송준호 연구실

System reliability methods including LP Bounds, Matrix-based SR, Sequential Compounding, and structural reliability theories. Covers sequential/cascading failures, sampling methods, and applications to sensors, ship-collision, and offshore structures.

Optimal design of dampers and reliability-based design/topology optimization. Includes RB-design, RB-topology optimization theories, and dynamic/stochastic topology optimization methods.

Network reliability analysis methods including interdependency analysis, multi-scale approaches, and post-hazard capacity assessment. Applications to transportation, drought, and electricity networks.

Theories and methods for earthquake engineering including joint first-passage, Generalized Bouc-Wen models, and collapse analysis. Applications to life-cycle cost, seismic interaction, fragility analysis, and buckling-restrained braces.

Statistical models for structural strengths and system/damage identification methods using Bayesian approaches and multi-objective optimization. Applications of learning techniques to post-disaster traffic, network connectivity, and correlation analysis.