Project Briefs
Hydrological Services
Particle trajectories in a channel with staggered obstacles. Contours represent flow field. View the video
Particle (small black dots) trajectories in a fractured porous medium. Particle attachment on grains (large white dots) is active. Contours represent flow field. View the video.
Project briefs for hydrological services at Southwest Research Institute (SwRI) include:
- Palo Duro Canyon State Park Study of Cone-shaped Iron-oxide Concretions
- Development of Enhanced 3D Simulation Capability for Analyzing Migration of Colloids in Complex Flow Domains
- Modeling Steam Injection/Vapor Extraction of Contaminated Groundwater and Soils
- Integration of GIS and Watershed Modeling of Runoff and Infiltration
- Development of an Efficient Mass and Energy Coupled Transport Simulator for the Vadose Zone
- Integration of GIS-Based Geologic Framework Models with Groundwater Flow Models
- Development of a Three-Dimensional MODFLOW Flow Model for Yucca Mountain, Nevada
- Development of a Two-Dimensional Saturated Zone Flow and Transport Model for Yucca Mountain, Nevada
- Trace Metal Transport from an Archeological Site in Akrotiri, Greece, As a Natural Analog for Radionuclide Transport from a Geological Repository
Related Terminology
infiltration and recharge • runoff and overland flow • soil physics and multiphase flow • coupled and interfacial processes • aquifer characterization • karst and carbonate rock • salt water intrusion • matrix-fracture interaction • colloid facilitated transport • thermal flow • instrument averaging volume • sensitivity analysis
