Staff
- Chul-Woo KIM
- 金 哲佑
- Eng.D.
- Professor
- kim.chulwoo.5u (at) kyoto-u.ac.jp
- (+81) 75-383-3421
-
- Structural Mechanics I and Exercises
- Mathematical Description of Natural Phenomena
- Advanced Linear Algebra
- Infrastructural Structure Engineering (Graduate School)
- Kai-Chun CHANG
- 張 凱淳
- Ph.D.
- Associate Professor
- chang.kaichun.4z (at) kyoto-u.ac.jp
- (+81) 75-383-3184
-
- Mathematical Description of Natural Phenomena
- Advanced Linear Algebra
- Basic Informatics
- Scientific English 1A: Reading and Writing
- Structural Mechanics I & Exercises
- Computer Programming & Experiment on Structural Mechanics
- Exercises in Infrastructure Design (partly)
- Advanced Scientific English (Debate) (partly)
- Tomomi YOSHIMOTO
- 吉本 友美
- Secretary
Collaborators
- Yoshinao GOI
- 五井 良直
- Associate Professor @Gifu University
- Eng.D.
- Gen HAYASHI
- 林 厳
- Associate Professor @Nagaoka University of Technology
- Eng.D.
- Daigo KAWABE
- 河邉 大剛
- Researcher @Kyoto University
- Eng.D.
Visiting Researchers
Researchers
- Zhuoran HAN
- 韩 卓然
- B4-D3
- Eng.D.
- General vehicle-bridge interaction framework
- Dynamic and Seismic Response Analysis of Large-scale Bridges under Various Traffic Scenarios
- 様々な交通条件下における大規模橋梁の動的および地震応答解析
- An efficient vehicle-bridge interaction framework for massive traffic
- 大量の交通を考慮するための効率的な車両ー橋梁連成系解析フレームワークの開発
- Simulation of vehicle-bridge interaction in ABAQUS using Python script
- ABAQUSベースの車両ー橋梁連成系解析のためのPythonスクリプトの提案
Visiting Students
Doctoral Students
- Jing WANG
- 汪 晶
- CSC
- D3
- A data-driven methodology for bridge structure health monitoring combining FBG and computer vision.
- Teng SHI
- 史 腾
- CSC
- D3
- Bridge damage identification based on correlation of the vehicle-bridge interaction system responses
- Minte ZHANG
- 张敏特
- CSC
- D3
- Physics-Informed Machine Learning Frameworks for Structural Health Monitoring of Long-Span Bridges
Students
Doctoral Students
- Hanliang YU
- 余 翰良
- D3
- AI-Based Structural Performance Assessment Through Vibration-Derived Displacement Identification
- 振動計測に基づく変位同定を用いたAIベースの構造性能評価
- Damage detection of bridges by means of neural network supported FEM
- ニューラルネットワークと有限要素法を組み合わせた損傷検知
- Zhihao WANG
- 王 志豪
- D2
- Bayesian Damage Estimation and Reliability Analysis using Ambient Vibration Data
- Risk-based Damage Assessment and Reliability Analysis in Long-term Cable Vibration Monitoring of a Cable-stayed bridge
- 長期ケーブル振動モニタリングによる斜張橋のリスクベース損傷評価と信頼性解析
- Rongxiu CHEN
- 陈 荣秀
- D2
- Developing surrogate models using physics-informed nerural operators.
- physics-informedニューラルオペレーターに基づく代替モデルの開発
- Three-dimensional analysis for traffic-induced vibrations of a four-pylon continuous cable-stayed bridge and its vibration serviceability
- 4主塔連続斜張橋の3次元交通振動解析とその車両乗り心地の評価
- Ran MA
- 马 然
- D1
- From Three-dimensional Image to Finite Element Analysis by Using an Automatic Procedure
- Geometric and Model Updating of a Railway Bridge Pier through 3D Reconstruction Techniques
- 3D再構築技術を用いた鉄道橋橋脚の幾何形状およびモデル更新
- Joshua IRAWAN
- D1
- Bridge Weigh-in-Motion for Bridge Damage Detection, Drive-by Bridge Employing Machine Learning Algorithms
- Rotation-based Virtual Axle of Bridge Weigh-in-Motion for Bridge Health Monitoring
- 仮想軸を導入した回転角利用のBWIMによる橋梁ヘルスモニタリング
- Jinghao FEI
- 费 靖皓
- D1
- Digital Twin for Bridge Health Monitoring via Efficient Data Fusion and Multi-Timescale Interactions
- Fourier Neural Operator for Mode Shape-BasedDamage Identification
- モード形状に基づく損傷検知のためのフーリエニューラルオペレーター
- Muhamad Fauzi Darmawan
- D1
Graduate Students
- Kei AKUTSU
- 阿久津 慶
- M2
- Risk-based optimal decision making using both Structural Health Monitoring data and human inspection information
- Akito HIRO
- 廣 暁斗
- M2
- Damage Detection using Displacement Ratio in Bridge Health Monitoring
- Sunwoo LEE
- M2
- Investigation of relationship between BFand model parameters
- Hongkang PAN
- 潘 宏康
- M2
- Cable force identification and separation of cable force load effects
- Shiuancheng PAI
- 白 軒誠
- M2
- Ground condition prediction by attached sensors on scaffolding with PINO method
- Shunya TSUCHIYAMA
- 土山 隼哉
- M1
- Estimation of the rotation angle and displacement of continuous beams using acceleration measurements
- Yukito HANABATA
- 花畑 友樹斗
- M1
- Development of a real-time evaluation system for ground resistance of a bridge pier
- Pattharaphong YANAROM
- M1
- Road roughness profile identification through Fourier Neural Operator framework using vehicle acceleration
Undergraduates
- Kaimuk LHUENGWONGPAISARN
- B4
- Reconciling Static and Dynamic Behaviors for Finite Element Model Updating of Prestressed Concrete Beams (プレストレストコンクリート梁の有限要素モデル更新における静的・動的挙動の整合)
- Aoba TAMASAKU
- 玉作 青葉
- B4
- Effects of Different Concrete Cracking Models on the Modal Characteristics of Reinforced Concrete Beams (コンクリートのひび割れモデルの違いがRC梁モデルの固有値解析に及ぼす影響)
- Ryo MASHIMO
- 眞下 凌
- B4
- Nonlinear Behavior Detection of Bridge Piers Using Tri-axial Accelerometers (3軸加速度モニタリングによる橋脚の非線形挙動の検出)
Research Student
- Woqin LUO
- Chunyu LIU