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Eléments finis - calcul de structuresGénie mécanique 3 (GSI)

FISE GSI Semester 7 Common Core Machine translation

Finite Elements - Structural Analysis

Teaching unit Mechanical Engineering 3 · GI.SIS7.GM3
9ECTS (EU)
3Coefficient
44:00Hours

Séquencement

C TD C TD C TD C TD C TD C TD C TD C TD C TD C TD C TD C TD C TD C TD C TD C TD C TD TP TP TP TP TP TP TP TP TP TP TP TP TP

Learning objectives

Describe the static and dynamic behaviour of the structures from the finite element method.

Prerequisites

ModuleTeaching unitSemester
Continuum MechanicsMechanical Engineering 1S5
Material StrengthApplied and Industrial Sciences 4S4

Differential equations, full calculation.

Program

Galerkin's method for limiting problems

  • Weighted residue method
  • Matrix formulation Concept of finite elements
  • Interpolation functions
  • Isoparametric representation
  • Elementary stiffness matrix and nodal force vector
  • Gauss points method for calculating integrals Structure modelling by assembly of finite elements
  • Assembly
  • Method of resolution Structure dynamics finite element method
  • Finished element modelling
  • Basic mass matrix: some examples
  • Harmonic response
  • Time response
  • Vibration-based model reduction

Assessment

  • Terminal review and, where appropriate, interim evaluation (coefficient 1)
  • TP (coefficient 0.5)

References

[1] P. Papadopoulos, [2] J.-F. Imbert, "Analysis of finite element structures," 1995, Cepadues Editions. [3] Mr.Géradin and D. Rixen, "Mechanical Vibrations: Theory and Application to Structural Dynamics", 1994, Paris, Wiley. [4] Y.C. Fung, "Foundations of Solid Mechanics," 1965, Prentice-Hall Ins, Englewood Cliffs, New Jersey.

Skills

4
Ref.VerbDescriptionLevel
C2_1solveKnowing how to solve a problem at limits2
C2_1designModel structures with finite elements2
C2_1calculateSimulate static and dynamic structure behaviour2
C2_1calculateDevelop calculation algorithms2