u4.81.04 Operator CALC_CHAMP

• 1. Purpose
• 2. Syntax
• 3. Operands RESULTAT/MODELE/CHAM_MATER/CARA_ELEM/EXCIT
  • 3.1. Operands RESULTAT
  • 3.2. Operands MODELE/CHAM_MATER/CARA_ELEM.
  • 3.3. Keyword EXCIT
• 4. Selection of the meshes concerned by the calculation
• 5. Selecting order numbers
• 6. Location of the fields
• 7. Field dependency
• 8. Operands for mechanical options
  • 8.1. Stress calculation options (Operand CONTRAINTE)
  • 8.2. Options for calculating deformations (Operand DEFORMATION)
  • 8.3. Options for extracting internal variables (Operand VARI_INTERNE)
  • 8.4. Energy calculation options (Operand ENERGIE)
  • 8.5. Criteria calculation options (Operand CRITERES)
  • 8.6. Hydraulic flow calculation option (Operand HYDRAULIQUE)
  • 8.7. Options related to calculation parameters (Operand PROPRIETES)
• 9. Operands for thermal options
  • 9.1. Operand THERMIQUE
• 10. Operands for acoustic options
  • 10.1. Operand ACOUSTIQUE
• 11. Operand for nodal forces and reactions
  • 11.1. Operand FORCE
  • 11.2. Example 1: structure loaded with nodal force (2 elements QUAD4)
  • 11.3. Example 2: structure with temperature loading
  • 11.4. Example 3: structure under distributed load (beam)
  • 11.5. Example 4: Calculating the support reactions at the foot of a dam
• 12. Calculating a user field
  • 12.1. Operand NOM_CHAM
  • 12.2. Operand CRITERE
  • 12.3. Operand FORMULE
  • 12.4. Operand NORME
  • 12.5. Operand NUME_CHAM_RESU
  • 12.6. Example of calculating a user field
• 13. Operand for subpoints
  • 13.1. Operand SOUS_POINT
• 14. Operand TITRE
• 15. Performance of calculations: parallelism in space or time?