ダム・堤防④・その他

Tue. Jul 23, 2024 2:45 PM - 4:15 PM Room 10 (Asahikawa Toyo Hotel Tancho West)

座長:中川翔太(川崎地質株式会社)

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[23-10-4-01] Experimental study on local scouring during overtopping in partially self-supporting levees

*TAKAYA MURO¹, YOSUKE HIGO¹, SHINICHIRO ONDA¹, JUNICHI KAWAMURA², KENJI YAMAGISHI², MASAYA SHIHO² (1. Kyoto University, 2. NIPPON CONCRETE INDUSTRIES CO.,LTD.)

[23-10-4-02] Examining the applicability of seismic resistant method for existing river levee by geogrid-reinforced counterweight fill

*TAIGA KURASHIMA¹, Tamae Hayase¹, Daiki Hirakawa¹, Hiroyuki Araki² (1. Chuo University , 2. Kagawa University)

[23-10-4-03] Construction test of stabilization method using permeability soil improvement of pond embankment

*AKIHIRO UEDA¹, Yuji Adachi¹, Tatsufumi Nishio¹, Akira Izumi², Yusuke Honma² (1. HAZAMA ANDO CORPORATION, 2. Institute for Rural Enginnerring, NARO)

[23-10-4-04] A centrifuge model test of embankment on clay ground of the series in terms of processes for construction-after earthquake

*Masaki Sakemoto¹, Seiichi Sato¹, Sokkheang Sreng¹, Takuya Miki¹ (1. Nippon Koei Co. Ltd)

[23-10-4-05] Evaluation of observed waves and reproduced waves of a retaining wall modeled using a damped one-mass model

*YUDAI HARIMA¹, Taichi Hyodo², Kazuyoshi Hashimoto³, Lin Wang³, Shangning Tao³, Hiroki Fujita⁴ (1. Toyama Prefectural University Graduate School, 2. Toyama Prefectural University, 3. Chuo Kaihatsu Corporation, 4. TOYAMA City Construction Division)

[23-10-4-06] Seismic behavior monitoring of structures adjacent to railway

*LIN WANG¹, SN Tao¹, T. Hyoudo², Y. Harima², H. Fujita³ (1. Chuo Kaihatsu Corporation, 2. Toyama Prefectural University, 3. Toyama city)

[23-10-4-07] Application of super/subloading surface friction model to initial and boundary value problem and analysis of slip propagation in simple shear field

*Ryo Yasuike¹, Tomohiro Toyoda¹, Toshihiro Noda¹ (1. Graduate school of Nagoya University)

[23-10-4-08] Verification of rate-dependent super/subloading surface friction model using one-dimensional mass-spring system

*Toshihiro Noda¹, Ryo Yasuike¹, Tomohiro Toyoda¹ (1. Graduate school of Nagoya University)

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