不飽和土（物理化学的性質）

Thu. Jul 25, 2024 2:45 PM - 4:15 PM Room 5 (Art Hotel Asahikawa Lilac)

座長:吉川高広(名古屋大学大学院工学研究科土木工学専攻)

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[25-5-4-01] Relationship between pore pressure and dry density for bentonite sand mixture due to heat

*MASAFUMI MATSUMOTO¹, TOMOYOSHI NISHIMURA² (1. Geotechnical Engineering General Institute, 2. Department of Civil Engineering, Ashikaga University)

[25-5-4-02] Effects of the initial degree of saturation on soil evaporation

*YUASA SHOTA¹, Sawada Mai¹ (1. Tokyo Institute of Technology)

[25-5-4-03] Water retention curve hysteresis originating from pore structures: Revering mechanisms via CFD analysis

*MAI SAWADA¹, Catherine O'Sullivan², Aikaterini Tsiampousi², Jose Salomon² (1. Tokyo Institute of Technology, 2. Imperial College London)

[25-5-4-04] Water movement of bentonite in high groundwater pressure environments

*Kotaro WATANABE¹, Daichi Ito¹, Hideo Komine¹, Hailong Wang¹, Kunlin Ruan¹, Takashi Sekiguchi² (1. Waseda University, 2. Toda Corporation)

[25-5-4-05] Effects of interstitial air on the water transfer properties of sodium bentonite

*TOMOKI TAKAHASHI¹, Kotaro Watanabe¹, Hideo Komine¹, Daichi Ito¹, Hailong Wang¹, Kunlin Ruan¹, Takashi Sekiguchi² (1. WASEDA University, 2. TODA Corporation)

[25-5-4-06] Shape and location in pore of drainage and imbibition clusters
in unsaturated soil under water retention test

*Shizuka Eshiro¹, Yosuke Higo¹ (1. Kyoto University)

[25-5-4-07] Preliminary study for the characterization of migration of surfactant-like toxic substances in the unsaturated zone

*TATSUO YAMAMOTO¹, Tomohiro Katou², Atsushi Takai², Takeshi Katsumi² (1. Maeda Corporation, 2. Kyoto University)

Session information

不飽和土（物理化学的性質）

[25-5-4-01] Relationship between pore pressure and dry density for bentonite sand mixture due to heat

[25-5-4-02] Effects of the initial degree of saturation on soil evaporation

[25-5-4-03] Water retention curve hysteresis originating from pore structures: Revering mechanisms via CFD analysis

[25-5-4-04] Water movement of bentonite in high groundwater pressure environments

[25-5-4-05] Effects of interstitial air on the water transfer properties of sodium bentonite

[25-5-4-06] Shape and location in pore of drainage and imbibition clusters
in unsaturated soil under water retention test

[25-5-4-07] Preliminary study for the characterization of migration of surfactant-like toxic substances in the unsaturated zone

Authentication

Session information

不飽和土（物理化学的性質）

[25-5-4-01] Relationship between pore pressure and dry density for bentonite sand mixture due to heat

[25-5-4-02] Effects of the initial degree of saturation on soil evaporation

[25-5-4-03] Water retention curve hysteresis originating from pore structures: Revering mechanisms via CFD analysis

[25-5-4-04] Water movement of bentonite in high groundwater pressure environments

[25-5-4-05] Effects of interstitial air on the water transfer properties of sodium bentonite

[25-5-4-06] Shape and location in pore of drainage and imbibition clustersin unsaturated soil under water retention test

[25-5-4-07] Preliminary study for the characterization of migration of surfactant-like toxic substances in the unsaturated zone

Authentication

[25-5-4-06] Shape and location in pore of drainage and imbibition clusters
in unsaturated soil under water retention test