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Structural Concrete I (4BAUBA209)

Civil engineering bachelor's degree course and civil engineering dual bachelor's degree course
4th semester (Dual: 6th semester)
Compulsory module
4 hours per week of a semester
6 ECTS credit points

Lecturers

Prof. Dr.-Ing. Torsten Leutbecher
Sina Yüksel, M.Sc.

Learning outcomes / Competences

• Ability to transform a real structure/member into a static model,
• Proficient determination of internal forces taking into account the basis of design and the safety concept,
• Understanding the structural behaviour of reinforced concrete members, which also forms the basis of all advanced courses in the field of structural conrete,
• Understanding the mechanical background of the different verification procedures for reinforced concrete members in the ultimate limit states,
• Ability for structural design and detailing of simple reinforced concrete structures.

Teaching contents

• History of structural concrete,
• Basis of design and safety concept,
• Modelling and load flow,
• Building materials, bond, durability, basic rules for detailing of reinforcement,
• Ultimate limit states: bending with axial force, shear, torsion,
• Determination of internal forces, curtailment of longitudinal tension reinforcement, anchorage of longitudinal reinforcement, laps and mechanical couplers.

Non-graded work

None

Examination

Written examination, 150 minutes

Recommended requirements

The teaching contents of the following modules are also assumed to be known:

• 4BAUBA103 Baustoffkunde und Bauchemie,
• 4BAUBA104 Baukonstruktion,
• 4BAUBA106 Baumechanik I,
• 4BAUBA201 Baumechanik II/III – Elastostatik/Dynamik.

Additonal remarks

Tutorials are provided accompanyingly to the lectures and exercise courses.