Undergraduate courses
Structural concrete I, 6 ECTS, 4. term
- Safety Theory
- Basics of structural design
- Design concept, limit states, safety factors
- Loads and actions
- Mechanical properties and bond between steel and concrete
- Bahaviour and resistance of members subjected to axial loads
- Design for bending, shear and torsion
- Detailing of members and particular rules
Structural concrete II, 4 ECTS, 6. term
- Punching
- Limit states of serviceability
- Design of discontinous regions with strut-and-tie models
- Slabs
- Structural analysis
Reinforced concrete structures, 5 ECTS, 7. term
- Stiffening system
- Design and construction of T-beams
- Design and construction of columns (acc. to 2. order theory)
- Design and construction of slabs
- Design and construction of walls and deep beams
- Design and construction of foundations
- Minimum reinforcement to crack with control for thick members
Master’s courses
Prestressed concrete, 5 ECTS, 9. term
- Prestressing technology
- Time-dependent behaviour of concrete and steel
- Internal forces due to prestressing
- Losts of prestressing force
- Redistribution of internal forces
- Design in ultimate limit states
- Serviceability limit states
- Pre-dimensioning and detailing of members
Reinforced concrete bridges, 5 ECTS, 10. term
- History of the bridge construction
- Concept design
- Loads and actions
- Superstructures
- Bearings
- Understructures
- Construction
Letzte Änderung: 10. March 2023