Structural Engineering
Research
Design and Analysis of Structural Systems
- Performance-Based Design, Composite materials and structural systems, Deepwater and Costal Structures, Structural Connections and Joints, Cladding Design, Glass Behavior and Design, Barriers for High-speed Rail and Freight Rail shared Rights-of-Way, Welding and Joining Processes for Steel, Special Additives for Repair and Rehabilitation of Concrete
Dynamic Loads and Structural Behavior
- Linear and Nonlinear Dynamics, Dynamic Soil-Structure Interaction, Soil-Structure-Fluid Interaction, Fatigue and Fracture of Welded Structures, Behavior of Structural Elements under Cyclic Loading
Modeling and Analysis Theory
- Applied Mathematics, Finite Element Modeling and Finite Element Theory, Formulation and Analysis of Problems in Continuum Mechanics, Computational Fluid Mechanics, Computer Programming and Engineering Applications, Numerical Methods for Plates and Shells,
Natural Hazards Engineering
- Modeling and Simulation, Earthquake Engineering, Wind Engineering, Probabilistic Hazard Analysis and Forecasting
Probabilistic and Stochastic Methods
- Structural Reliability, Risk and Life-cycle analysis, Forecasting, Random Vibrations, Stochastic Mechanics
Smart Structural Systems
- Structural Control, Structural Health Monitoring, Structural Optimization, Development and Analysis of High Performance Materials and Energy Dissipating Devices, Non-destructive Testing, Condition Assessment of Structures
Soft-Computing Methods
- Optimization Theory, Fuzzy Logic and Control, Genetic Algorithms, Neural Networks
More about
Structural Engineering
