Researcher

The petitioner proposes to continue research on developing robust solutions to improve the safety of built environments against extreme hazards, including natural or man-made disasters. The work focuses on catastrophe risk reduction and enhancing infrastructure resilience through the study of reinforced concrete structures under severe events.

The petitioner proposes to develop nano-engineered concrete composites that are structurally resilient, fire-resistant, and environmentally sustainable by incorporating nanomaterials, industrial byproducts, and recycled aggregates to create carbon-negative materials.

The petitioner proposes to continue his research on creating robust and efficient renewable energy sources and structures designed to withstand natural calamities such as earthquakes, hurricanes, and high waves. His work focuses on tailoring infrastructure to specific regional environmental disasters while lowering carbon emissions through sustainable construction practices.

The petitioner proposes to continue her research on microstructure characterization in cementitious systems and the investigation of chemical and physical mechanisms affecting concrete durability. Her work focuses on developing modeling tools to evaluate concrete mixtures and identify strategies to mitigate cracking and breakdowns in infrastructure like bridges and paved roads. The goal is to improve the strength, performance, and service life of construction materials used in the U.S. transportation network.