Water Engineering (250408) – Course 2024/25 PDF
Contents
Description of the physical processes of coastal ocean dynamics relevant from the point of view of civil engineering. Mathematical description of relevant ocean currents from the point of view of civil engineering. Mathematical description of tides and tidal currents relevant from the point of view of civil engineering problems
Specific Objectives
Familiarize the student with the description of the physical processes of coastal ocean dynamics relevant from the point of view of civil engineering. Familiarize the student with the mathematical description of relevant ocean currents from the point of view of civil engineering Familiarize the student with the mathematical description of tides and tidal currents relevant from the point of view of civil engineering practice the numerical basis of hydrodynamics
Dedication
4h Large group + 3h Medium group + 9h 48m Self StudyIntroduction to marine engineering Concepts of marine pollution Concepts of dispersion and difussion in marine environment Describe the monitoring and management tools applied to marine engineering in a coastal town Describe the submarine emissaries
Specific Objectives
To provide students with the basics to follow the course To provide students with the concepts of pollution at sea To provide students with the knowledge to understand the dispersion and difussion processes To provide students with the knowledge to manage and control processes To provide the knowledge to measure alunme an outfall
Dedication
6h Large group + 8h 23m Self StudyCase study on water quality in coastal
Specific Objectives
Put into practice the knowledge acquired and integrated
Dedication
2h Medium group + 2h 48m Self StudyCase Study II - underwater outfall
Dedication
2h Medium group + 2h 48m Self StudyDedication
5h Laboratory classes + 7h Self StudyReview of concepts of hydraulics in free plate
Dedication
2h Large group + 2h 48m Self StudyDeduction of the Saint Venant equations, equations of the movement of water in a free sheet, in a variable regime and in one dimension. Application examples.
Dedication
2h Large group + 2h 48m Self StudyStudy of boundary conditions in a variable regime. Method of characteristics.
Dedication
2h Laboratory classes + 2h 48m Self StudySpread of avenues to rivers. Kinematic wave, diffusive wave and full wave methods.
Dedication
2h Laboratory classes + 2h 48m Self StudyZoning criteria. Water Framework Directive and Floods Directive. Flood management.
Dedication
2h Large group + 2h 48m Self StudyReview of fluvial dynamics concepts.
Dedication
2h Laboratory classes + 2h 48m Self StudyDeduction of the sediment mass conservation equation or Exner equation.
Dedication
2h Large group + 2h 48m Self StudyIntroduction to morphodynamic models. Analytical models. Boundary conditions.
Dedication
1h Large group + 1h Laboratory classes + 2h 48m Self StudyHydraulics of Bridges.
Dedication
1h Large group + 1h 24m Self StudyWetlands for water treatment
Dedication
1h Large group + 1h 24m Self StudyWetlands for sludge treatment
Dedication
1h Large group + 1h Medium group + 2h 48m Self StudyMicroalgae systems
Dedication
1h Large group + 1h 24m Self StudyWater regeneration and reuse
Dedication
2h Large group + 2h Medium group + 5h 36m Self StudyTechnical visit
Dedication
2h Large group + 2h 48m Self StudyPresentation of work and Exam
Dedication
2h Large group + 3h Medium group + 7h Self Study