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General session

7. 地盤防災

地盤流動

Tue. Jul 21, 2020 5:00 PM - 6:30 PM Room No. 11

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[21-11-5-01] Effect of seabed topography on lateral flow

*Tomohiro Nagasawa¹, Taro Mogi¹ (1. Kisojiban Consultants)

[21-11-5-02] An example of a survey of the pre-improved channel by electrical exploration in the area damaged by the Kumamoto earthquake

*Hiroki Watanabe¹, Hitomi Nakano¹, Kunihiko Nakao¹, Shinichi Tsukamoto¹, Yasutomo Kiyota² (1. OYO Corporation, 2. Kumamoto　City)

[21-11-5-03] Lateral flow mechanism Akitsu cho Akita Area which occurred by Kumamoto earthquake

*Hitomi Nakano¹, Kunihiko Nakao¹, Noriyuki Hujii¹, Shinichi Tsukamoro¹, Yasutomo Kiyota² (1. OYO Corporation, 2. Kumamoto City)

[21-11-5-04] The lateral flow measure method of construction examination case which occurred by Kumamoto earthquake

*Kunihiko Nakao¹, Toshihisa Hanaoka¹, Noriyuki Fujii¹, Shinichi Tsukamoto¹, Yasutomo Kiyota (1. OYO Corporation)

[21-11-5-05] Changes in total stress on liquefied sand induced by lateral flow

*Hajime Isooka¹, Betzy Nella Nella Redinoviria¹, Taro Uchimura¹ (1. Saitama University)

[21-11-5-06] Torsional shear test on long-distance flow-slide caused by the 2018 Sulawesi earthquake, Indonesia

*Takashi Kiyota¹, Risqi Faris HIDAYAT¹, Hasbullah NAWIR² (1. University of Tokyo, 2. Bandung Institute of Technology)

[21-11-5-07] Cyclic and monotonic strength characteristics of sand at Sibalaya, Sulawesi Indonesia, where massive flowslide occurred.

*Ryotaro Tanaka¹, Mitsu Okamura¹, Kohei Ono¹ (1. Ehime University)

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