井合進

臨海施設の地震防災砂質土地盤の液状化
Earthquake Disaster Prevention for Waterfront Structures Liquefaction of Sandy Ground

Kyohei Ueda, Susumu Iai, Tetsuo Tobita. Centrifuge model tests and large deformation analyses of a breakwater subject to combined effects of tsunami. SOIL DYNAMICS AND EARTHQUAKE ENGINEERING. 2016. 91. 294-303
Susumu Iai, Kyohei Ueda. Energy-less strain in granular materials - Micromechanical background and modeling. SOILS AND FOUNDATIONS. 2016. 56. 3. 391-398
上田恭平, 井合進. 多重せん断機構の概念に基づく有限変形を考慮した弾性体構成式の提案. 土木学会論文集A2(応用力学). 2016. 72. 2
Tetsuo Tobita, Gi-Chun Kang, Susumu Iai. CENTRIFUGE MODELING ON MANHOLE UPLIFT IN A LIQUEFIED TRENCH. SOILS AND FOUNDATIONS. 2011. 51. 6
Susumu Iai, Tetsuo Tobita, Osamu Ozutsumi, Kyohei Ueda. Dilatancy of granular materials in a strain space multiple mechanism model. INTERNATIONAL JOURNAL FOR NUMERICAL AND ANALYTICAL METHODS IN GEOMECHANICS. 2011. 35. 3. 360-392

S. Iai, K. Nagaura. Rate of dissipation of excess pore water pressure in a liquefiable sand deposit. Soil Liquefaction during Recent Large-Scale Earthquakes - Selected Papers from the New Zealand: Japan Workshop on Soil Liquefaction during Recent Large-Scale Earthquakes. 2014. 69-77
T. Tobita, S. Iai, S. Escoffier, J.L. Chazelas. Applicability of the generalized scaling law for fundamental physical properties. Physical Modelling in Geotechnics - Proceedings of the 8th International Conference on Physical Modelling in Geotechnics 2014, ICPMG 2014. 2014. 1. 369-375
T. Tobita, G. -C. Kan, S. Iai. Uplift behaviour of buried structures under strong shaking. PHYSICAL MODELLING IN GEOTECHNICS, VOLS. 1 AND 2. 2010. 2. 1439-1444
L. von der Tann, T. Tobita, S. Iai. Applicability of two stage scaling in dynamic centrifuge tests on saturated sand deposits. PHYSICAL MODELLING IN GEOTECHNICS, VOLS. 1 AND 2. 2010. 1. 191-196
M. Cubrinovski, A. Carr, N. Chouw, B. Deam, S. Iai, B. Jeremic, B. Kutter, C. Lai, I. Lam, S. Prakash, et al. Summary of discussion session 2. Soil-Foundation-Structure Interaction - Selected Papers from the International Workshop on Soil-Foundation-Structure Interaction, SFSI 09. 2010. 233-236

既設小規模の地下構造物の周囲地盤の強化方法
防波堤下の液状化対策工法
地中壁造成による防波堤下の駅以上化対策
低強度人工軽量ろ過材を用いた耐震構造のマンホール及び誘導経路部材

巨大浸水災害に関する地盤工学
CRC Press 2015
土木・環境系の国際人英語
コロナ社 2013 ISBN:4339056030
Achieving Global Sustainability: Policy Recommendations,
United Nations University Press 2011
Towards Global Sustainability
Geotechnics and Earthquake Geotechnics towards Global Sustainability pp.1-19 2011
環境変化への対応:地球規模での対応戦略
グリーン産業革命日経BP社 pp.192-203 2010

東京大学工学部土木工学科
Department of Civil Engineering, Faculty of Engineering, University of Tokyo

東京大学工学博士

2002 - :京都大学教授防災研究所地盤災害研究部門
2001 - :独立行政法人港湾空港技術研究所特別研究官(防災)
2001 - : Director for Special Research, Port and Airport Research
1989 - :運輸省港湾技術研究所構造部地盤震動研究室長
1989 - : Chief, Geotechnical Earthquake Engineering, Port and

全件表示

地盤工学会賞(論文賞)受賞「港湾構造物の有効応力解析」(1999)
「地震時の地盤の液状化の数値解析理論に関する研究」(1996)
科学技術庁長官表彰研究功績賞受賞
「地盤地震工学への顕著な貢献」(1995)
プラカッシュ賞(米国プラカッシュ財団)受賞

全件表示

日本地震工学会 , 土木学会 , 地盤工学会 , 国際地盤工学会 , Japanese Geotechnical Society , Japanese Association for Earthquake Engineering , Japan Society of Civil Engineers , International Society for Soil Mechanics and Geotechnical Engineering

井合 進