Session information

一般セッション

6. 地盤と構造物 (動的問題を含む)

擁壁②

Wed. Jul 20, 2022 10:45 AM - 12:15 PM 第7会場 (中会議室302A（3階）)

座長：永吉真也（戸田建設）

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[20-7-2-01] Investigation of Seismic Retrofitting Method for Old Residential Retaining Wall Part 5: Potential Strength Estimation and Reinforcement Effect

*MASATAKE TSUDA¹, KENTARO UEMURA¹, HISATOSHI KASHIWA², SHUICHI TAKEYA³, NAMIHIKO INOUE³ (1. Nippon Koei, 2. OsaKa University, 3. National Institute for Land and Infrastructure Management)

[20-7-2-02] Calculation of earth pressure acting on retaining wall by logarithmic spiral method

*Matsuri Ozawa¹, Naoaki Suemasa², Kazuya Itoh², Kazuya Sano¹ (1. Tokyo City University Graduate School, 2. Tokyo City University)

[20-7-2-03] Centrifugal loading experiment on the effectiveness of integration with the reinforcement and dry masonry retaining wall.

*Kazuya Sano¹, Kazuya Itoh², Tsuyoshi Tanaka², Naoaki Suemasa², Takeharu Konami³, Shingo Taniyama⁴ (1. Tokyo City University, 2. Tokyo City University, 3. Okasanlivic Co., Ltd., 4. ST Engineering Corporation, Co. Ltd.)

[20-7-2-04] Effective use of back filling materials for reducing displacement of block retaining wall in model ground layered with aluminum rods

*HIRA MIZUKI¹, YOHEI UEDA¹ (1. Kagoshima University)

[20-7-2-05] Verification of reinforcement method for masonry embankment platform by large shaking table test (1) Verification of reinforcement method by stability analysis

*ABE KEITA¹, Kenta Sugiyama¹, Kenta Sanuki¹, Susumu Nakajima¹, Satoshi Takisawa², Shouta Nomoto², Seisuke Kato², Yuya Kinjo² (1. Railway technical research institute, 2. East Japan railway company)

[20-7-2-06] Verification of reinforcement method for masonry embankment platform by large shaking table test (2) Analysis of residual displacement during earthquakes

*SANUKI KENTA¹, Kenta Sugiyama¹, Keita Abe¹, Susumu Nakajima¹, Satoshi Takisawa², Shota Nomoto², Seisuke Kato², Yuya Kinjo² (1. Railway Technical Research Institute, 2. East Japan Railway Company)

[20-7-2-07] Method of identifying drainage holes in retaining walls and attempts to detect cracks

*OWADA KENKI¹, Naoaki Suemasa¹, Kazuya Itoh¹ (1. TOKYO CITY UNIVERSITY)

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