Japan Society of Civil Engineers 2025 Annual Meeting
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Session Details

Poster PresentationSection I

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Fri. Sep 12, 2025 2:40 PM - 4:00 PM JST
Fri. Sep 12, 2025 5:40 AM - 7:00 AM UTC
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[12PM2-Ee-02]Ultimate resistance enhancement method of high-strength friction-type bolted joints with diamond-shaped arrangement

*Kanta Sakamoto1, Hitoshi Moriyama1 (1. Tokushima University)

[12PM2-Ee-04]Case study of a simple finite element analysis model for evaluating the ultimate behavior of high-strength bolted connection

*Akari Shibui1, Toshikazu Takai1, Tatsuki Imahuku2 (1. Kyushu Institute of Technology, 2. Fukuoka City Office)

[12PM2-Ee-06]Study on yielding behavior of connected plate focusing on similarity of mechanical behavior of high-strength bolted connection

*Ayane Shigemura1, Toshikazu Takai1 (1. Kyushu Institute of Technology)

[12PM2-Ee-08]Compression-type Shear Experiments of Double Spindle Fastener with Long Length

*Masashi Takayama1, Sho Takayama2, Hitoshi Moriyama1, Masayori Yoshimi3, Takashi Yamaguchi4, Gen Hayashi4 (1. Tokushima University, 2. Tokushima University, 3. NIPPON STEEL BOLTEN CORPORATION, 4. Osaka Metropolitan University)

[12PM2-Ee-10]Experimental study on the large displacement cyclic behavior of high strength bolted friction joints

*Shuntaro Hamanaka1, Kunitaro Hashimoto1 (1. Graduate School of Engineering, Kobe University)

[12PM2-Ee-12]Slip coefficients for high-strength friction-type bolted joints coated with inorganic zinc-rich paint composed of zinc paste

*Kohei Okuma1, Hitoshi Moriyama1, Takanori Murakami2, Makoto Mitani3, Daisuke Uchida4, Takashi Yamaguchi5 (1. Tokushima University, 2. Miyaji Engineering Inc., 3. Kansai Paint Co.Ltd., 4. Hosei University, 5. Osaka Metropolitan University)

[12PM2-Ee-14]The Fluctuation of Bolt Axial Force and Friction Coefficient of High-Strength Bolted Friction Joints under Cyclic Loading

*Reo Moriyama1, Tadanobu Yamada2, Gen Hayashi1, Naoto Hirosawa2, Takashi Yamaguchi1 (1. Osaka Metropolitan University, 2. IHI Infrastructure Systems Co., Ltd.)

[12PM2-Ee-16]Performance Evaluation of High-Strength Countersunk Head Bolted Single Frictional Joints in Steel Deck Longitudinal Joints

*Hiroto Segawa1, Takashi Yamaguchi1, Gen Hayashi1, Masayori Yoshimi2 (1. Osaka Metropolitan University, 2. NIPPON STEEL BOLTEN CORPORATION)
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