Code_Aster ®
Version
7.4
Titrate:
Structures of data related to materials
Date:
29/09/05
Author (S):
Key J.P. LEFEBVRE
:
D4.06.18-B Page
: 1/18
Organization (S): EDF-R & D/AMA
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
D4.06.18 document
Structures of data related to materials
Summary:
One describes here the structures of data built starting from the description and the value of different
parameters associated with the behaviors with a material (compor, MATER, cham_mater, cham_mater_code).
The two types of structures of data are presented:
·
the SD in access by name: to subdue,
·
the SD in access by address: mater_code (which replaces the preceding one in the TExxxx routines).
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
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Titrate:
Structures of data related to materials
Date:
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Author (S):
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:
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Count
matters
1 General information ............................................................................................................................................. 3
2 the structure of MATER data and cham_mater ................................................................................. 4
2.1 Contents of S.D. MATER ................................................................................................................ 5
3 the structure of data compor .......................................................................................................... 5
3.1 Contents of S.D. compor ............................................................................................................ 6
4 the structure of data mater_code and cham_mater_code ............................................................ 6
4.1 mater_code ................................................................................................................................... 7
5 Example (SD MATER and SD cham_mater) ............................................................................................ 9
5.1 Command file .................................................................................................................... 9
5.2 Impression of the structure of data ......................................................................................... 10
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
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Titrate:
Structures of data related to materials
Date:
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Author (S):
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:
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1 General information
The material appears in many commands of Code_Aster and intervenes in the majority
routines of calculation of the elementary terms (TExxxx).
Indeed, and contrary to other codes, in Code_Aster, one distinguishes the concept of “material”,
defined by command DEFI_MATERIAU, and being able to be filed in the form of catalog, (see
command INCLUDE_MATERIAU [U4.43.02]) of the concept of behavior used during a calculation
given. The material is composed of values of parameters associated with a certain number of models
behaviors. In practice these parameters are defined via simple key words,
under key words ratios control DEFI_MATERIAU. These key words factors (for example
ELAS, ECRO_LINE, CIN1_CHAB, LEMAITRE) make it possible to define whole or part of the parameters
necessary to a model of behavior. For example, the behavior (chosen by the user
in STAT_NON_LINE or DYNA_NON_LINE under the key word factor COMP_INCR) VMIS_CINE_LINE
will use the parameters material defined under the key words factor ELAS and ECRO_LINE of
DEFI_MATERIAU. Behavior VISC_CIN1_CHAB will use those definite by ELAS, CIN1_CHAB and
possibly LEMAITRE.
By abuse language, in this document, one will call “behavior” a key word factor of
DEFI_MATERIAU.
Moreover, certain total commands (MECA_STATIQUE, THER_LINEAIRE,…) do not allow
the user to choose the behavior used for calculation. It is necessary thus that the calculation (for example of
the matrix of rigidity in the preceding examples) can be done without ambiguity. This is why it
is necessary that certain behaviors of comparable nature (ELAS_xxx, THER_xx) are single
in material. By convention of language in this document, one will say that the whole of
behaviors of comparable nature (even prefix
: ELAS, THER) belong to same
“phenomenon”. Certain “behaviors” can thus be classified by “phenomenon” in
which they are excluded mutually.
The structure of data associated with material contains the name and the values associated with
parameters describing each behavior. The parameters can be of type real, complex or
function. Within this structure of data one reaches the values of the parameters by name.
For reasons of performances of the code (in particular in the case of behaviors
non-linear), the coded material was introduced. The structure of data associated with coded material is
temporary, it contains the addresses of the various objects constituting the structure of data MATER.
The access to the values of the parameters does not require any more in this case a setting in memory of the objects
JEVEUX and a search by name with each time one uses material. The access by name to
parameters remain nevertheless.
These two structures of data are based on structures of the type function (constant function,
function of a parameter or tablecloth) and objects simple JEVEUX of the vector type.
The creation of a structure of data function (.&&RDEP) prefixed by the name of material
allows to then have a permanent space of memory necessary to the interpolation of
tablecloths defining the traction diagrams depending on the temperature. This structure of data
is created on basis GLOBALE in order to be exchanged between the various commands of the code.
