Hydraulic Structures
- Water abstraction structures -Head Works-
- Dams and Weirs
- Fixed weirs
- Movable weirs
- Spillways
- Energy Dissipation Structures
- Rip Rap / rough surface chute
- Hydraulics Aspects of Reservoirs
- Outlet Works
- Hydropower plants
- Historical development
- Potential determination
- Construction methods
- Rakes and trash racks
- Turbines
- Diffusors
- Environmental impacts
- Fish protection and passage
- Efficiency, work plan and yield estimation
- Case studies
Modelling
- Possible applications of physical and numerical models
- Model Theory
- Areas of application
- Physical models
- Similarity laws
- Transferability limits
- Possible applications
- Planning and construction
- Measurement and control technology
- Analysis of measured values
- Numerical models
- Etho-hydraulic models
- Hybrid Models
- Case studies
- Lecturer: Wiesemann Jens-Uwe
Lecturer: Dr. Jens-Uwe Wiesemann
Hydraulic Structures
- Water abstraction structures -Head Works-
- Dams and Weirs
- Fixed weirs
- Movable weirs
- Spillways
- Energy Dissipation Structures
- Rip Rap / rough surface chute
- Hydraulics Aspects of Reservoirs
- Outlet Works
- Hydropower plants
- Historical development
- Potential determination
- Construction methods
- Rakes and trash racks
- Turbines
- Diffusors
- Environmental impacts
- Fish protection and passage
- Efficiency, work plan and yield estimation
- Case studies
Modelling
- Possible applications of physical and numerical models
- Model Theory
- Areas of application
- Physical models
- Similarity laws
- Transferability limits
- Possible applications
- Planning and construction
- Measurement and control technology
- Analysis of measured values
- Numerical models
- Etho-hydraulic models
- Hybrid Models
- Case studies
- Lecturer: Wiesemann Jens-Uwe
Lecturer: Dr. Jens-Uwe Wiesemann