International Conference (Not reviewed / Unknown)

• Shunta Sakiya, Daiki Sato, Yinli Chen. PREDICTING INCREASED DISPLACEMENT OF HIGH-RISE SEISMIC ISOLATED BUILDINGS SUBJECTED TO WIND FORCES, The 1st Joint Workshop on Building and Civil Engineering between Feng Chia University & Institute of Science Tokyo, The 1st Joint Workshop on Building and Civil Engineering between Feng Chia University & Institute of Science Tokyo, May 2025.

Domestic Conference (Not reviewed / Unknown)

• Shunta Sakiya, Daiki Sato, Yinli Chen, Motoki Misu, Shinsuke Inai, Motohiko Kuwa, Tetsuya Kawamata, Masaki Tokunou, Junya Maruo. Verification of Prediction Accuracy of Displacement Increase due to Slip Phenomena of High Friction Elastic Sliding Bearing, 日本建築学会大会（九州）学術講演会, 日本建築学会大会学術講演梗概集, Architectural Institute of Japan, 構造II, pp. 837-838, Sept. 2025.
• Shunta Sakiya, Daiki Sato, Yinli Chen, Motoki Misu, Shinsuke Inai, Motohiko Kuwa, Tetsuya Kawamata, Masaki Tokunou, Junya Maruo. Proposal of Modified Nonlinear Three-Element Model to Accurately Reproduce Loading History of High-Friction Elastic Sliding Bearing in the Low-Velocity Range, 2024年度（第95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. 565-568, Mar. 2025.
• Shunta Sakiya, Daiki Sato, Yinli Chen, Motoki Misu, Shinsuke Inai, Motohiko Kuwa, Tetsuya Kawamata, Masaki Tokunou, Junya Maruo. Prediction of High Friction Elastic Bearing Behavior in Load Control Experiments Assuming Mean Component of Wind Load for Loading History in Low Velocity Range, 2024年度（第95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. 561-564, Mar. 2025.

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