STEEL Structure Laboratory, Dept. of Architecture
Graduate School of Engineering, the University of Tokyo
東京大学 大学院工学系研究科 建築学専攻
鋼構造研究室
1) 学位論文の題目(2020年度以降)
2024年度
博士論文
李 鴻涛
Failure Prediction of High-Performance Steel and Its Welded Joint Based on Fracture Mechanics
(破壊力学に基づく高性能鋼材および溶接接合部の破断予測)
修士論文
板橋 卓
有限要素解析による鋼材の極低サイクル疲労挙動の解明
大橋 隼斗
露出柱脚ベースプレートの微動ひずみ応答計測による損傷検知手法の実大鉄骨骨組への適用
Y Sea TEA
Damage Detection by Strain Response Measurement in Shaking Table Tests of Large-Scale Steel Frame
（実大鉄骨骨組の振動台実験におけるひずみ応答計測による損傷検出）
卒業論文
松浦 有哉
除荷剛性の低下挙動に基づく鋼材の低サイクル疲労寿命評価
2023年度
博士論文
欧 治均
Damage evaluation methods for steel structures based on micro-strain measurement after severe earthquakes
(強震後の微小ひずみ計測による鉄骨構造の損傷評価法)
ソク アン
Drift reduction of existing steel frame for post-earthquake function continuity
(機能維持性能向上のための既存鉄骨造建物の変形制御)
修士論文
何 放
ひずみ応答に基づく局部座屈検出および残存耐力推定
秋光 大地
超高層鋼構造建物が長期間に受ける地震動による梁端の累積損傷に関する研究
住谷 優季
鋼構造骨組の複数回強震動に対する耐震性能
卒業論文
田中 慶季
短スパン梁の塑性変形能力の評価法
有賀 萌香
加速度センサと赤外線アレイセンサを用いた空間の利用状況の推定
佐々木 柊介
地震後の微動を利用した柱のひずみ応答計測による床スラブの損傷検出実証
森野 僚太
繰返し載荷を受ける鉄骨梁の数値解析における材料モデルの影響
山八 瑞樹
実大鉄骨造骨組試験体による固有振動数と非構造部材の損傷の関係についての研究
2022年度
修士論文
中牟田 晃基
球面すべり支承を用いた免震建物における重量偏心の影響
宮澤 宏輝
角形鋼管柱の局部座屈によって決まる鋼構造剛接骨組の耐震性能
渡瀬 慎之輔
露出型柱脚のひずみ計測を用いた定量的損傷検知手法の検討
卒業論文
舘石 透
スプリットティ形式柱梁半剛接合部を用いた鋼構造骨組の設計法の検討
板橋 卓
鉄骨造ラーメンにおける露出柱脚の降伏型と耐震性能の関係
星川 太洋
多層ラーメン構造物における各層残留変形の確率分布に関する解析的検討
2021年度
修士論文
宮崎 祥太
加速度・ひずみ応答計測による実建物の構造性能評価技術に関する研究
孫 凱楽
微動ひずみ計測による局部座屈検出法に関する研究
卒業論文
秋光 大地
小振幅の繰り返し載荷を受ける梁の破断予測に関する研究
阿部 公平
鉄骨梁の耐震性能評価指標に関する検討
住谷 優季
水平二方向入力を受ける鋼構造多層骨組の耐震性能簡易評価法
高田 悠史
大地震時の超高層建築物修復コスト評価における解析モデルの影響について
2020年度
修士論文
加藤 名音
ひずみ応答実測による耐震補強鉄骨ブレースの挙動分析
2) 発表論文(2021年以降)
2025年
Modal Analysis of Structures Using a Millimeter-Wave Sensor
Yudai Matsue, Jun Kuroda, Yuu Kashima, Satoshi Kawaji, Satoshi Yamada, Tomonori Nagayama, Jun IyamaIEEE Sensors Letters, Vol.9, Iss.6, 2025.6
Seismic performance of low-to-middle rise steel moment resisting frames with varied exposed column base
Satoshi Yamada, Suguru Itabashi, Yoshiharu Sato, Jun IyamaUrban Resilience and Earthquake Engineering, Vol.1, Iss.2, 2025.5
Development of a steel frame testbed to investigate the relationship between damage and vibration characteristics of structural and non-structural elements for “member-based” damage detection
Jun Iyama, Chih-Chun Ou, Shotaro Yagi, Tsuyoshi Seike, Satoshi YamadaUrban Resilience and Earthquake Engineering, Vol.1, Iss.1, 2025.5
Estimation method of roof snow load using acceleration measurements: a case study on actual wooden building
M. Wakui, J. IyamaJournal of Civil Structural Health Monitoring, 2025.3
Optimum design parameters for double concave friction pendulum system considering ground motion characteristics and friction heating
Jiaxi Li, Ping Tan, Kui Yang, Jingjing Liu, Shinsuke Yamazaki, Satoshi YamadaNonlinear Dynamics, Vol.112, pp.16891-16915, 2024.10
Probabilistic seismic performance estimation through surrogate model and unbiased multi-fidelity Monte Carlo predictor
