Session Details
FRP(2)
Thu. Sep 3, 2026 2:40 PM - 4:00 PM JST
Thu. Sep 3, 2026 5:40 AM - 7:00 AM UTC
Thu. Sep 3, 2026 5:40 AM - 7:00 AM UTC
Behavioral Science Laboratory 1, 6th Floor, Building 7 (Hokkai-Gakuen University)
[CS6-09]Experimental study on half-precast panels using high-strength dense mortar and CFRP reinforcement.
*Yun Nitto1, Hayao Kobayashi1, Kazuo Ohgaki1, Yuya Hidekuma1, Manabu Ishida2, Syunta Sakurai3 (1. Institute of Technologists, 2. Taiheiyo Materials, 3. Nippon Steel Chemical and Material)
[CS6-10]Effect of Repeated Loading during Resin Curing on the Bonding Performance of CFRP Reinforcement to Steel Plates
*Takahiro Matsui1, Yuji Miyagawa1, Kenji Fujita1 (1. TORAY Industries, Inc.)
[CS6-11]Study on the Combined Use of Mechanical Anchorage in CFRP Bonding Method for Steel Members
*Soutarou Konishi1, Takeshi Miyashita1, Ebisawa Takemasa1, Takeda Kenta1, Hidekuma Yuya2 (1. Nagoya Institute of Technology, 2. Institute of Technologists)
[CS6-12]Fundamental study on box-shaped CFRP buckling-restrained braces using balsa as the core material
*Satoshi Tetsuka1, Hitoshi Nakamura2, Takahiro Matsui3 (1. Miyaji Engineering Group, Inc., 2. Tokyo Metropolitan University, 3. Toray Industries, Inc.)
[CS6-13]Evaluation of tensile properties and elastic moduli of GFRP with surface protective layers molded by compression hand-lay-up
*Sota Ishimura1, Hitoshi Nakamura1, Hideki Hibi2 (1. Tokyo Metropolitan University, 2. FRR Hydraulic Gates Engineering Association)
[CS6-14]Experimental Study on the Room-Temperature Strength of GFRP after Heating and Cooling
*Masataka Komura1, Kenshin Tanii1, Keigo Kubo1, Yusuke Imagawa2, Osamu Oyama2, Kunitaro Hashimoto3 (1. MIYAJI ENGINEERING CO., LTD, 2. Osaka Institute of Technology, 3. Kobe University)
[CS6-15]Experimental study on adhesive bonding strength between molded materials in GFRP box girder bridges
*Yuta Kanezawa1, Hayao Kobayashi1, Kazuo Ohgaki1, Yuya Hidekuma1, Sumitaka Inoue2 (1. Institute of Technologists, 2. Comtec)
[CS6-16]Effect of Bolt-Hole Clearance and Improvement Methods on the Performance of HFRP-Steel Bolted Joints
*Doni Suprapto1, Makoto Honda1, Yasuo Kitane2 (1. Japan Steel Tower Co., Ltd., 2. Kyoto University)
