11 Courses found
CWR 5125. Groundwater Hydrology
3(3,0). PR: CWR 4203C or equivalent. Theories of groundwater movement, geological factors, analysis and design techniques, etc. Emphasis on practical considerations.
Occasional.
ECS-Civil & Environmental |
CWR 5205. Hydraulic Engineering
3(3,0). PR: CWR 4101C and CWR 4203C. Concepts of fluid mechanics and hydrodynamics applied to natural and man-made flow of intent to civil and environmental engineering.
Occasional.
ECS-Civil & Environmental |
CWR 5515. Numerical Methods in Civil and Environmental Engineering
3(3,0). PR: CWR 4101C, CWR 4203C. This course will present intermediate to advanced numerical methods theory and include code development and error assessment, while targeting civil and environmental engineering applications.
Occasional.
ECS-Civil & Environmental |
CWR 5545. Water Resources Engineering
3(3,0). PR: CWR 4101C, CWR 4203C. Systems identification and solution to complex water allocation problems, and other hydraulic engineering designs and operations using economic analysis and operations research techniques.
Occasional.
ECS-Civil & Environmental |
CWR 6102. Advanced Hydrology
3(3,0). PR: CWR 4101C or C.I. Single site and regional frequency analysis; modeling hydrologic systems; lumped and distributed event models for urban and natural drainage basins; continuous simulation; real-time forecasting.
Occasional.
ECS-Civil & Environmental |
CWR 6126. Groundwater Modeling
3(3,0). PR: CWR 5125. Review of contemporary computer-based groundwater flow models and their application to environmental engineering problems.
Occasional.
ECS-Civil & Environmental |
CWR 6235. Open Channel Hydraulics
3(3,0). PR: CWR 4203C or C.I. Free surface flow studies by empirical and theoretical methods for the design, operation, and management of open channels.
Occasional.
ECS-Civil & Environmental |
CWR 6236. River Engineering and Sediment Transport
3(3,0). PR: CWR 4203C and CWR 4101C. River morphology and regime with stabilization and modification of river courses. Sediment transport including control methods and modeling.
Occasional.
ECS-Civil & Environmental |
CWR 6532. Modeling of Subsurface Reactive Chemical Transport
3(3,0). PR: CWR 6126 or ENV 6055 or CI. Mathematical formulations of geochemical equilibrium and kinetics, hydrological transport of chemicals, innovative numerical schemes to solve reactive chemical transport in subsurface media, design, and application of software for numerical solutions.
Occasional.
ECS-Civil & Environmental |
CWR 6535. Modeling Water Resources Systems
3(3,0). PR: CWR 4101C and CWR 4203C. Contemporary mathematical models for water quality and quantity considerations including computer-based hydraulic and hydrologic models.
Occasional.
ECS-Civil & Environmental |
CWR 6539. Finite Elements in Surface Water Modeling
3(3,0). PR: CWR 5515 or C.I. This course explores finite element techniques as applied to surface water modeling, introduces theory and applications, and develops means by which errors can be appraised.
Occasional.
ECS-Civil & Environmental |