Xiaoshu Gao, Jun Iyama, Tatsuya ItoiJapan Architectural Review, Vol.7, Iss.1, 2024.8
Stress Resultant-Based Approach to Mass Assumption-Free Bayesian Model Updating of Frame Structures
Taro Yaoyama, Tatsuya Itoi, Jun IyamaASCE-ASME Journal of Risk and Uncertainty in Engineering Systems, Part A: Civil Engineering, Vol.10, Iss.4, 2024.8
Plastic collapse behavior of plate to CHS connection under biaxially symmetric load
Yoshiharu SatoJournal of Constructional Steel Research, Vol.218, 108661, 2024.7
Investigation on Fracture Behavior of Electroslag Welding Joint with High-Performance Steel
Hongtao Li, Jun IyamaInternational Journal of Steel Structures, 2024.6
Probabilistic model updating of steel frame structures using strain and acceleration measurements: A multitask learning framework
Taro Yaoyama, Tatsuya Itoi, Jun IyamaStructural Safety, Vol.108, 102442, 2024.5
Seismic performance of weak-beam-type steel low-to-middle-rise moment-resisting frame determined by local buckling of square hollow section columns
Satoshi Yamada, Hiroki Miyazawa, Jun IyamaThin-Walled Structures, Vol.195, 111359, 2024.2
Displacement Control of Existing Steel Moment-Resisting Frame Structures Using Buckling-Restrained Braces
An Sok, Satoshi Yamada, Jun IyamaJournal of Earthquake Engineering, 2024.1
2023年
Post-earthquake damage detection of local buckling in rectangular hollow section columns based on local stiffness calculated by strain response
Chih-Chun Ou, Jun Iyama, Yoshihiro Fukushima, Fang He, Takashi Hasegawa, Satoru HiroshimaEngineering Structures, Vol.292, 116485, 2023.10
Damage Detection in ALC Exterior Walls in Steel Structural Frames Subjected to Earthquakes Using Acceleration Sensors
Shotaro Yagia, Jun Iyama, Yoshihiro Fukushima, Takanori Ishida, Shoichi Kishiki, Tsuyoshi Seike, Satoshi YamadaJournal of Earthquake Engineering, Vol.28, Iss.4, pp.1109-1126, 2023.7
Electroslag Welding Applications for Steel Building Construction in Japan: A State-of-the-Art Review
Yukihiro Harada, Jun Iyama, Yuka Matsumoto, Koji OkiEngineering Journal, Vol.60, No.2, pp.93-110, 2023.6
Effect of Friction Dependencies on the Bidirectional Earthquake Response of Double Concave Friction Pendulum Bearings
Jiaxi Li, Shoichi Kishiki, Satoshi Yamada, Shinsuke Yamazaki, Atsushi Watanabe, Masao TerashimaJournal of Earthquake Engineering, Vol.28, Iss.3, pp.777-798, 2023.6
Cyclic Deformation Capacity of Structural Steels for Earthquake-Resistant Steel Buildings
Satoshi Yamada, Thaileang Touch, Yu Jiao, Shoichi KishikiJournal of Earthquake Engineering, Vol.28, Iss.2, pp.305-324, 2023.4
2022年
Collapse Behavior of Reduced-Scale Frames by the Inverted Shaking Table Method under Dynamic Seismic Loading
Yuko Shimada, Kenta Takahashi, Satoshi YamadaInternational Journal of Steel Structures, Vol.22, Iss.6, pp.1798-1807, 2022.12
Effect of concrete edge distance on the hysteretic response of roof joint
Yao Cui, Mir Majaid Manzoor, Hongtao Liu, Satoshi YamadaThe Structural Design of Tall and Special Buildings, e1999, 2022.12
