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Professor

Tatsuya Ishikawa

Chair, ISSMGE TC202 Transportation Geotechnics
Faculty of Engineering 6F A607 office
TEL/FAX：+81-11-706-6202, e-mail：t-ishika@eng.hokudai.ac.jp
Keywords ：Transportation Geotechnics, Geotechnical disaster prevention in cold regions, Unsaturated soil mechanics, Multiphysics analysis, Frost heave

Associate Professor

Koichi Isobe

Faculty of Engineering 6F A608 office
TEL：+81-11-706-6201, e-mail：kisobe@eng.hokudai.ac.jp
Keywords : Foundation engineering, Antiseismic reinforcement, Liquefaction, Slope stability analysis, Large deformation analysis

Assistant Professor

Shoji Yokohama

Faculty of Engineering 6F A653 office
TEL：+81-11-706-6203, e-mail：yokohm@eng.hokudai.ac.jp
Keywords : Recycled ground material, Compaction, Arrangement patterns of soil particles

Ishikawa's students

Kinangai Samuel Mwangi（M2）
Prajapati Sant Kumar（M2）
Michael Sarpong（M1）
Ryo Asaga（B4）
Riko Sakata（B4）
Haruka Yamada（B4）

Isobe's students

Jiang Yazhou (D3)
Long-term subsidence of soft clay due to an earthquake
Mahmood ul Hassan (D3)
Seismic performance of a bridge column integrated by multiple steel pipes with directly-connected piles
Shanpeng Liu (D3)
A fundamental study on crack extraction techniques using point cloud data and deep learning
Shah Faheem (D2)
Evaluation of penetration resistance, vertical bearing capacity and pull-out resistance of a small-diameter spiral pile in various type of grounds and conditions
Kohei Sakurai (M1)
Evaluation of penetration resistance, vertical bearing capacity and pull-out resistance of a small-diameter spiral pile in unsaturated sand
Ali Syed Agha Shsh (M2)
Bearing capacity evaluation of bridge pier foundations dammed up due to river channel blockage due to driftwood
Diyuan Li (M2)
Landslide risk prediction and regional dependence evaluation based on disaster history using machine learning and deep leering
Miku Ando (M2)
Potential Driftwood Disaster Risk Assessment for River Crossing Bridges Based on AI Prediction of Driftwood Sources
Shintaro Tokunaga（M1）
Evaluation of sandbar development level and driftwood generation/accumulation model using satellite images and machine learning
Yutaka Nagoya（M1）
Evaluating ultimate bearing capacity of bridge pier foundation under driftwood-induced river channel obstruction
Sasuke Takahashi（B4）
Sora Ueda（B4）

Yokohama's students

Taiga Nakano（B4）
Jiei Sakurai（B4）