Rate My Professor Jiong Hu

His research interests encompass sustainable concrete technologies, including ultra-high performance concrete (UHPC), fiber-reinforced concrete (FRC), incorporation of recycled materials and agricultural/forestry wastes, fresh concrete rheology, multi-scale material characterization, concrete pavements, 3D printing materials, cellular concrete, and bioinspired cement-based materials. Dr. Hu has served as principal investigator or co-principal investigator on over forty research projects. He has published over fifty peer-reviewed journal papers and technical reports. Key publications include "Engineering and Environmental Performance of Eco-Efficient Self Consolidating Concrete (Eco-SCC) with Low Powder Content and Recycled Concrete Aggregate" (Journal of Sustainable Cement-Based Materials, 2016), "An Alternate Test Method for the Void Content of Pervious Concrete" (Advances in Civil Engineering Materials, 2016), "The Effect of the Cementitious Paste Thickness on the Performance of Pervious Concrete" (Construction and Building Materials, 2015), and "Influence of Cement Fineness and Water-to-Cement Ratio on Mortar Early-Age Heat of Hydration and Set Times" (Construction and Building Materials, 2014). At UNL, he received the College of Engineering Research Excellence Award (2021), Distinguished Teaching Award and Holling Family Master Teacher Award (2020), and Holling Family Distinguished Teaching/Advising/Mentoring Award (2019). He holds leadership positions including Chairman of ACI Committee 238 (Workability of Fresh Concrete), Secretary of ACI Committee 555 (Concrete with Recycled Materials), and former President of ACI Nebraska Chapter.