工上の留意点.[総合土木研究所 基礎工,44(11), (2016), 12-17]風間基樹,長尾和之
11.[] Geotechnical Hazards from Large Earthquakes and Heavy Rainfalls.[Springer,(2016)]Hemanta Hazarika, Motoki Kazama and Wei f. Lee Editors
12.[] 液状化の判定と地盤-基礎地盤構造物系の液状化被害予測技術の現状と展望.[地盤工学会誌,64(8), (2016), 6-9]風間基樹
13.[] 地盤工学におけるリスク共生.[鹿島出版会,(2016)]風間基樹、他13名
ISBN978-4-306-02479-3
14.[] キーノート講演1:地盤工学での信頼性設計.[地盤工学会誌,64(6), (2016), 5]風間基樹
15.[] Geotechnical issues of the damage caused by the great east Japan disaster and reconstruction for the Tohoku region.[Japanese Geotechnical Society Special Publication,2(32),(2016),1148-1153]Motoki Kazama, Tadashi Kawai, Jongkwan Kim and Tomohiro Mori
10.3208/jgssp.ATC1-3-02
[2015]
16.[] Density Index for Estimating the Postliquefaction Volumetric Strain of Silty Soils.[Internationla Journal of Geomechanics, ASCE,(C4015005),(2015),1-13]Jongkwan Kim, Tadashi Kawai, Motoki Kazama and Tomohiro Mori
10.1061/(ASCE)GM.1943-5622.0000574
17.[] 東日本大震災の液状化被害に見る液状化研究の課題.[日本地震工学会論文集,15(7),(2015),49-59]風間 基樹, 河井 正, 森 友宏, 金 鍾官, 山崎 智哉
10.5610/jaee.15.7_49
18.[] Land subsidence of clay deposits after the Tohoku-Pacific Ocean Earthquake.[Proc. IAHS,372,(2015),211-216]K. YASUHARA and M. KAZAMA
10.5194/piahs-372-211-2015
19.[] Earthquake-induced flow-type slope failures in volcanic sandy soils and tentative evaluation of the fluidization properties of soils.[Volcanic Rocks and Soils,(2015),363-369]M. Kazama, T. Kawai, J, Kim & M. Takagi, T. Morita and T. Unno
20.[] Evaluation and usage of the soil generated from disaster waste - Case history of Great East Japan Disaster.[International Conference on Geotechnical Engineering,(2015),161-164]M. Kazama and T. Mori
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