Advanced materials and systems for multi-hazard resilient infrastructure
We connect materials science, the performance of structural elements, and advanced system-level analysis to improve the resilience of structures to multiple hazards, with a strong focus on earthquakes.
Four connected areas of inquiry
01Multi-hazard resilience with advanced materials and systems
Developing durable, seismically resilient structures with FRP and SFCB reinforcement, UHPC, and innovative structural systems.
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02Structural performance of advanced concrete
Understanding UHPC member behavior and developing innovative approaches to improve structural performance and material efficiency.
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03Structural performance of FRP- and SFCB-reinforced members
Connecting material characterization with member behavior and practical applications, supporting design guidelines and code development.
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04Strengthening and seismic retrofit
Using FRP composites to strengthen existing reinforced-concrete structures and improve their seismic performance.
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Joint research and graduate co-supervision with AIS Construction Lab and ISCS.
