CN

KATO BENCE
KATO BENCE

Personal Information More +

Degree:Doctoral degree
Professional Title:Assistant Professor
Job Title:Assistant Professor

Academic Honors: Shenzhen Overseas High-Caliber Personnel Peacock Plan Level C

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Scientific Research

Current position: Home - Scientific Research

Research Interests

AI-powered civil engineering design
AI-powered constitutive models, AI-powered initial design methods, AI-FEM integration

Offshore wind engineering
Design of offshore monopiles, Soil stiffness degradation effects on offshore wind turbines, Post-disater
health assessment

Earthquake enigneering
Soil-structure interaction, Site-city interaction, Regional-scale seismic analysis

Distributed optical fiber vibration sensing
Optical fiber sensing of seismic events, Optical fiber-based earthquake early warning system

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Vertical Project

Shenzhen Natural Science Fund,(202412023000274-20240269),Fusion of information perception methods and for smart cities,In research.
Shenzhen University,(868-000001032321),AI-powered design of offshore wind turbines,In research.
Shenzhen Science and Technology Innovation Commiss,(JCYJ20210324124212034),Digital twin methods of jacket-type offshore structures based on monitoring data,In research.
National Natural Science Foundation of China,(52150410413),PAILE: an AI Powered Foundation Model for Monopile Supported Offshore Wind Turbines,Completed.

Journal Paper

More

Bence Kato.Gang Wang*.Seismic site–city interaction analysis of super-tall buildings surrounding an underground station: a case study in Hong Kong,Bulletin of Earthquake Engineering,2022-02-01.
Bence Kato.Subhamoy Bhattacharya.Ying Wang*.Evaluation of post-storm soil stiffness degradation effects on the performance of monopile-supported offshore wind turbines in clay,Ocean Engineering,2023-06-01.
Qi Yuan.Bence Kato.Keqing Fan.Ying Wang*.Phased array guided wave propagation in curved plates,Mechanical Systems and Signal Processing,2023-02-01.
Ying Wang*.Jun Liang.Yuhao Fu.Bence Kato.Support condition identification for monopile-supported offshore wind turbines based on time domain model updating,Marine Structures,2024-12-01.

Conference Papers

Bence Kato.Gang Wang.Fully Integrated 3D Analysis on Site-City Interaction in an Urban Transport Hub,,.
Bence Kato.Gang Wang.Ground motion simulation in an urban environment considering site-city interaction: a case study of Kowloon station, Hong Kong,,.