Biography

Research Interests

Publications

Current Students

Teaching

Testing Facility



Research Interests

    • Analytical/Experimental Hybrid Simulation
      • Quasi-static and pseudo-dynamic testing and hybrid simulation of full and scaled-structural components, and systems.
      • Development of control algorithms, instrumentation, and advanced measurement techniques.

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    • Sustainable construction
      • Life-cycle analysis of lifeline structures and buildings as influenced by aging and deterioration under repeated natural hazards.
      • Development of sustainability metrics for civil infrastructure.
      • Use of advanced materials and structural optimization tools for sustainable construction.

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    • Advanced materials in civil engineering
      • Material response characterization through testing.
      • Development of constitutive models.
      • Implementation of complicated material models in numerical tools for computer simulation.

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    • Structural health monitoring
      • Response monitoring of existing bridges and buildings.
      • In-service evaluation of structures.

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    • Vulnerability assessment of structures
      • Development of vulnerability curves for special and populations of structures under extreme loading conditions.
      • Development of loss estimation and mitigation strategies.

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    • Structural stability and design of steel and composite steel/concrete structures
      • Establishment of numerical models that incorporate material and geometrical non-linearities and consider structure stability under monotonic, cyclic and earthquake motions.
      • Progressive collapse of steel buildings.

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