Xinhao He (0000-0002-7162-6719)

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Biography

Dr. He's research addresses various challenges in bridge structures, focusing on structural dynamics, earthquake engineering, and data assimilation. His interests include the development and implementation of next-generation seismic response modification devices (Innovative Seismic System Creation, ISSC), innovative structural performance assessment approaches (ISPA), and life-span maintenance management techniques (LMMT) that combine physics-based and data-driven methods.

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Tohoku University: Sendai, JP

2020-10-01 to present | Assistant Professor (Department of Civil and Environmental Engineering, Graduate School of Engineering)

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Xinhao He

https://orcid.org/0000-0002-7162-6719

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Employment (1)

Tohoku University: Sendai, JP

Education and qualifications (3)

Kyoto University: Kyoto, JP

Kyoto University: Kyoto, Kyoto, JP

Southeast University: Nanjing, Jiangsu, CN

Works (19)

Performance evaluation of a seismically isolated bridge with spherical sliding bearings based on dynamic data

Multi-band spectral-temporal deep learning network for structural dynamic data forecasting aided by signal decomposition and bandpass filtering

A unified approach for time-domain and frequency-domain finite element model updating

Enhanced inferable capability in state estimation of dynamic systems exhibiting hysteresis/inelastic behavior under the limit of minimal sensor

Enhancing operational performance assessment of structures with seismic response modification devices: The role of observability and symmetry analysis under limited sensor deployment

Generation of synthetic spectrum-compatible bi-directional ground motions with specific directionality

Methodology for Object-Level Change Detection in Post-Earthquake Building Damage Assessment Based on Remote Sensing Images: OCD-BDA

Experimental study of a scaled bridge model with a unidirectional rocking isolation bearing system (Uni‐RIBS) through shaking table tests

Advances in Rapid Damage Identification Methods for Post-Disaster Regional Buildings Based on Remote Sensing Images: A Survey

Parameter Estimation for Seismic Isolation Structures in the Presence of Pounding Problems by Unscented Kalman Filter

Joint state–parameter estimation for structures with seismic isolation and damping systems: Theoretical observability and experimental verification

Full-Scale Static Loading and Free-Vibration Tests of a Real Bridge with Friction Pendulum Bearing System (FPS) and Design Parameter Estimation

Development of a bidirectional rocking isolation bearing system (Bi‐RIBS) to control excessive seismic response of bridge structures

Unscented Kalman filter with performance recovery strategy for parameter estimation of isolation structures

Influence of directionality of spectral‐compatible Bi‐directional ground motions on critical seismic performance assessment of base‐isolation structures

Efficient design parameter selection for nonlinear bearings to achieve multi-objective optimization of seismic performance of girder bridges by utilizing the stochastic structural response of equivalent linear systems

Development of rocking isolation bearing system (RIBS) to control excessive seismic responses of bridge structures

Bi-directional implementation of multiple-slider surface bearing to girder bridges: simplified 3-D modelling and seismic performance assessment

A multi-objective optimal parameter design procedure for slide bridge bearings under seismic excitation based on a deterministic-stochastic modeling approach

Peer review (18 reviews for 11 publications/grants)