Structural reliability analysis, probabilistic design, and risk analysis. Inelastic behavior of structures and nonlinear computational structural mechanics. Experimental structural dynamics and passive/active vibration control of structures. Modern experimental methods for investigating structural behavior and developing analytical models. Structural monitoring and condition assessment. Theoretical and experimental methods of nondestructive evaluation using advanced sensors and advanced analytical tools. Design, analysis, and behavior of innovative, high-performance structural systems. Integrating modeling, identification, analysis and design of uncertain nonlinear systems with application to large, complex structural systems.
