Course Contents
The module "[b]Hydraulic Engineering[/b]" provides an insight into the relevant hydromechanical and hydraulic engineering principles that are important for sustainable urban, spatial and infrastructure development. The following topics are covered:
Theoretical basics
[list]
[*] Water properties (density, viscosity, compressibility)
[*] Hydrodynamic basics (flow characteristics, parameters, continuity approach)
[*] Channel hydraulic basics (flow formula and shear stress)
[*] Hydromorphological basics (erosion, sedimentation, transport of solids in water bodies)
[/list]
Practical applications
[list]
[*] Flood protection
[*] Watercourse development, renaturation
[*] Hydropower utilisation
[*] Inland navigation and hydraulic engineering
[/list]
Project work in small groups
[list]
[*] Group work tasks adapted to current hydraulic engineering topics
[/list]
Literature
For each course unit, PDF slide copies are offered for download and supplementary literature recommendations are provided. Some course units are supported by screencasts.
The module "[b]Hydraulic Engineering[/b]" provides an insight into the relevant hydromechanical and hydraulic engineering principles that are important for sustainable urban, spatial and infrastructure development. The following topics are covered:
Theoretical basics
[list]
[*] Water properties (density, viscosity, compressibility)
[*] Hydrodynamic basics (flow characteristics, parameters, continuity approach)
[*] Channel hydraulic basics (flow formula and shear stress)
[*] Hydromorphological basics (erosion, sedimentation, transport of solids in water bodies)
[/list]
Practical applications
[list]
[*] Flood protection
[*] Watercourse development, renaturation
[*] Hydropower utilisation
[*] Inland navigation and hydraulic engineering
[/list]
Project work in small groups
[list]
[*] Group work tasks adapted to current hydraulic engineering topics
[/list]
Literature
For each course unit, PDF slide copies are offered for download and supplementary literature recommendations are provided. Some course units are supported by screencasts.
- Lehrende: Boris Lehmann
- Lehrende: Jens-Uwe Wiesemann
Semester: ST 2023