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Author

Lanhao Cui

ORCID: 0009-0005-2274-0127
Observed ORCID: 0009-0005-2274-0127
OpenAlex ID: A5102978481
Seismic vulnerability analysis of palace-style timber structures base on lumped mass model considering column rocking effect
2024 · Lanhao Cui, Xicheng Zhang, et al. · Structures · 16
Seismic fragility analysis of traditional Chinese timber structures based on a simplified lumped mass model considering joint damage
2024 · Xicheng Zhang, Lanhao Cui, et al. · Structures · 15
Seismic Performance Analysis of Ancient Palace-Style Timber Structure Considering Column Rocking Effect
2024 · Lanhao Cui, Xicheng Zhang, et al. · Journal of Earthquake Engineering · 15
Replaceable Displacement‐Amplifying Rotary Friction Damper: Experimental and Numerical Investigation
2024 · Xicheng Zhang, Leilei Liu, et al. · Structural Control and Health Monitoring · 15
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Nonlinear dynamic analysis of ancient timber structures with rotary friction dampers
2024 · Xicheng Zhang, Leilei Liu, et al. · Journal of Building Engineering · 14
Stiffness compensation and multi-objective parameter optimization for seismic performance of ancient timber structures retrofitted with friction dampers
2025 · Leilei Liu, Xicheng Zhang, et al. · Structures · 7
Out-of-plane behavior of timber frame-masonry infill system in northwest China: Experimental test, numerical simulation and reinforcement method
2025 · Xicheng Zhang, Lanhao Cui, et al. · Engineering Structures · 7
A Numerical Simulation Study on the Out-of-Plane Performance of Timber Framework–Brick Wall Systems in Traditional Residential Buildings of Northern China
2024 · Ning Dai, Lanhao Cui, et al. · Buildings · 5
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Out-of-plane mechanical behavior and theoretical analysis of concealed column timber frame infill wall
2025 · Lanhao Cui, Xicheng Zhang, et al. · Soil Dynamics and Earthquake Engineering · 4
Prediction of the Moment-Rotation Relationship of Dovetail Mortise-Tenon Joint Based on Support Vector Regression
2025 · Xicheng Zhang, Kai Liu, et al. · International Journal of Architectural Heritage · 4
Experimental research on the out-of-plane performance of traditional residential timber frame-wall with embedded metal connectors in central China
2024 · Xicheng Zhang, Lanhao Cui, et al. · Journal of Building Engineering · 4
Seismic nonlinear analysis of ancient palace - Style timber structures considering column rocking and slipping
2025 · Xicheng Zhang, Jiayuan Li, et al. · Journal of Building Engineering · 3
The influence of metal connector parameters on the out-of-plane mechanical performance of brick wall-timber frame systems
2026 · Lanhao Cui, Xicheng Zhang, et al. · Structures · 2
Influencing factors of slipping isolation occurrence peak ground acceleration for palace-style ancient timber structures
2026 · Jiayuan Li, Xicheng Zhang, et al. · Journal of Building Engineering · 2
2-DOF Seismic Response Analysis Model and GUI Program Development for Ancient Timber Palace-Style Structures Considering Column Rocking
2026 · Xicheng Zhang, Jiayuan Li, et al. · Journal of Computing in Civil Engineering · 1
Mechanical performance of mortise-tenon joints with composite energy dissipators
2026 · Lanhao Cui, Xicheng Zhang, et al. · Proceedings of the Institution of Civil Engineers - Engineering History and Heritage
Out-of-plane performance of full-scale infill wall in timber frame structures under damage
2026 · Yanping Niu, Jiwei Huo, et al. · Proceedings of the Institution of Civil Engineers - Engineering History and Heritage
Dynamic characteristics and parameter analysis of palace-style ancient timber structures under the coupling effect of base isolation and column base slipping
2026 · Jiayuan Li, Xicheng Zhang, et al. · Structures
Seismic energy time-history analysis of palace-style ancient timber structures considering the change in gravitational potential energy during column rocking
2026 · Jiayuan Li, Xicheng Zhang, et al. · Structures
Seismic Vulnerability Analysis of Place-Style Ancient Timber Buildings Considering Column Rocking
2023 · Xicheng Zhang, Lanhao Cui, et al. · SSRN Electronic Journal
Works count: 18
Citation count: 98
H-index: 6
I10-index: 5
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