Xianming Shi

Xianming Shi serves as Professor and Chair of the Department of Civil, Architectural, and Environmental Engineering at the University of Miami's College of Engineering. His leadership role encompasses academic administration, faculty development, and strategic direction for the department's research and educational programs.

Dr. Shi's research spans multiple critical areas within civil engineering with particular emphasis on sustainable infrastructure materials. His primary research interests include:

• Development of geopolymer concrete systems as sustainable alternatives to Portland cement
• Valorization of industrial byproducts (fly ash, rice husk ash, MSW incineration ash) in construction materials
• Nanomaterial applications for enhancing concrete performance and durability
• Self-healing concrete technologies for infrastructure longevity
• Life cycle assessment of construction materials for environmental impact reduction
• Frost durability mechanisms in concrete for cold climate applications

Analysis of Dr. Shi's publication trends reveals a consistent focus on material science solutions for sustainable infrastructure. His work frequently combines experimental investigations with advanced characterization techniques (XRD, SEM-EDS, FTIR, TG-DTG) to understand material behavior at multiple scales. A significant portion of his recent research addresses carbon reduction through biochar incorporation and waste stream utilization in cementitious systems, demonstrating alignment with global sustainability goals. His interdisciplinary approach bridges civil engineering, materials science, and environmental engineering to develop practical solutions for infrastructure challenges.

Dr. Shi maintains an active research program with numerous collaborations both within and outside the University of Miami. His work on corrosion protection systems, deicing technologies, and concrete durability mechanisms demonstrates practical applications of fundamental research to real-world infrastructure problems. The integration of life cycle assessment in many of his studies highlights his commitment to evaluating both technical performance and environmental impacts of construction materials.