u4.73.02 Macro-command MACR_RECAL

• 1. But
• 2. Syntax
• 3. General presentation
  • 3.1. Principle of recalibration
  • 3.2. Organization of readjustment
  • 3.3. Special use case: fashion EXTERNE
  • 3.4. Special case of realigning a dynamic model
• 4. Operands
  • 4.1. Operand UNITE_ESCL
  • 4.2. Operands RESU_EXP, RESU_CALC, FONC_EXP, NOM_FONC_CALC,, PARA_X,, PARA_Y, POIDS
  • 4.3. Operands LIST_PARA, PARA_OPTI, NOM_PARA, VALE_INI,, VALE_MIN, VALE_MAX
  • 4.4. Operand UNITE_RESU
  • 4.5. Operand ITER_MAXI
  • 4.6. Operand ITER_FONC_MAXI
  • 4.7. Operand RESI_GLOB_RELA
  • 4.8. Operand TOLE_FONC
  • 4.9. Operand TOLE_PARA
  • 4.10. Operand PARA_DIFF_FINI
  • 4.11. Operand GRAPHIQUE
  • 4.12. Operand METHODE
  • 4.13. Keyword CALCUL_ESCLAVE
  • 4.14. Operands NB_PARENTS and NB_FILS
  • 4.15. Operand ECART_TYPE
  • 4.16. Operand ITER_ALGO_GENE
  • 4.17. Operand RESI_ALGO_GENE
  • 4.18. Operand GRAINE
  • 4.19. Operand DYNAMIQUE
  • 4.20. Operand GRADIENT
• 5. Precautions for use
• 6. Examples of use
  • 6.1. Identification of the parameters of an elastoplastic behavior law on a tensile test
  • 6.2. Identification of the parameters of a dynamic model by exploiting the sensitivity of natural modes
  • 6.3. Parametric identification of a conservative system by exploiting the orthogonality of natural modes
  • 6.4. Parametric identification of a dissipative system by exploiting the norm relationships of modal deformations
• 7. Using EXTERNE mode
  • 7.1. Warning
  • 7.2. Methodology
  • 7.3. Example: Matlab© optimization module