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
Version
7.4
Titrate:
Structures of data related to materials
Date:
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Author (S):
Key J.P. LEFEBVRE
:
D4.06.18-B Page
: 4/18
2
The structure of MATER data and cham_mater
The name of the “phenomenon” is the root of the name of the “behavior”. In the command where
the user does not choose the model of behavior, it is necessary to know to find without ambiguity them
material characteristics necessary, for example, the calculation of the matrices of rigidity through
order MECA_STATIQUE cannot make the distinction between ELAS and ELAS_ORTHO, this is why
these two behaviors are excluded. On the other hand, a material can contain phenomena ELAS and
THER. For the mechanical non-linear behaviors, unicity is not necessary, because
the user chooses a relation of behavior on the level of the total command
(STAT_NON_LINE).
For example, behaviors ELAS, ELAS_FLUI, ELAS_ISTR, ELAS_ORTH, ELAS_THM,
ELAS_COQUE constitute phenomenon ELAS.
The structure of MATER data is made up:
·
several phenomena (K10: name of the key word factor “behaviors” truncated with
the first 10 characters),
·
possibly of a function &&RDEP for behaviors TRACTION and
META_TRACTION,
·
possibly of a function &&MZP for parameter RELA_MZ of the behavior
DIS_CONTACT.
to subdue (K8)::= record
“.MATERIAU.NOMRC”: OJB S V K16
% Behavior General Rubber bands
|
/“.ELAS”
:
COMPOR
/
'.ELAS_FLUI
'
:
COMPOR
/
'.ELAS_ISTR
'
:
COMPOR
/
'.ELAS_ORTH
'
:
COMPOR
/
'.ELAS_THM
'
:
COMPOR
/
“.ELAS_COQUE”
:
COMPOR
-
-
% General Nonlinear Mechanical Behaviors
|
“.TRACTION”
:
COMPOR
“.&&RDEP”
:
FONCTION
| '.ECRO_LINE
'
:
COMPOR
|
“.PRAGER”
:
COMPOR
| '.CIN1_CHAB
'
:
COMPOR
| '.CIN2_CHAB
'
:
COMPOR
|
“.TAHERI”
:
COMPOR
|
“.POLY_CFC”
:
COMPOR
|
/“.LEMAITRE”
:
COMPOR
/
“.ZIRC_CYRA2”
:
COMPOR
/
'.ZIRC_EPRI
'
:
COMPOR
|
“.LMARC”
:
COMPOR
| “.NORTON_HOF”
:
COMPOR
% Behaviors related to the damage and the rupture
…
Note:
The structure of MATER data does not contain information on the form of the laws of
behavior: elasticity, Lemaitre, etc… Ces last do not exist in the form of
structures of data, but only in “hard” in FORTRAN.
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D4.06 booklet: Structures related to the finite elements
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Code_Aster ®
Version
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Titrate:
Structures of data related to materials
Date:
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Author (S):
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:
D4.06.18-B Page
: 5/18
2.1
Contents of S.D. MATER
.MATERIAU.NOMRC:
S V K16
Vector of the type CHARACTER * 16 dimensioned with the number of behaviors present at the time of
definition of material.
The name of the behaviors affected in command DEFI_MATERIAU contains or
DEFI_COQU_MULT.
Command DEFI_COQU_MULT stores there the name of behavior ELAS_COQMU or THER_COQMU,
a white chain and the name of each material for each layer. Parameter LONMAX
(attribute length of associated object JEVEUX) of this object is recovered in various routines
to obtain the number of layers.
.&&RDEP
:
FONCTION
Is present only if behaviors TRACTION and META_TRACTION appear in material.
It is related to a variable dimensioned with the maximum number of points of the functions
composing the traction diagrams depending on the temperature.
.&&MZP
:
FONCTION
Is present only if parameter RELA_MZ of behavior DIS_CONTACT appears in material.
It is a function representing the curve (moment) according to DR. (degree of rotation).
The material such as it was defined above is not usable for elementary calculations, it is necessary
still to assign this last to groups of meshs. The structure of data cham_mater allows
to define this relation.
Cham_mater (K8)::= record
“.CHAMP_MAT”
:
carte_neut_f
“.TEMP_REF”
:
carte_temp_r
“.SECH_REF”
:
carte_temp_r
Note:
It can be necessary to repeat several times the affection of the same material with one
temperature of different reference.
In the case of the mono and polycrystalline materials, it can be necessary to define several
materials by assignment (command DEFI_COMPOR allowing for choice of them
characteristics material to be affected). This is why size associated with the CHAMP_MAT
is NEUT_F, which has 30 CMP. In practice one will not be able definite more than 30 materials
in a given place (mesh or group_ma).
