Session Details
骨組/シェル/橋梁床版
Thu. Sep 11, 2025 4:20 PM - 5:40 PM JST
Thu. Sep 11, 2025 7:20 AM - 8:40 AM UTC
Thu. Sep 11, 2025 7:20 AM - 8:40 AM UTC
C101
[I-18]Response Accuracy of Steel Plate Girder Bridge Three-Dimensional Frame Model under Vertical and Torsional Loads
*Makoto Hidaka1, Kenta Ono1, Mamoru Sawada1 (1. PUBLIC WORKS RESEARCH INSTITUTE)
[I-19]Beam stiffness matrix incorporating rigid zones on both sides
*Fumio Hakamada
[I-20]Analytical study on the structural viability of thin steel wall parapets
*Tomoki Katayama1, Kohei Sugihara1, Tatsuya Onihi1, Risa Fujinaga2, Motoshi Yamauchi2 (1. Metropolitan Expressway Company Limited, 2. MM Bridge Company Limited)
[I-21]Wheel running fatigue test for steel plate-concrete composite deck using friction joint with high strength threaded stud part1
*Tatsuya Akiyama1, Takahiro Hirano1, Kou Tabuchi1, Hiroto Okuhara1, Masaki Okamoto1, Hideki ogomori2 (1. Kawada Industries,INC, 2. Nippon Stud Welding Co., Ltd.)
[I-22]Wheel running fatigue test for steel plate-concrete composite deck using friction joint with high strength threaded stud (part2)
*Takahiro Hirano1, Tatsuya Akiyama1, Kou Tabuchi1, Hiroto Okuhara1, Masaki Okamoto1, Hideki Ogomori2 (1. Kawada Industries, Inc., 2. Nippon Stud Welding Co., Ltd.)
[I-23]Trial of the Inspection Method to Detect Disintegration of Reinforced Concrete Slab by Using Electromagnetic Radar
*Katsuya Niikura1, Shoma Yamashita1, Yusaku Nanao1, Eisuke Nakamura1 (1. Public Works Research Institute)