Shu-guang Li
Dr. Li is developing improved methods for characterizing groundwater contamination at hazardous waste sites, with emphasis on the integration of simulation models and field data. He is particularly concerned with developing characterization approaches that can adapt to complex and heterogeneous field conditions. Dr. Li is also developing interactive modeling tools that accelerate research transfer and bring cutting-edge research into practice and classroom. In particular, Dr. Li has recently developed a sophisticated interactive and visual software system for deterministic and stochastic modeling of groundwater flow and contaminant transport. The software represents perhaps the first comprehensive stochastic modeling system that allows real-time and interactive simulation, visualization, and analysis.
- A Real-Time, Computational Steering Environment for Integrated Groundwater Modeling, with Q. Liu, Accepted, Ground Water.
- An Object-Oriented Hierarchical Patch Dynamics Paradigm (HPDP) for Groundwater Modeling, with Q. Liu and S. Afshari, Accepted, Environmental Modeling and Software.
- Simple Closed-Form Formulas for Predicting Groundwater Flow Model Uncertainty in Complex, Heterogeneous Trending Media, with C.F. Ni, Accepted, Water Resources and Research.
- Interactive Ground Water (IGW), with Q. Liu, Environmental Modeling and Software, Vol. 20, No. 12 (In Press). Download PDF
- Fellow, Geological Society of America, 2007
- Fellow, American Society of Civil Engineers, 2007
- Interactive Groundwater: NSF NSDL/Engineering Pathway Associate Editor's Choice, 2007