Damage Evaluation Method for Steel Beams Subjected to Cyclic Loading
Satoshi Yamada, Yu JiaoInternational Journal of Steel Structures, Vol.22, Iss.6, pp.1850-1863, 2022.12
Cyclic Behaviors of SHS Columns in Low Cycle Fatigue Tests
Yang Dong, Takanori Ishida, Shoich Kishiki, Satoshi Yamada, Takashi HasegawaJournal of Earthquake Engineering, pp.1-28, 2022.11
Seismic behavior of steel space truss connections to reinforced concrete supporting columns
Yao Cui, Xinyan Yang, Hongtao Liu, Satoshi YamadaAdvances in Structural Engineering, Vol.25, Iss.8, pp.1714-1729, 2022.6
Collapse behavior of weak column type steel moment resisting frames built with square hollow section columns subjected to bi-directional horizontal ground motion
Satoshi Yamada, Takanori IshidaJournal of Building Engineering, Vol.48, 2022.5
Axial behavior of circular steel tube with localized penetrating corrosion simulated by artificial notch
Shan Gao, Yulin Wang, Lanhui Guo, Youchun Xu, Jun IyamaThin-Walled Structures, Vol.172, 2022.3
Cyclic behaviors of SHS columns subjected to small amplitude loading
Takanori Ishida, Yang Dong, Shoichi Kishiki, Satoshi Yamada, Takashi HasegawaEngineering Structures, Vol.252, 113611, 2022.2
Effect of column strength deterioration on the performance of steel moment-resisting frames subjected to multiple strong ground motions
Randy Tenderan, Takanori Ishida, Satoshi YamadaEngineering Structures, Vol.252, 113579, 2022.2
Experimental study of concrete breakout failure mechanism in an exposed column base with a foundation beam
Shoichi Kishiki, Xiaoyu Yang, Takanori Ishida, Nobuhiko Tatsumi, Satoshi YamadaEngineering Structures, Vol.243, 2021.9
Experimental study on full-scale steel moment-resisting frames with nonstructural walls subjected to multiple earthquakes
Takanori Ishida, Randy Tenderan, Keita Kohtaki, Shoichi Kishiki, Jun Iyama, Takashi Hasegawa, Tsuyoshi Seike, Satoshi YamadaEngineering Structures, Vol.242, 2021.9
Cumulative deformation capacity of structural steel subjected to extremely large amplitude strain histories
Yu Jiao, Satoshi YamadaJournal of Building Engineering, Vol.41, 2021.9
Detection of beam-end fractures in steel members based on local stiffness calculated by strain response
Jun Iyama, Yoshihiro Fukushima, Takashi Hasegawa, Hiroto Nakagawa, Yosuke KaneshiroEngineering Structures, Vol.241, 2021.8
Deformation capacity of 400 N/mm2 class structural steel under extremely large strains
Satoshi Yamada, Thaileang Touch, Yu Jiao, Takanori Ishida, Shoichi KishikiJournal of Constructional Steel Research, Vol.182, 2021.7
Bending moment distribution estimation of an actual steel building structure by microstrain measurement under small earthquakes
J. Iyama, O. Chih-Chun, K. ArakiJournal of Civil Structural Health Monitoring, 2021.4
Those who wish to start joint research with our group or those who wish to join our group as graduate student, please contact Yamada or Iyama by email.