Author

Li-ming Zhao

Institution: Southeast University

Observed institution: Southeast University

ORCID: 0009-0008-9115-9848

Observed ORCID: 0009-0008-9115-9848

OpenAlex ID: A5010052969

A deep learning-based method for full-bridge flutter analysis considering aerodynamic and geometric nonlinearities

2025 · Wen-ming Zhang, Dan-dian Feng, et al. · Computers & Structures · 20

Nonlinear unsteady aerodynamic forces prediction and aeroelastic analysis of wind-induced bridge response at multiple wind speeds: A deep learning-based reduced-order model

2024 · Li-ming Zhao, Wen-ming Zhang, et al. · Journal of Wind Engineering and Industrial Aerodynamics · 17

Aerostatic stability analysis of a suspension bridge based on the stiffness matrix singularity criterion

2025 · Dian-yi Guo, Wen-ming Zhang, et al. · Journal of Wind Engineering and Industrial Aerodynamics · 2

Active flow control strategy for aerodynamic interference reduction in twin-deck bridges: Upstream-deck wake manipulation via the goose optimization algorithm

2026 · Dian-yi Guo, Wen-ming Zhang, et al. · Structures

Continuum theory for dynamic analysis of suspension bridge considering longitudinal‑vertical coupling effects of main cable

2026 · Yu-peng Chen, Wen-ming Zhang, et al. · Structures

An IVYA–DNN–regularized state-mapping framework for identifying the most adverse live load pattern governing main beam deflection in double-cable suspension bridges

2026 · Rui-long Zhang, Wen-ming Zhang, et al. · Structures

Aerodynamic optimization of long-span bridge wind fairings based on deep learning and the NGO algorithm: Considering the influence of initial disturbances on nonlinear flutter

2026 · Li-ming Zhao, Wen-ming Zhang, et al. · Structures

Aerodynamic shape optimization of bridge towers based on a hybrid Softplus-Kriging surrogate model: Reducing aerodynamic interference on adjacent hangers

2026 · Dian-yi Guo, Wen-ming Zhang, et al. · Engineering Structures

Maximal deflection and deck-end rotation angle assessment for two-tower three-span suspension bridges under live load: An analytical algorithm

2025 · Li-ming Zhao, Wen-ming Zhang, et al. · Structures

Works count: 9

Citation count: 39

H-index: 2

I10-index: 2