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Element Types & Nonlinear Aspects

This seminar is a collection of different topics on nonlinear aspects surrounding LS-DYNA. Emphasis is directed towards element technology and the specific elements implemented in LS-DYNA. In addition, adaptive schemes for nonlinear problems are presented. Since more and more implicit features are included in LS-DYNA, another part of the class is dealing with implicit solver technology for nonlinear problems.

Contents

  • Element formulations implemented in LS-DYNA
  • Application field and pros/cons of the different element types
  • Theoretical background of various element formulations
  • General aspects of nonlinear problems in finite element theory
  • Solvers for implicit analyses with specific emphasis on LS-DYNA
  • Various example problems using LS-DYNA

This class is intended for participants with pre-existing knowledge in finite element technology and LS-DYNA who would like to learn more about various aspects of nonlinearities and their implementation in LS-DYNA and who are also interested to obtain better insight into the theoretical background.

Dates
Dates Duration/days Registration Referee Language Location Fee
07.10.2021
1 day Registration André Haufe, Karl Schweizerhof German, English Ulm 525 €

Lecturers

André Haufe

André Haufe

Prof. Dr.-Ing.

Manager process simulation

Areas of expertise:
Material modeling, forming simulations, joining techniques

Academic studies:
Civil engineering

Karl Schweizerhof

Karl Schweizerhof

Prof. Dr.-Ing.

Area of expertise:
FE theory

Academic studies:
Civil engineering