3
The structure of data compor
One defines first of all a structure of data related to each behavior which can define it
material. A behavior is a whole of named parameters (K8) associated a value. If
value is K8 the parameter is associated a function.
compor (K19)::= record
“.VALK”:
OBJ S V K8
“.VALR”:
OBJ S V R
“.VALC”:
OBJ S V C
The complete name of the structure of data compor (K19) is consisted the name user of
material (K8) follow-up of one “.” follow-up of the first ten characters of the key word factor appearing in
catalog command DEFI_MATERIAU.
It is thus imperative to differentiate all the key words control ratios DEFI_MATERIAU on
the first ten characters.
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3.1
Contents of S.D. compor
VALK:
S V K8
Vector of the type CHARACTER * 8 dimensioned with 2 times the maximum number of parameters (it is necessary
to be able to store all the names of parameters and all the names of functions, if all parameters
are associated functions (2 * NBPAR)) for the law of behavior considered. For example E and
NAKED are parameters of elastic behavior ELAS.
Contains in the order:
·
names of the parameters associated with actual values,
·
names of the parameters associated with complex values,
·
names of the parameters associated with functions,
·
names of the functions.
Command DEFI_COQU_MULT fills this object with names with parameters associated with
coefficients homogenized like for each layer. An actual value is stored for each one.
.VALR:
S V R
Vector of the type REAL * 8 dimensioned with the maximum number of parameters (NBPAR) for the law of
behavior considered.
Contains the values associated with the real parameters.
.VALC:
S V C
Vector of the type COMPLEX * 16 dimensioned with the maximum number of parameters
(NBPAR) for the law of behavior considered.
Contains the values associated with the complex parameters.
4
The structure of data mater_code and cham_mater_code
It is a temporary structure of data (created on basis VOLATILE) containing the addresses
memory of objects JEVEUX constituting a material (SD MATER).
Mater_code (K19)::= record
“.CODI”
: OBJ S V I
The name of this structure of data is indexed on the occurrence of material in the cham_mater.
It is the analog of the structure of data cham_mater for a coded material. The card created on
base GLOBALE refers to objects of base VOLATILE, it must thus be reactualized in
continuation.
Cham_mater_code (K8)::= record
'..MATE_CODE
=
carte_adrsjeve
(I)
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Structures of data related to materials
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:
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4.1
mater_code
.CODI:
S V I
Vector of the type INTEGER whose dimension depends on the number of behaviors described in
structures of data MATER. Objet JEVEUX temporary created on basis VOLATILE.
Parameters are associated coded material
LMAT:
a number of parameters associated with the behavior
LFCT:
a number of parameters associated with the concepts (functions, tables)
LSUP:
a number of additional parameters (functions &&RDEP, &&MZP)
This vector is length 2 + NBCM * LMAT + NBCO * LFCT + NBT * LSUP where
NBCM:
a number of behaviors present in material
NBCO:
a number of concepts (functions, tables) present in material
NBT:
a number of traction diagrams present in material
This vector contains the addresses memory of the objects composing the structure of data MATER.
CODI (1):
A number of different materials (N)
CODI (2):
Index in CODI of first material.
CODI (3):
Index in CODI of second material (if necessary)
.....
….
CODI (n+1):
Index in CODI of nth material (if necessary)
CODI (n+2):
address .MATERIAU.NOMRC.(for first material)
CODI (n+3):
NBCM numbers behaviors present in
material.
CODI (n+2+1:n+2+NBCM):
pointer of Kième behavior in CODI, for K=1 with
NBCM
for each Kième behavior of material 1
that is to say ipi = CODI (n+2+K)
CODI (n+2+k):
ipi, pointer of Kième behavior
CODI (ipi):
a number of parameters associated with realities.
CODI (ipi+1):
a number of parameters associated with complexes.
CODI (ipi+2):
a number of parameters associated with concepts (functions, tables)
CODI (ipi+3):
address memory of object .VALK.
CODI (ipi+4):
address memory of object .VALR.
CODI (ipi+5):
address memory of object .VALC.
for Lième concept of the type counts associated with a parameter with Kième behavior,
that is to say ipif = ipi+LMAT-1
CODI (ipif+LFCT * (L-1)) :
the table is transformed into a list of realities
(LIST_R8)
address memory of object .VALE of the LIST_R8
CODI (ipif+LFCT * (L-1) +1):
0
CODI (ipif+LFCT * (L-1) +2):
0
CODI (ipif+LFCT * (L-1) +3): ISNNEM ()
CODI (ipif+LFCT * (L-1) +4): ISNNEM ()
CODI (ipif+LFCT * (L-1) +5): ISNNEM ()
CODI (ipif+LFCT * (L-1) +6): ISNNEM ()
CODI (ipif+LFCT * (L-1) +7): ISNNEM ()
CODI (ipif+LFCT * (L-1) +8): ISNNEM ()
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for Lième concept of the function type associated with a parameter with Kième behavior,
that is to say ipif = ipi+LMAT-1
CODI (ipif+LFCT * (L-1)) :
a number of points of the associated function.
