202.054 Computational Material Modelling
This course is in all assigned curricula part of the STEOP.
This course is in at least 1 assigned curriculum part of the STEOP.

2021W, VU, 2.5h, 3.0EC
TUWEL

Properties

  • Semester hours: 2.5
  • Credits: 3.0
  • Type: VU Lecture and Exercise
  • Format: Hybrid

Learning outcomes

After successful completion of the course, students are able to distinguish material problems from structural problems, to present three-axial stress states in the principal stress space and in the plane of Mohr's stress circles and thus to be able to evaluate whether tensions lead to purely elastic or even anelastic material behavior.

Subject of course

Fundamentals of elasticity theory, basic aspects of plasticity theory, hardening and softening behaviour, fundamentals of continuum micromechanics and of multiscale modelling, verification and validation of constitutive models.

Teaching methods

Discussion of the basic equations of the theory of elasticity, discussion of graphical representation approaches of stress states, discussion of failure hypotheses, discussion of mechanical material tests

Mode of examination

Immanent

Lecturers

Institute

Course dates

DayTimeDateLocationDescription
Wed15:30 - 17:0006.10.2021 - 26.01.2022 online (LIVE)online-Vorlesung
Wed15:30 - 17:0006.10.2021Seminar room 1 Vorbesprechung findet online statt!
Wed15:30 - 17:0013.10.2021Seminar room 1 Hybrid Vorlesung
Wed15:30 - 17:0017.11.2021Seminar room 1 Hybrid Vorlesung
Wed15:30 - 17:0001.12.2021Seminar room 1 Hybrid Vorlesung
Wed15:30 - 17:0012.01.2022Seminar room 1 Hybrid Vorlesung
Wed15:30 - 17:0019.01.2022Seminar room 1 Hybrid Vorlesung
Wed15:30 - 17:0026.01.2022Seminar room 1 Hybrid Vorlesung
Computational Material Modelling - Single appointments
DayDateTimeLocationDescription
Wed06.10.202115:30 - 17:00Seminar room 1 Vorbesprechung findet online statt!
Wed06.10.202115:30 - 17:00 onlineVorbesprechung findet online statt!
Wed13.10.202115:30 - 17:00Seminar room 1 Hybrid Vorlesung
Wed13.10.202115:30 - 17:00 onlineonline-Vorlesung
Wed20.10.202115:30 - 17:00 onlineonline-Vorlesung
Wed27.10.202115:30 - 17:00 onlineonline-Vorlesung
Wed03.11.202115:30 - 17:00 onlineonline-Vorlesung
Wed10.11.202115:30 - 17:00 onlineonline-Vorlesung
Wed17.11.202115:30 - 17:00Seminar room 1 Hybrid Vorlesung
Wed17.11.202115:30 - 17:00 onlineonline-Vorlesung
Wed24.11.202115:30 - 17:00 onlineonline-Vorlesung
Wed01.12.202115:30 - 17:00Seminar room 1 Hybrid Vorlesung
Wed01.12.202115:30 - 17:00 onlineonline-Vorlesung
Wed15.12.202115:30 - 17:00 onlineonline-Vorlesung
Wed12.01.202215:30 - 17:00Seminar room 1 Hybrid Vorlesung
Wed12.01.202215:30 - 17:00 onlineonline-Vorlesung
Wed19.01.202215:30 - 17:00Seminar room 1 Hybrid Vorlesung
Wed19.01.202215:30 - 17:00 onlineonline-Vorlesung
Wed26.01.202215:30 - 17:00Seminar room 1 Hybrid Vorlesung
Wed26.01.202215:30 - 17:00 onlineonline-Vorlesung

Examination modalities

Written examination

Course registration

Begin End Deregistration end
23.09.2021 08:00 06.12.2021 08:00 06.12.2021 08:00

Curricula

Literature

Book to the course "Strength of Materials": Mang, H. A., und Hofstetter, G.: Festigkeitslehre, Springer-Verlag, Wien, 2008 (in German)

Language

English