Bridge Construction (4BAUMA12)

Civil engineering master's degree course
2nd semester
Compulsory elective module
4 hours per week of a semester
6 ECTS credit points

Lecturers

Prof. Dr.-Ing. Torsten Leutbecher
Lennart Heck, M.Sc.

Learning outcomes / Competences

• Understanding the circumstances and processes concerning layout and structural design of bridge constructions,
• Basic knowledge of applying the finite element method in structural analysis and design of concrete structures,
• Ability to interpret the results of computer based analyses,
• Proficient application of basic functions of the FE-Programme SOFiSTiK, which is frequently used in bridge construction,
• Ability to transfer a real bridge building into a statical model,
• Ability for structural design, analysis, and detailing of simple concrete bridge constructions,
• Easier career entry in the field of bridge construction.

Teaching contents

• History of bridge construction,
• Basis for structural design, types of bearing structures,
• Actions on bridge constructions,
• Construction methods,
• Sections of the superstructure of concrete bridges, equipment of the superstructure,
• Bearings and expansion joints,
• Abutments and foundations,
• Fundamentals of analysis and design of concrete bridges, verification procedure for fatigue.

Non-graded work

Written elaboration with presentation

Examination

Oral examination

Recommended requirements

The compulsory elective module Bridge Construction requires knowledge of prestressed concrete (module Structural Concrete) and structural mechanics as well as basic knowledge of the finite element method.