Session Details

橋梁の耐震 (5)

Thu. Sep 5, 2024 4:20 PM - 5:40 PM JST
Thu. Sep 5, 2024 7:20 AM - 8:40 AM UTC
文学部第二講義室(川内南キャンパス中講義棟)
Chair: Ki Tou

[CS10-29]Cyclic loading tests of arch-typed concrete block piers with friction pendulum and rocking mechanism

*Shintaro Kobayashi1, Mitsuyoshi Akiyama1, Shunya Usui1, Shogo Hikita1, Naomitsu Ishigaki2, Hirokazu Takahashi2, Riki Honda3 (1. Waseda University, 2. Nippon Koei Co. Ltd., 3. The University of Tokyo)

[CS10-30]Fundamental study to improve seismic resistance of the steel pier with rocking mechanism at its base by using shake table tests

*Kohei Hirota, Nonaka Tetsuya1, Ebisawa Takemasa1 (1. Nagoya Institute of Technology)

[CS10-31]Experimental Study on the Ultimate State of Column Joints Connected by High-Strength Bolt Friction Joints in Steel Arch Bridges

*Sota Kamiya1, Tetsuya Nonaka1, Takemasa Ebisawa1, Tadanobu yamada2, Hidetoshi Shiohata3 (1. Nagoya Institute of Technology, 2. IHI Infrastructure Systems CO., Ltd, 3. East Nippon Expressway Company Limited)

[CS10-32]Experimental Study on Optimization of Strength Stratified Reinforcing Bar Arrangement in Damage-Induced Design

*Takahiro Terasawa1, Takashi SATO1, Tsukasa TOKUE1, Osamu HATAKEYAMA1 (1. CIVIL ENGINEERING RESEARCH INSTITUTE FOR COLD REGION)

[CS10-33]An Experimental Study on Load Carrying Capacity and Ductility of Slender Hybrid Steel Bridge Piers Using Ultra-High Strength Steel as Vertical Stiffeners

*Yuhi Takayama1, Atsushi Tsuji1, Natsumi Takeshima2, Seiji Okada2, Moriaki Suzuki3, Yoshiyuki Shimaguchi3, Ryosuke Yamazaki1, kiyoshi Ono4 (1. Waseda University Graduate School, 2. IHI Infrastructure Systems Co., Ltd., 3. Aichi Institute of Technology, 4. Waseda University)

[CS10-34]Studies on Countermeasures to Improve the Seismic Performance of Existing BP-A Bearings

*Guangfeng Zhang1, Kazuki Yamamoto1, Akimasa Mizutani1, Ikue Suda2, Jun Inoue2, Yasunobu Asakura3, Nobuhiro Yamazaki3, Long Bai3 (1. Shutoko Technology Center, 2. Metropolitan Expressway Company Limited, 3. Nippon Chuzo K. K.)

[CS10-35]Experimental study on improving the earthquake resistance of existing bridge bearings

*LONG BAI1, Yasunobu Asakura1, Nobuhiro Yamazaki1, Ikue Suda2, Jun Inoue2, GuangFeng Zhang3, Kazuki Yamamoto3, Akimasa Mizutani3 (1. Nippon Chuzo K.K., 2. Metropolitan Expressway Company Limited, 3. ippan zaidan houjin shuto Technology Center)