• Analysis and design for waste and heat disposal in receiving waters (rivers, lakes, reservoirs and coastal waters)
• Computation of velocity field and velocity measurement techniques
• Well – mixed-reactor model
• Mass and heat transport due to advection, diffusion and dispersion
• Modeling of non – conservative contaminants
• Design aspects
Environmental Hydraulics
| eclass | https://eclass.upatras.gr/courses/CIV1512 |
|---|---|
| COURCE OUTLINE | https://www.civil.upatras.gr/wp-content/uploads/2021/11/GPOL_C_26304-Envirionmental-Hydraulics.docx |
| Code | GPOL_C_26304 |
| Mandatory/Optional | Elective |
| Credits ECTS | 7,5 |
Desired learning outcomes:
1. Principles of velocity field hydrodynamic computation and velocity measurement techniques.
2. Methodologies for contaminant transport in inland and coastal waters.
3. Basic design principles for protection of waters from contamination.
Specific knowledge and competences:
1. Proper use of equations for determination of the velocity field
2. Use of velocity field for contaminants transport and mixing.
3. Determination of contaminated area and containment plans
