斜面安定③

Tue. Jul 21, 2020 1:20 PM - 2:50 PM Room No. 12

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[21-12-3-01] Groundwater level rise prediction by underground carbon dioxide measurement in river levee.

*Yamada Yuriko¹, You Itou¹, Ayaka Shinnbori¹ (1. The University of Kitakyusyu)

[21-12-3-02] Relationship between slope gradient and infiltration capacity based rainfall experiment using small embankment slope

*Toru Danjo¹, Tomohiro Ishizawa¹ (1. National Research Institute for Earth Science and Disaster Resilience)

[21-12-3-03] Development of drainage method using water retention function by capillary barrier

*Ryotaro Tomooka¹, Kazuya Itoh¹, Tsuyoshi Tanaka¹, Naoaki Suemasa¹, Takahiro Nonaka² (1. Tokyo City University, 2. Tokyu Construction Co.,Ltd.)

[21-12-3-04] Evaluation Method of Groundwater Removal Construction Method on Embankment Slope
~ An Example by Effective Rainfall ~

*Kenta Hirai¹, Toshihiro Kawanami¹, Jiro Hada¹, Toyokazu Murakami² (1. West Nippon Expressway Engineering Chugoku Co.Ltd, 2. Nippon Expressway Research Institute Co.Ltd)

[21-12-3-05] Experimental investigation on effects of capillary barrier on slope stability under rainfall

*Junfeng Tang¹, Uchimura Taro¹, Tao Shangning¹, Makoto Fukuhara¹ (1. Saitama University)

[21-12-3-06] Influence of Capillary Barrier of Intercalated Gravel Layer on Deformation during rainfall

*Makoto Fukuhara¹, Taro Uchimura¹, Shangning Tao¹, Junfeng Tang¹ (1. Saitama University)

[21-12-3-07] Consideration on groundwater-level fluctuations using snow condition analysis and effective rainfall analysis in winter period

*Kyoya Yamamoto¹, Akihiro Fujimoto¹, Yuji Sato², Masaya Fujishima³ (1. Fukui University, 2. GODAI KAIHATSU Corporation, 3. HOKUKOKU CHISUI Corporatin)

Session information

斜面安定③

[21-12-3-01] Groundwater level rise prediction by underground carbon dioxide measurement in river levee.

[21-12-3-02] Relationship between slope gradient and infiltration capacity based rainfall experiment using small embankment slope

[21-12-3-03] Development of drainage method using water retention function by capillary barrier

[21-12-3-04] Evaluation Method of Groundwater Removal Construction Method on Embankment Slope
~ An Example by Effective Rainfall ~

[21-12-3-05] Experimental investigation on effects of capillary barrier on slope stability under rainfall

[21-12-3-06] Influence of Capillary Barrier of Intercalated Gravel Layer on Deformation during rainfall

[21-12-3-07] Consideration on groundwater-level fluctuations using snow condition analysis and effective rainfall analysis in winter period

Authentication

Session information

斜面安定③

[21-12-3-01] Groundwater level rise prediction by underground carbon dioxide measurement in river levee.

[21-12-3-02] Relationship between slope gradient and infiltration capacity based rainfall experiment using small embankment slope

[21-12-3-03] Development of drainage method using water retention function by capillary barrier

[21-12-3-04] Evaluation Method of Groundwater Removal Construction Method on Embankment Slope~ An Example by Effective Rainfall ~

[21-12-3-05] Experimental investigation on effects of capillary barrier on slope stability under rainfall

[21-12-3-06] Influence of Capillary Barrier of Intercalated Gravel Layer on Deformation during rainfall

[21-12-3-07] Consideration on groundwater-level fluctuations using snow condition analysis and effective rainfall analysis in winter period

Authentication

[21-12-3-04] Evaluation Method of Groundwater Removal Construction Method on Embankment Slope
~ An Example by Effective Rainfall ~