Research
Ground motion simulation, bridge and tunnel seismic response, soil-structure interaction, high-performance computing, and resilience assessment.
Earthquake engineering · Ground motion · Infrastructure resilience
Chao Luo 罗超
Lecturer and Master's Supervisor · School of Civil Engineering, Shijiazhuang Tiedao University
My research focuses on physics-based source-site-structure seismic response analysis, with applications in bridges, tunnels, underground structures, and resilient civil infrastructure.
Publications
The Chinese site currently carries the full structured publication list. English publication pages will be expanded in the next stage.
Students
Prospective graduate students interested in earthquake engineering and computational simulation are welcome to contact me.
Latest Publications
Recent research
Influence of tunnel-fault intersection angle on the seismic deformation mode of a large-span cross-fault subsea tunnel
Yang Gao, Ke Zhang, Hao Wang, Zerui Ji, Chao Luo*. Tunnelling and Underground Space Technology, 179, 108146.
* Corresponding author. Under a prescribed source and regional-site model, changing tunnel alignment and spatial ground-motion sampling modifies the combination of normal and shear strains rather than producing a monotonic increase in overall strain.
A Method for Consistent Decomposition of Regional Near-Fault Ground Motions into Dynamic and Fault-Slip-Induced Components
Fei Xu, Ke Zhang, Xiangbo Bu, Hemin Zheng, Hao Wang, Chao Luo*. Bulletin of the Seismological Society of America, published online, 1–15.
* Corresponding author. A unified cutoff frequency enables consistent separation of dynamic and fault-slip-induced components across a regional ground-motion field.