background image
Code_Aster
®
Version
6.4
Titrate:
Structure of data
evol_ther
Date:
11/07/03
Author (S):
C. DURAND
Key:
U5.01.31-C
Page:
1/2
Instruction manual
U5.01 booklet: Structure of data
result
HT-66/03/002/A
Organization (S):
EDF-R & D/AMA















Instruction manual
U5.01 booklet: Structure of data
result
Document: U5.01.31



Structure of data
evol_ther

1 Significance
Structure of data gathering the results coming from a thermal calculation (stationary or
evolutionary, linear or not), possibly enriched by a metallurgy postprocessing.

2
Operators producing this structure of data
Operator Reference
THER_LINEAIRE
[U4.54.01]
THER_NON_LINE
[U4.54.02]
THER_NON_LINE_MO
[U4.54.03]

3
Operators enriching this structure of data
Operator Reference
CALC_ELEM
[U4.81.01]
CALC_NO
[U4.81.02]
CALC_CHAM_ELEM
[U4.81.03]
CALC_META
[U4.85.01]
background image
Code_Aster
®
Version
6.4
Titrate:
Structure of data
evol_ther
Date:
11/07/03
Author (S):
C. DURAND
Key:
U5.01.31-C
Page:
2/2
Instruction manual
U5.01 booklet: Structure of data
result
HT-66/03/002/A
4 Variables
access

Variable of access
Significance
Type
NUME_ORDRE
Sequence number of the required field
I
INST
Moment of calculation (thermal transient)
R
Characteristic:
NUME_ORDRE = 0
or
INST = 0.
correspond at the initial state of an evolutionary calculation (stationary calculation,
constant temperature or initial field of temperature).

5 Parameters
associated
Nothing.

6 Fields
accessible

Reference symbol
Significance
Type
TEMP
Field of temperature
R
HYDR_ELGA
Hydration at the points of Gauss
R
HYDR_ELNO_ELGA
Hydration by elements with the nodes
R
HYDR_NOEU_ELGA
Hydration with the nodes
R
FLUX_ELNO_TEMP
Heat transfer rate to the nodes by elements with the nodes
R
FLUX_ELGA_TEMP
Heat transfer rate at the points of Gauss
R
FLUX_NOEU_TEMP
Heat transfer rate to the nodes
R
META_ELNO_TEMP
Metallurgical phases calculated with the nodes by elements
R
META_ELGA_TEMP
Metallurgical phases calculated at the points of Gauss
R
META_NOEU_TEMP
Metallurgical phases calculated with the nodes
R
DURT_ELGA_META
Hardnesses calculated with the nodes by elements
R
DURT_ELNO_META
Hardnesses calculated at the points of Gauss
R
DURT_NOEU_META
Hardnesses calculated with the nodes
R
DETE_ELNO_DLTE
Derived eulérienne from the temperature expressed with the nodes by
elements
R
DETE_NOEU_DLTE
Derived eulérienne from the temperature expressed with the nodes
R
ERTH_ELEM_TEMP
Indicator of error by elements
R
ERTH_ELNO_ELEM
Indicator of error by elements to the nodes
R