Session Details
鋼・コンクリート(1)
Fri. Sep 12, 2025 9:00 AM - 10:20 AM JST
Fri. Sep 12, 2025 12:00 AM - 1:20 AM UTC
Fri. Sep 12, 2025 12:00 AM - 1:20 AM UTC
Ro
[12AM1-Ro-01]Analytical Study on Pure Bending Propeties of Circular Concrete Filled Stainless Steel Tubular
*Shunsuke Nakao1, Hisao Tsunokake1 (1. Osaka Metropolitan University)
[12AM1-Ro-03]Evaluation of energy release rate of adhesives by DCB test for adhesive bonding with steel members
*Mari Kagami1, Hitoshi Nakamura1, Kenta Ono2, Mamoru Sawada3 (1. Tokyo Metropolitan University, 2. Ministry of Land, Infrastructure, Transport and Tourism, 3. Public Works Research Institute)
[12AM1-Ro-05]Fundamental study on evaluation of debonding of adhesive joints of quadrilateral simple support steel plates with adhesively bonded plates
*Homare Yamamoto1, Hitoshi Nakamura1 (1. Tokyo Metropolitan university)
[12AM1-Ro-07]Analytical study on the shear load capacity performance evaluation of PBL with different plate thickness using cylindrical specimens
*Sogo Mori1, Satoru Munemoto1, Moriaki Suzuki1 (1. Aichi Institute of Technology)
[12AM1-Ro-09]Analytical study on estimation of shear force of a headed stud in push-out tests considering the thickness of thin mortar layers
*Otoya Narazaki1, Takashi Yamaguchi1, Takahiro Asano2, Gen Hayashi1 (1. Osaka Metropolitan University, 2. West Nippon Expressway Company Limited)
[12AM1-Ro-11]Analytical Study on Shearing Force and Relative Slip of Steel-Concrete Composite Slabs with Pipe Shear Connector
*Keigo Ikeda1, Masashi Yamamoto2, Yusuke Imagawa3, Osamu Ohyama3 (1. Osaka Institute of Technology Graduate School, 2. Fab-Tec Japan Corporation, 3. Osaka Institute of Technology)
[12AM1-Ro-13]Experimental Study on Strength Shear Connector of Shape Ribs with Multi-functional Projections
*Tatsuya Koga1, Hiroaki Fujibayashi2, Shohei Yae2, Yusuke Imagawa3, Osamu Ohyama3 (1. Osaka Institute of Technology graduate school, 2. KAWADA INDUSTRIES, INC., 3. Osaka Institute of Technology)
[12AM1-Ro-15]Basic Study on the Shear Capacity of Clothoid-shape dowel
*Naoto Sawamura1, Takaaki Ishii2, Nobuhiro Moki2, Kotaro Kusakawa2, Yusuke Imagawa3, Osamu Ohyama3 (1. Osaka Institute of Technology Graduate School, 2. Mitsui Sumitomo Construction Steel Strucure Engineering Company, 3. Osaka Institute of Technology)