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Publication List - Yudai Arai (11 entries)
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Journal Paper
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Yudai Arai,
Daiki Sato,
Alex Shegay,
Ryota TOBARI,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
EVALUATION OF BRACE PLACEMENTS FOR LOW TO MID-RISE BASE-ISOLATED BUILDINGS CONSIDERING EFFECTIVE BRACE DEFORMATION RATIO,
AIJ Journal of Technology and Design,
Architectural Institute of Japan,
Vol. 29,
No. 72,
pp. 695-700,
June 2023.
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Yudai Arai,
Daiki Sato,
Alex Shegay,
Ryota TOBARI,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
PREDICTION METHOD FOR UPLIFT OF RUBBER BEARINGS FOR LOW TO MID-RISE BASE-ISOLATED BUILDINGS WITH BRACES,
Journal of Structural and Construction Engineering (Transactions of AIJ),
Architectural Institute of Japan,
Vol. 88,
No. 806,
pp. 586-597,
Apr. 2023.
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Yudai Arai,
Daiki Sato,
Alex Shegay,
Ryota TOBARI,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
MODELING OF HIGH DAMPING LAMINATED RUBBER BEARINGS IN BASE ISOLATED LAYERS USING BI-LINEAR FORCE RESTORING CHARACTERISTICS ― Study on the response of the isolation layer ―,
AIJ Journal of Technology and Design,
Architectural Institute of Japan,
Vol. 29,
No. 71,
pp. 68-73,
Feb. 2023.
Domestic Conference (Not reviewed / Unknown)
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Yudai Arai,
Daiki Sato,
Alex Shegay,
Ryota Tobari,
Jumpei Yasunaga,
Takuya Ueki,
Hiromitsu Morioka.
Design method of brace placement for base-isolated steel buildings based on effective brace deformation ratio,
日本建築学会大会(近畿)学術講演会,
日本建築学会大会学術講演梗概集,
Architectural Institute of Japan,
pp. 571-572,
Sept. 2023.
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Yudai Arai,
Daiki Sato,
Alex Shegay,
Ryota Tobari,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
A study on brace placements for low to mid-rise base-isolated buildings based on brace effective deformation ratio Part 1 Evaluation on yielding and buckling of braces, and uplift of rubber bearings,
2022年度(第93回)関東支部研究発表会,
日本建築学会関東支部研究報告集,
Architectural Institute of Japan,
Ⅰ,
pp. 517-520,
Feb. 2023.
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Yudai Arai,
Daiki Sato,
Alex Shegay,
Ryota Tobari,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
A study on brace placements for low to mid-rise base-isolated buildings based on brace effective deformation ratio Part 2 Example of brace placements design method based on brace effective deformation ratio,
2022年度(第93回)関東支部研究発表会,
日本建築学会関東支部研究報告集,
Architectural Institute of Japan,
Ⅰ,
pp. 521-524,
Feb. 2023.
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Yudai Arai,
Daiki Sato,
Alex Shegay,
Ryota Tobari,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
Design method for low to mid-rise base-isolated buildings with braces considering frame parameters Part 1 : Design of brace stiffness and placement considering effective brace deformation ratio,
日本建築学会大会(北海道)学術講演会,
日本建築学会大会学術講演梗概集,
Architectural Institute of Japan,
Ⅱ,
pp. 783-784,
Sept. 2022.
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Airi Hasegawa,
Yudai Arai,
Daiki Sato,
Alex Shegay,
Ryota Tobari,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
Design method for low to mid-rise base-isolated buildings with braces considering frame parameters Part 2 : Prediction of minimum axial stress on natural rubber bearings based on effective brace deformation ratio,
日本建築学会大会(北海道)学術講演会,
日本建築学会大会学術講演梗概集,
Architectural Institute of Japan,
Ⅱ,
pp. 785-786,
Sept. 2022.
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Yudai Arai,
Daiki Sato,
Aleksey Vadimovich Shegay,
Ryota Tobari,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
Seismic response of base-isolated warehouse Part3. Comparison of frame parameters for controls between different stiffnesses and placements of braces,
2021年度第92回日本建築学会関東支部研究発表会,
日本建築学会関東支部研究報告集,
Architectural Institute of Japan,
Ⅰ,
pp. 349-352,
Mar. 2022.
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Yudai Arai,
Daiki Sato,
Aleksey Vadimovich Shegay,
Ryota Tobari,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
Seismic response of base-isolated warehouse Part2. Influence of different stiffnesses and placements of braces on seismic response,
2021年度第92回日本建築学会関東支部研究発表会,
日本建築学会関東支部研究報告集,
Architectural Institute of Japan,
Ⅰ,
pp. 345-348,
Mar. 2022.
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Yudai Arai,
Daiki Sato,
Aleksey Vadimovich Shegay,
Ryota Tobari,
Jumpei Yasunaga,
Takuya Ueki,
Yosuke Kaneshiro.
Seismic response of base-isolated warehouse Part1. Modeling of high-damping rubber bearing by bilinear restoring force characteristics,
2021年度第92回日本建築学会関東支部研究発表会,
日本建築学会関東支部研究報告集,
Architectural Institute of Japan,
Ⅰ,
pp. 341-344,
Mar. 2022.
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