Session Details
FRP(3)
Thu. Sep 3, 2026 4:20 PM - 5:40 PM JST
Thu. Sep 3, 2026 7:20 AM - 8:40 AM UTC
Thu. Sep 3, 2026 7:20 AM - 8:40 AM UTC
Behavioral Science Laboratory 1, 6th Floor, Building 7 (Hokkai-Gakuen University)
[CS6-17]Numerical Study on Elevated Temperatures ofFRP Members in the Event of Fire under Steel Bridge Girders
*Kazuhiro Ote1, Yasuo Kitane1, Risa Matsumoto1, Akihiko Sato1, Koichi Hanamura2 (1. Kyoto University, 2. Kurimoto, Ltd.)
[CS6-18]Fundamental Study on FRP Covering Plates by Static Loading Tests
*Rumi Sakemi1, Gen Hayashi2, Keigo Kubo1, Yuki Otsuka2 (1. Miyaji Engineering Co., Ltd., 2. Nagaoka University of Technology)
[CS6-19]Research on rationalizing the design method for the base joint of FRP inspection path brackets.
*Keiichi Sakai1, Toshie Habukawa2, Gen Hayasi3, Keigo Kubo1, Takasi Yamaguti2 (1. MIYAJI ENGINEERING, 2. Osaka Metropolitan University, 3. Nagaoka University of Technology)
[CS6-20]Effect of GFRP Surface Treatment and Friction Shim Insertion on Improving the Slip Coefficient of High-Strength Bolted Friction Joints
*Kensho Hirao1, Ryoto Yamanishi2, Hiroshi Tamura2, Hitoshi Nakamura3, Kensuke Kobayashi4, Yuki Ito5, Toshiyuki Niikura6 (1. Kokushikan University, 2. Yokohama National University, 3. Tokyo Metropolitan University, 4. IHI Infrastructure Systems Co.,Ltd., 5. Kurimoto,Ltd., 6. PACIFIC CONSULTANTS CO., LTD.)
[CS6-21]Countermeasures of surface treatment against axial force reduction in high-strength bolted friction joints between GFRP plates and steel plates
*Teru Kyo1, Hitoshi Nakamura1, Kensho Hirao2, Hiroshi tamura3, Kensuke Kobayashi4, Yuki Ito5, Toshiyuki Niikura6 (1. Tokyo Metropolitan University Graduate School, 2. Kokushikan University, 3. Yokohama National University, 4. IHI Infra-square Co., Ltd., 5. Kurimoto,Ltd., 6. Pacific Consultants CO.,Ltd.)
[CS6-22]Reproduction analysis and damage assessment of wheel load running tests on road bridge decks reinforced with FRP members.
*Jiro Nakazawa1, Satoshi Tsuchiya2, Hitoshi Nakamura3, Ryo Maeda4, Kazuhiro Awazu5 (1. Pacific Consultants, 2. Coms Engineering, 3. Tokyo Metropolitan University, 4. IHI Infra-square, 5. Kurimoto)
[CS6-23]A study on a simple method for evaluating the deflection of fatigued RC deck slabs and reinforcement effect of FRP members
*Kento SUGIMOTO Sugimoto1, Hitoshi Nakamura1, Ryo Maeda2, Toshiyuki Niikura3, Kazuhiro Awazu4 (1. Tokyo Metropolitan University , 2. IHI Infra-square Co., Ltd., 3. Pacific Constants Co., Ltd., 4. Kurimoto,Ltd.)
