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Primary research interests are related to the behavior and design of Reinforced/ Prestressed Concrete, Steel, Hybrid and Composite Structures subjected to seismic and blast loads. Current research includes the following topics.
· Development of smart sensors and structures for vibration control and damage detection.
· Seismic shear of hollow reinforced concrete bridge piers.
· Development of innovative structural systems (such as prestressed concrete box bridges with corrugated steel webs and reinforced concrete buildings with corrugated steel shearwalls) for seismic resistant design.
· Implementation of new materials (such as high strength concrete, advanced composites, smart materials) into seismic design, retrofit and repair of buildings and bridges.
· Development of analytical models for seismic hazard mitigation of engineering structures.
· Dynamic experimental studies on materials, structural components and systems.
· Constitutive models of reinforced and prestressed concrete subjected to shear or torsion.
· Simulation and visualization of nuclear containments and concrete bridges for security.
· Application of nanoscale technology to concrete structures.
· Application of artificial intelligence to concrete structures.
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