Code_Aster ®
Version
6.4
Titrate:
Structure of data evol_elas
Date:
26/06/03
Author (S):
J. PELLET
Key: U5.01.11-D Page:
1/2
Organization (S): EDF-R & D/AMA
Handbook of Utilization
U5.0- booklet: Structure of data result
Document: U5.01.11
Structure of data evol_elas
1 Significance
Structure of data gathering the results coming from a calculation in static linear elasticity or
quasi-static evolutionary (thermomechanical).
2
Operator producing this structure of data
Operator Reference
MECA_STATIQUE
[U4.51.01]
Handbook of Utilization
U5.0- booklet: Structure of data result HT-66/03/002/A
Code_Aster ®
Version
6.4
Titrate:
Structure of data evol_elas
Date:
26/06/03
Author (S):
J. PELLET
Key: U5.01.11-D Page:
2/2
3 Variables
access
Variable of access
Significance
Type
NUME_ORDRE
Sequence number of the required field
I
INST
Moment of evolutionary quasi-static calculation
R
Characteristic:
For a static calculation: INST: 0. and NUME_ORDRE: 0 (thermomechanical stationary)
4 Parameters
associated
Information concerning the resolution of the linear systems:
Parameters Significance
Type
“METHODE”
/“MULT_FRONT”/“GCPC”/“LDLT”
K
“STOCKAGE”
/“LIGN_CIEL”/“MORSE”
K
“RENUM”
method of renumerotation: “MANDELEVIUM”, “MDA”, “MONGREL”,
K
“RCMK”
If METHOD = “GCPC”
“ITER_GCPC”
iteration count of the gradient combined to converge
I
“RESI_GCPC”
residue obtained at the time of convergence
R
5 Fields
accessible
There are two types of accessible fields in such a structure of data:
· on the one hand, the field created systematically by command MECA_STATIQUE: DEPL,
· in addition, fields created by the commands of postprocessing CALC_ELEM, CALC_NO,
POST_ELEM. The list of these fields is in the document [U5.01.01], paragraph
“Mechanical Fields”.
Handbook of Utilization
U5.0- booklet: Structure of data result HT-66/03/002/A
Outline document