(Note: Please click the title of the interesting article.)
Ph.D.
Seongbin Ryu (2026). Artificial neural networks-aided finite element model updating (working title). Doctoral Thesis. Korea University
Whi Seok Han (2026). Analysis and design of high-voltage transmission towers (working title). Doctoral Thesis. Korea University
Kiwon Jeong (2026). Analysis and design suggestion of submerged floating tunnels (working title). Doctoral Thesis. Korea University
Jihun Song (2026). Hydrodynamics-based simulation of large-scale multiconnected floating structures in ocean environments (working title). Doctoral Thesis. Korea University.
Seongi Min (2025). Deep learning-based pattern analysis and its application to structural monitoring for submerged floating tunnels. Doctoral Thesis. Korea University.
M.S.
Sangkyung Lee (2026). Analysis of fixed support structures of offshore wind turbines under wind, wave, and seismic (working title). Master's Thesis. Korea University.
Hyunwoo Shin (2025). Simplified hydrodynamic analysis of floating bridges. Master's Thesis. Korea University.
Jongyun Moon (2025). Analytical study of residual stress characteristics of welded rails. Master's Thesis. Korea University.
Chang-Hyun Hwang (2023). Study on physic engine-based overturning simulation of bridge superstructures under construction. Master's Thesis. Korea University.
Joonseob Kim (2023). Multi-damage diagnosis of a cable-stayed bridge through deep learning with measurement data. Master's Thesis. Korea University.
Junhee Han (2023). To extend the life-cycle of rail-type expansion joints research on maintenance. Master's Thesis. Korea University.
Jinyoung Park (2022). A study on the prediction of steel quantities of steel structures based on a deep learning algorithm. Master's Thesis. Korea University.
Seongi Min (2020). Pattern analysis of structural responses of cable supported bridges based on deep learning algorithm. Master's Thesis. Daejeon University.