Earthquake engineering (winter semester)
Course language: German | 3 CP | 2 SWS
Term: winter semester (second half)
Schedule: Mon. 08:00-11:30
Bridge dynamics and Traffic-induced vibrations (summer semester)
Course language: German | 3 CP | 2 SWS
Term: summer semester (second half)
Schedule: Wed. 08:10-09:40 | Fr. 11:40-13:10
General information:
- It is strongly recommended to take the module ‘Structural Dynamics – Fundamentals (Baudynamik-Grundlagen)’ of the Institute of Structural Mechanics and Design in preparation, which is offered in the first half of the semester!
Content – Earthquake engineering (winter semester)
This lecture teaches the fundamentals of the design of structures under earthquake loading. Both the determination of the earthquake-generated stresses on the entire structure and the earthquake-compliant design, as well as the construction for absorbing earthquake-generated stresses are explained.
Content – Bridge dynamics and Traffic-induced vibrations (summer semester)
This lecture deals with the basics of dynamic loading of structures such as bridges, tribune girders or building slabs caused by traffic-induced vibrations. Such vibrations can be caused by road, railway or pedestrian traffic and must be limited by suitable measures in order to comply with the comfort criteria and design limits of structures.
Lecture announcement:
TUCaN / Moodle: Registration for the course in TUCaN is necessary, as communication about the lecture (changes of lecture content, room changes, requests from students, etc.) takes place via Moodle!
Schedule / Materials
The current schedule and course materials will be made available in the Moodle course. If you have access problems, please contact the responsible research assistant by e-mail.
Discussion hour
In addition to the course, discussion hours are offered by appointment during the lecture period.
Academic achievement / Assignment
–
Exam (each course)
Duration: 45 min (with all common auxiliary means)
Date / Place: see Moodle / TUCaN
Exam discussion hours: Usually one week before the exam. For details see Moodle course
Exam review: see Moodle course
Literature
- Flesch, R.: Baudynamik praxisgerecht. Band 1+2
- Müller, F.P.: Baudynamik. Betonkalender, 1978, Teil II
- Hauger, W.; Schnell, W.; Gross, D.: Technische Mechanik 3 – Kinetik, 1995
- DIN 4149: Bauten in deutschen Erdbebengebieten. Beuth-Verlag, 2005