CODI (ipif+LFCT * (L-1) +1):
address memory of object .PROL.
CODI (ipif+LFCT * (L-1) +2):
address memory of object .VALE.
CODI (ipif+LFCT * (L-1) +3): address memory of the pointer length for one
tablecloth.
CODI (ipif+LFCT * (L-1) +4): address memory of object .PARA for a tablecloth
CODI (ipif+LFCT * (L-1) +5): attribute LONUTI of object .PARA for a tablecloth.
CODI (ipif+LFCT * (L-1) +6): pointer in CODI for the traction diagrams
&&RDEP or for the fuel assemblies &&MZP
CODI (ipif+LFCT * (L-1) +7): back up index of the interval of interpolation.
CODI (ipif+LFCT * (L-1) +8): back up of an index of search (equation not
linear in thermics).
that is to say ipifc = CODI (ipif+LFCT * (L-1) +6)
CODI (ipifc):
address memory of the &&MZP.PROL object.
CODI (ipifc+1):
address memory of the &&MZP.VALE object.
or
CODI (ipifc):
address memory of the &&RDEP.PROL object.
CODI (ipifc+1):
address memory of the &&RDEP.VALE object.
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Titrate:
Structures of data related to materials
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5 Example
(SD
to subdue and SD cham_mater)
5.1
Command file
The commands below make it possible to define 3 laws of behavior: elasticity, plasticity with
traction diagram depending on the temperature and linear thermics.
…
MA=LIRE_MAILLAGE ()
#
# given of modeling
#
F_E = DEFI_FONCTION (NOM_PARA = “TEMP”,
PROL_DROITE = “LINEAR”,
PROL_GAUCHE = “LINEAR”,
VALE = (0., 200.E+03,
50., 198.E+03,),
)
#
F_NU = DEFI_CONSTANTE (VALE = 0.3)
#
F_AL = DEFI_CONSTANTE (VALE = 10.E+06)
#
FCT1 = DEFI_FONCTION (NOM_PARA = “EPSI”,
PROL_DROITE = “LINEAR”,
PROL_GAUCHE = “LINEAR”,
VALE = (0.200E-02, 400.,
0.400E-02, 500.,),
)
#
FCT2 = DEFI_FONCTION (NOM_PARA = “EPSI”,
PROL_DROITE = “LINEAR”,
PROL_GAUCHE = “LINEAR”,
VALE = (0.100E-02, 200.,
0.300E-02, 300.,),
)
#
CTRACB = DEFI_NAPPE (NOM_PARA = “TEMP”,
PROL_DROITE = “LINEAR”,
PROL_GAUCHE = “LINEAR”,
PARA = (0., 50.,),
FONCTION = (FCT1, FCT2,),
)
#
# material isotropic
#
CHECHMATE = DEFI_MATERIAU (THER =_F (RHO_CP = 0.0E-03, LAMBDA = 1.0E-03,),
ELAS_FO =_F (E = F_E, NAKED = F_NU, ALPHA =
F_AL, TEMP_DEF_ALPHA=20.0,),
TRACTION =_F (SIGM = CTRACB,),
)
#
IMPR_CO (CO = CHECHMATE)
#
MAT2 = DEFI_MATERIAU (ELAS_FO =_F (E = F_E, NAKED = F_NU, ALPHA = F_AL,
TEMP_DEF_ALPHA=40.),
ECRO_LINE=_F (SY=200., D_SIGM_EPSI=2000.)
)
#
# # IMPR_CO (CO = MAT2)
#
CHMAT = AFFE_MATERIAU (MAILLAGE=MA,
AFFE= (_F (GROUP_MA = (“GM1”,),
MATER = (CHECHMATE, MAT2), TEMP_REF = 20. ),
_F (GROUP_MA = (“GM2”,),
MATER = CHECHMATE, TEMP_REF = 50. ),),
)
#
IMPR_CO (CO = CHMAT)
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Structures of data related to materials
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#
............
SOLNL=STAT_NON_LINE (MODELE=EPD3,
CHAM_MATER=CHMAT,
EXCIT=_F (CHARGE=COND_LIM,
TYPE_CHARGE=' FIXE_CSTE',),
COMP_INCR=_F (RELATION=' ELAS',
DEFORMATION=' PETIT',
TOUT=' OUI',),
INCREMENT=_F (LIST_INST=LINST,
NUME_INST_FIN=1,
),
TITER=' TEST',);
5.2
Impression of the structure of data
STRUCTURE OF DATA: CHMAT????????????????
