Goals

The dynamic analysis of structures using modal synthesis and finite element methods has found a large number of industrial applications (aeronautics, automotive, shipbuilding, rail, civil engineering). The main goal of this course is to present these methods in a general framework by carrying out in parallel and in interaction a numerical approach and an experimental approach based on vibratory tests. Model correction and the influence of damping are also discussed.

Programme

  • Discretization by finite elements
  • Modification of the global matrix formulation
  • Standard conservative problem
  • Spectral problem
  • Temporal integration of the transient problem
  • Modeling of damping
  • Identification of the damping matrices
  • Modal synthesis, Sub-structuring
  • Disturbance of dynamic models
  • Link with design processes
Study
4h
 
Course
16h
 
PW
8h
 

Code

23_I_G_S09_MOD_07_4

Responsibles

  • Olivier DESSOMBZ
  • Sebastien BESSET

Language

French

Keywords

Finite elements - modeling - numerical methods - numerical modal analysis - substructuring - modal synthesis - damping