dgsalman@go.olemiss.edu
Donia Salman is a Ph.D. candidate in Civil Engineering at the University of Mississippi, conducting her research at the Center for Graphene Research and Innovation. Her work focuses on advancing the durability, resilience, and smart functionality of cementitious materials through nanotechnology.
Her research encompasses three primary areas. The first investigates corrosion inhibition and monitoring in reinforced concrete, with emphasis on integrating nano-scale corrosion inhibitors to protect steel reinforcement in chloride-rich environments.
The second area explores enhancing the dynamic behavior of concrete under high strain rates using the split Hopkinson pressure bar (SHPB) technique. This research aims to improve the toughness, crack resistance, and energy absorption capacity of cement for infrastructure in seismic and impact-prone regions, also incorporates finite element modeling and advanced characterization techniques.
Her third focus addresses the dispersion of graphene in cementitious systems, overcoming its hydrophobic nature through surfactants, functionalization, and advanced mixing processes. This work seeks to achieve uniform graphene distribution, unlocking improvements in mechanical performance and durability.
Ms. Salman has published research covering topics such as dispersion of graphene, punching shear behavior of flat slabs, bond-slip behavior in concrete-filled steel tubes, strengthening of reinforced concrete beams with textile systems, and the effects of adhesives on steel connection performance. Many of her studies incorporate finite element modeling to complement experimental work.
In addition to her academic research, Ms. Salman has professional engineering experience in structural design, detailing, and construction. Her work has included designing and analyzing structural systems, preparing detailed drawings and specifications, and performing technical calculations.
Education