====> IMPR_CO OF THE STRUCTURE OF DATA: MAT????????????????
ATTRIBUT: F CONTENTS: T BASE: >G<
A NUMBER Of OBJECTS (OR COLLECTIONS) FIND: 12
================================================================================
IMPRESSION OF THE CONTENTS OF THE OBJECTS FIND:
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT.&&RDEP .PROL <
>>>>>
1 - >FONCTION <>LIN LIN <>EPSI <
4 - >TOUTRESU <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT.&&RDEP .VALE <
>>>>>
1 - 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00
6 - 0.00000E+00 0.00000E+00 0.00000E+00
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .ELAS .VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
3 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
5 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
7 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .ELAS .VALK <
>>>>>
1 - >B_ENDOGE<>K_DESSIC<>PRECISIO<>TEMP_DEF<>E <>ALPHA <>NU <
8 - >F_E <>F_AL <>F_NU <> <> <> <> <
15 - > <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .ELAS .VALR <
>>>>>
1 - 0.00000E+00 0.00000E+00 1.00000E+00 2.00000E+01 0.00000E+00
6 - 0.00000E+00 0.00000E+00 0.00000E+00
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .MATERIAU.NOMRC <
>>>>>
1 - >TRACTION <>THER <>ELAS <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .THER .VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .THER .VALK <
>>>>>
1 - >RHO_CP <>LAMBDA <> <> <
--------------------------------------------------------------------------------
Handbook of Descriptif Informatique
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Structures of data related to materials
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:
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SEGMENT IMPRESSION OF VALUES >MAT .THER .VALR <
>>>>>
1 - 0.00000E+00 1.00000E-03
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .TRACTION .VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .TRACTION .VALK <
>>>>>
1 - >SIGM <>CTRACB <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .TRACTION .VALR <
>>>>>
1 - 0.00000E+00 0.00000E+00
====> FINE IMPR_CO OF STRUCTURE OF DATA: MAT????????????????
====> IMPR_CO OF THE STRUCTURE OF DATA: CHMAT????????????????
ATTRIBUT: F CONTENTS: T BASE: >G<
A NUMBER Of OBJECTS (OR COLLECTIONS) FIND: 10
================================================================================
IMPRESSION OF THE CONTENTS OF THE OBJECTS FIND:
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >CHMAT .CHAMP_MAT .DESC <
>>>>>
1 - 76 2 2 3 1
6 - 3 2 6 2
--------------------------------------------------------------------------------
IMPRESSION OF THE COLLECTION: CHMAT .CHAMP_MAT .LIMA
OBJECT IMPRESSION OF COLLECTION CONTIGUE>CHMAT .CHAMP_MAT .LIMA< OC: 1
>>>>>
1 - 1
OBJECT IMPRESSION OF COLLECTION CONTIGUE>CHMAT .CHAMP_MAT .LIMA< OC: 2
>>>>>
1 - 2
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >CHMAT .CHAMP_MAT .NOLI <
>>>>>
1 - > <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >CHMAT .CHAMP_MAT .NOMA <
>>>>>
1 - >MA <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >CHMAT .CHAMP_MAT .VALE <
>>>>>
1 - >MAT <>MAT2 <> <> <> <> <> <
8 - > <> <> <> <> <> <> <
15 - > <> <> <> <> <> <> <
22 - > <> <> <> <> <> <> <
29 - > <> <>MAT <> <> <> <> <
36 - > <> <> <> <> <> <> <
43 - > <> <> <> <> <> <> <
50 - > <> <> <> <> <> <> <
57 - > <> <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >CHMAT .TEMPE_RÉF. DESC <
>>>>>
1 - 108 2 2 3 1
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
Version
7.4
Titrate:
Structures of data related to materials
Date:
29/09/05
Author (S):
Key J.P. LEFEBVRE
:
D4.06.18-B Page
: 12/18
6 - 3 2 2 2
--------------------------------------------------------------------------------
IMPRESSION OF THE COLLECTION: CHMAT .TEMPE_RÉF. LIMA
OBJECT IMPRESSION OF COLLECTION CONTIGUE>CHMAT .TEMPE_RÉF. LIMA< OC: 1
>>>>>
1 - 1
OBJECT IMPRESSION OF COLLECTION CONTIGUE>CHMAT .TEMPE_RÉF. LIMA< OC: 2
>>>>>
1 - 2
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >CHMAT .TEMPE_RÉF. NOLI <
>>>>>
1 - > <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >CHMAT .TEMPE_RÉF. NAMED <
>>>>>
1 - >MA <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >CHMAT .TEMPE_RÉF. VALE <
>>>>>
1 - 2.00000E+01 0.00000E+00 0.00000E+00 0.00000E+00 5.00000E+01
6 - 0.00000E+00 0.00000E+00 0.00000E+00
====> FINE IMPR_CO OF STRUCTURE OF DATA: CHMAT????????????????
