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Numerische Methoden der Kontinuumsmechanik 2

last update: 2021-10-03
[ Lecture ]  [ Tutorial ]  [ Exercises ]   [ Transparencies ]  [ Lecture Notes ]   [ Additional Literature ]   [ Software ]  [ Links ]  [ General ]   [ Home ]
Lecture
Lecture up

(CourseId 327.045, 2 hours per week, Semester 6)

Lecturer: Dr. Jan Valdman

Time and room:

Thu, Oct 4, 200708:30 - 10:00 Room: K 224BLecture 1
Thu, Oct 11, 200713:45 - 15:15 Room: T 1010Lecture 2
Thu, Oct 18, 200713:45 - 15:15 Room: T 1010Lecture 3
Thu, Oct 25, 200713:45 - 15:15 Room: T 1010Lecture 4
Thu, Nov 1, 2007Allerheiligen (religious holiday)Lecture is cancelled
Thu, Nov 8, 200713:45 - 15:15 Room: T 1010Lecture 5
Thu, Nov 15, 200713:45 - 15:15 Room: T 1010Lecture 6
Thu, Nov 22, 200713:45 - 15:15 Room: T 1010Lecture 7
Thu, Nov 29, 200713:45 - 15:15 Room: T 1010Lecture 8
Thu, Dec 6, 200713:45 - 15:15 Room: K 112ALecture 9
Thu, Dec 13, 200713:45 - 15:15 Room: T 1010Lecture 10
Christmas Break
Thu, Jan 10, 200713:45 - 15:15 Room: T 1010Lecture 11
Thu, Jan 17, 2007Lecturer is illLecture is cancelled
Thu, Jan 24, 200713:45 - 15:15 Room: T 1010Lecture 12
Thu, Jan 31, 200713:45 - 15:15 Room: T 1010Lecture 13

Lecturer: Dr. Jan Valdman

Tutorial
Tutorial up
(CourseId 327.046, 1 hour per week, Semester 6)

Tutorials held by: DI Peter Gruber

Time and room:

Mon, Oct 8, 200710:15 - 11:00 Room: K 009DTutorial 01
Thu, Oct 18, 200715:30 - 16:15 Room: KG 712Tutorial 02
Thu, Oct 25, 200710:15 - 11:00 Room: K 009DTutorial 03
Thu, Nov 8, 200710:15 - 11:00 Room: K 009DTutorial 04
Thu, Nov 15, 200710:15 - 11:00 Room: K 009DTutorial 05
Thu, Nov 22, 200710:15 - 11:00 Room: K 009DTutorial 06
Thu, Nov 29, 200710:15 - 11:00 Room: K 009DTutorial 07
Thu, Dec 6, 200710:15 - 11:00 Room: K 009DTutorial 08
Thu, Dec 13, 200710:15 - 11:00 Room: K 009DTutorial 9
Christmas Break
Thu, Jan 10, 200710:15 - 11:00 Room: K 009DTutorial 10
Thu, Jan 17, 200710:15 - 11:00 Room: K 009DTutorial 11
Thu, Jan 24, 200710:15 - 11:00 Room: K 009DTutorial 12
Thu, Jan 31, 200710:15 - 11:00 Room: K 009DTutorial 13

Exercises
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Exercise 1

Transparencies
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Lecture Notes
Basic Lecture Notes up
  1. Langer U.: Numerische Festkörpermechanik (Computational Mechanics), JKU, Linz 1997. Postscript-File
  2. Han W., Reddy B.D.: Plasticity: mathematical theory and numerical analysis, Springer-Verlag, New York 1999.
Additional Literature
Additional Literature up
  1. J. Alberty, C. Carstensen, S.A. Funken, R. Klose: Matlab implementation of the finite element method in elasticity. Computing, Vol. 69 (3), pp. 239-263.
  2. J. Alberty, C. Carstensen: Numerical analysis of time-depending primal elastoplasticity with hardening. SIAM J. Numer. Anal., Vol. 37 (4), pp. 1271-1294.
  3. P. Gruber, J. Valdman: Newton-Like Solver for Elastoplastic Problems with hardening and its Local Super-Linear Convergence. Technical Report 2007-06 of SFB "Numerical and Symbolic Scientific computing, see also Report (pdf)
    submitted to SIAM J. Scientific Computing
Software
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Links
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General
General Information up
Previous Knowledge: Objective:

Get knowledge of analysis tools and of numerical methods for mechanical problems;
A special effort will be paid to the practical implementation of numerical methods (2D in MATLAB).

Contents:
  1. Modelling, analysis and numerics of linear elasticity problems
  2. Modelling, analysis and numerics of elastoplasticity problems
Additional Information: Examinations:

Lecture: oral
Tutorial: The mark of the tutorial consists of the assessment of the individual exercises and the presentations on the blackboard.