Moreover S.D mater_code was printed in STA_NON_LINE (routine RCMFMC):
====> IMPR_CO OF THE STRUCTURE OF DATA: MAT????????????????????
ATTRIBUT: T CONTENTS: T BASE: > <
A NUMBER Of OBJECTS (OR COLLECTIONS) FIND: 32
================================================================================
IMPRESSION OF THE ATTRIBUTES OF THE OBJECTS FIND:
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT.&&RDEP .PROL<
> <
CLAS STANDARD >G< GENR >V< >K< LTYP 16 DOCU > < DATE 0 ORIG
> < LONMAX 6 LONUTI 6 LONO 6 IADM 2166556 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT.&&RDEP .VALE<
> <
CLAS STANDARD >G< GENR >V< >R< LTYP 8 DOCU > < DATE 0 ORIG > <
LONMAX 8 LONUTI 8 LONO 8 IADM 2166592 IADD 0 LADD 0 USE >U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0001 .CODI<
> <
CLAS STANDARD >V< GENR >V< >I< LTYP 4 DOCU > < DATE 0 ORIG > <
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
Version
7.4
Titrate:
Structures of data related to materials
Date:
29/09/05
Author (S):
Key J.P. LEFEBVRE
:
D4.06.18-B Page
: 13/18
LONMAX 109 LONUTI 109 LONO 109 IADM 2255598 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0002 .CODI<
> <
CLAS STANDARD >V< GENR >V< >I< LTYP 4 DOCU > < DATE 0 ORIG > <
LONMAX 64 LONUTI 64 LONO 64 IADM 2256097 IADD 0 LADD 0 USE >U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0010001001.VALC<
> <
CLAS STANDARD >V< GENR >V< >C< LTYP 16 DOCU > < DATE 707052303 ORIG
> < LONMAX 2 LONUTI 0 LONO 2 IADM 2255210 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0010001001.VALK<
> <
CLAS STANDARD >V< GENR >V< >K< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 4 LONUTI 2 LONO 4 IADM 2255230 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0010001001.VALR<
> <
CLAS STANDARD >V< GENR >V< >R< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 2 LONUTI 0 LONO 2 IADM 2255196 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0010002001.VALC<
> <
CLAS STANDARD >V< GENR >V< >C< LTYP 16 DOCU > < DATE 707052303 ORIG
> < LONMAX 2 LONUTI 0 LONO 2 IADM 2255895 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0010002001.VALK<
> <
CLAS STANDARD >V< GENR >V< >K< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 4 LONUTI 2 LONO 4 IADM 2255915 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0010002001.VALR<
> <
CLAS STANDARD >V< GENR >V< >R< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 2 LONUTI 0 LONO 2 IADM 2255881 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0020001001.VALC<
> <
CLAS STANDARD >V< GENR >V< >C< LTYP 16 DOCU > < DATE 707052303 ORIG
> < LONMAX 2 LONUTI 0 LONO 2 IADM 2255262 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0020001001.VALK<
> <
CLAS STANDARD >V< GENR >V< >K< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 4 LONUTI 2 LONO 4 IADM 2255282 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0020001001.VALR<
> <
CLAS STANDARD >V< GENR >V< >R< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 2 LONUTI 2 LONO 2 IADM 2255248 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0020002001.VALC<
> <
CLAS STANDARD >V< GENR >V< >C< LTYP 16 DOCU > < DATE 707052303 ORIG
> < LONMAX 2 LONUTI 0 LONO 2 IADM 2255947 IADD 0 LADD 0 USE
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
Version
7.4
Titrate:
Structures of data related to materials
Date:
29/09/05
Author (S):
Key J.P. LEFEBVRE
:
D4.06.18-B Page
: 14/18
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0020002001.VALK<
> <
CLAS STANDARD >V< GENR >V< >K< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 4 LONUTI 2 LONO 4 IADM 2255967 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0020002001.VALR<
> <
CLAS STANDARD >V< GENR >V< >R< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 2 LONUTI 2 LONO 2 IADM 2255933 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0030001001.VALC<
> <
CLAS STANDARD >V< GENR >V< >C< LTYP 16 DOCU > < DATE 707052303 ORIG
> < LONMAX 8 LONUTI 0 LONO 8 IADM 2255326 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0030001001.VALK<
> <
CLAS STANDARD >V< GENR >V< >K< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 16 LONUTI 10 LONO 16 IADM 2255370 IADD 0 LADD THE 0 USA
GE >U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0030001001.VALR<
> <
CLAS STANDARD >V< GENR >V< >R< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 8 LONUTI 4 LONO 8 IADM 2255300 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0030002001.VALC<
> <
CLAS STANDARD >V< GENR >V< >C< LTYP 16 DOCU > < DATE 707052303 ORIG
> < LONMAX 8 LONUTI 0 LONO 8 IADM 2256011 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0030002001.VALK<
> <
CLAS STANDARD >V< GENR >V< >K< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 16 LONUTI 10 LONO 16 IADM 2256055 IADD 0 LADD THE 0 USA
GE >U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .0030002001.VALR<
> <
CLAS STANDARD >V< GENR >V< >R< LTYP 8 DOCU > < DATE 707052303 ORIG
> < LONMAX 8 LONUTI 4 LONO 8 IADM 2255985 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .ELAS .VALC<
> <
CLAS STANDARD >G< GENR >V< >C< LTYP 16 DOCU > < DATE 0 ORIG
> < LONMAX 8 LONUTI 0 LONO 8 IADM 2166696 IADD 0 LADD 0 USE
>X D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .ELAS .VALK<
> <
CLAS STANDARD >G< GENR >V< >K< LTYP 8 DOCU > < DATE 0 ORIG > <
LONMAX 16 LONUTI 10 LONO 16 IADM 2166740 IADD 0 LADD 0 USE >U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .ELAS .VALR<
> <
CLAS STANDARD >G< GENR >V< >R< LTYP 8 DOCU > < DATE 0 ORIG > <
LONMAX 8 LONUTI 4 LONO 8 IADM 2166670 IADD 0 LADD 0 USE >U D<
--------------------------------------------------------------------------------
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
Version
7.4
Titrate:
Structures of data related to materials
Date:
29/09/05
Author (S):
Key J.P. LEFEBVRE
:
D4.06.18-B Page
: 15/18
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .MATERIAU.NOMRC <
> <
CLAS STANDARD >G< GENR >V< >K< LTYP 16 DOCU > < DATE 0 ORIG
> < LONMAX 3 LONUTI 3 LONO 3 IADM 2166410 IADD 0 LADD 0 USE
>U D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .THER .VALC<
> <
CLAS STANDARD >G< GENR >V< >C< LTYP 16 DOCU > < DATE 0 ORIG
> < LONMAX 2 LONUTI 0 LONO 2 IADM 2166632 IADD 0 LADD 0 USE
>X D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .THER .VALK<
> <
CLAS STANDARD >G< GENR >V< >K< LTYP 8 DOCU > < DATE 0 ORIG > <
LONMAX 4 LONUTI 2 LONO 4 IADM 2166652 IADD 0 LADD 0 USE >X D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .THER .VALR<
> <
CLAS STANDARD >G< GENR >V< >R< LTYP 8 DOCU > < DATE 0 ORIG > <
LONMAX 2 LONUTI 2 LONO 2 IADM 2166618 IADD 0 LADD 0 USE >X D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .TRACTION .VALC<
> <
CLAS STANDARD >G< GENR >V< >C< LTYP 16 DOCU > < DATE 0 ORIG
> < LONMAX 2 LONUTI 0 LONO 2 IADM 2166470 IADD 0 LADD 0 USE
>X D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .TRACTION .VALK<
> <
CLAS STANDARD >G< GENR >V< >K< LTYP 8 DOCU > < DATE 0 ORIG > <
LONMAX 4 LONUTI 2 LONO 4 IADM 2166490 IADD 0 LADD 0 USE >X D<
--------------------------------------------------------------------------------
<X> <JEIMPA> IMPRESSION OF THE ATTRIBUTES OF >MAT .TRACTION .VALR<
> <
CLAS STANDARD >G< GENR >V< >R< LTYP 8 DOCU > < DATE 0 ORIG > <
LONMAX 2 LONUTI 0 LONO 2 IADM 2166456 IADD 0 LADD 0 USE >X D<
================================================================================
IMPRESSION OF THE CONTENTS OF THE OBJECTS FIND:
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT.&&RDEP .PROL <
>>>>>
1 - >FONCTION <>LIN LIN <>EPSI <
4 - >TOUTRESU <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT.&&RDEP .VALE <
>>>>>
1 - 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00 0.00000E+00
6 - 0.00000E+00 0.00000E+00 0.00000E+00
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0001 .CODI <
>>>>>
1 - 2 - 46973472 - 46973471 5 66
6 - - 23508908 3 - 93946422 - 93946405 - 93946399
11 - 0 0 1 - 46973407 - 46973422
16 - - 23486706 2147483647 - 23509252 - 47018426 - 94036872
21 - - 47018476 2 - 93946407 1 1
26 - - 23508872 - 47017724 2 0 0
31 - - 46973381 - 46973396 - 23486693 4 0
36 - 3 - 46973337 - 46973370 - 23486677 2
41 - - 23510835 - 47021644 2147483647 2147483647 2147483647
46 - 2147483647 1 1 1 - 23486580
51 - - 46973142 2147483647 2147483647 2147483647 2147483647
56 - 1 1 1 - 23510520 - 47021022
61 - 2147483647 2147483647 2147483647 2147483647 1
66 - 1 - 23508815 2 - 93946362 - 93946356
71 - 2 0 0 - 46973288 - 46973303
76 - - 23486646 4 0 3 - 46973244
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
Version
7.4
Titrate:
Structures of data related to materials
Date:
29/09/05
Author (S):
Key J.P. LEFEBVRE
:
D4.06.18-B Page
: 16/18
81 - - 46973277 - 23486630 2 - 23510835 - 47021644
86 - 2147483647 2147483647 2147483647 2147483647 1
91 - 1 1 - 23486568 - 46973119 2147483647
96 - 2147483647 2147483647 2147483647 1 1
101 - 1 - 23510520 - 47021022 2147483647 2147483647
106 - 2147483647 2147483647 1 1
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0002 .CODI <
>>>>>
1 - 1 - 46973470 3 - 23508908 3
6 - - 93945925 - 93945908 - 93945902 0 0
11 - 1 - 46973065 - 46973080 - 23486535 2147483647
16 - - 23509252 - 47018426 - 94036872 - 47018476 2
21 - - 93945910 1 1 - 23508872 - 47017724
26 - 2 0 0 - 46973039 - 46973054
31 - - 23486522 4 0 3 - 46972995
36 - - 46973028 - 23486506 2 - 23510835 - 47021644
41 - 2147483647 2147483647 2147483647 2147483647 1
46 - 1 1 - 23486469 - 46972920 2147483647
51 - 2147483647 2147483647 2147483647 1 1
56 - 1 - 23510520 - 47021022 2147483647 2147483647
61 - 2147483647 2147483647 1 1
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0010001001.VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0010001001.VALK <
>>>>>
1 - >SIGM <>CTRACB <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0010001001.VALR <
>>>>>
1 - 0.00000E+00 0.00000E+00
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0010002001.VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0010002001.VALK <
>>>>>
1 - >SIGM <>CTRACB <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0010002001.VALR <
>>>>>
1 - 0.00000E+00 0.00000E+00
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0020001001.VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0020001001.VALK <
>>>>>
1 - >RHO_CP <>LAMBDA <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0020001001.VALR <
>>>>>
1 - 0.00000E+00 1.00000E-03
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0020002001.VALC <
>>>>>
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
Version
7.4
Titrate:
Structures of data related to materials
Date:
29/09/05
Author (S):
Key J.P. LEFEBVRE
:
D4.06.18-B Page
: 17/18
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0020002001.VALK <
>>>>>
1 - >RHO_CP <>LAMBDA <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0020002001.VALR <
>>>>>
1 - 0.00000E+00 1.00000E-03
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0030001001.VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
3 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
5 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
7 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0030001001.VALK <
>>>>>
1 - >B_ENDOGE<>K_DESSIC<>PRECISIO<>TEMP_DEF<>E <>ALPHA <>NU <
8 - >F_E <>&&000000<>F_NU <> <> <> <> <
15 - > <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0030001001.VALR <
>>>>>
1 - 0.00000E+00 0.00000E+00 1.00000E+00 2.00000E+01 0.00000E+00
6 - 0.00000E+00 0.00000E+00 0.00000E+00
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0030002001.VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
3 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
5 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
7 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0030002001.VALK <
>>>>>
1 - >B_ENDOGE<>K_DESSIC<>PRECISIO<>TEMP_DEF<>E <>ALPHA <>NU <
8 - >F_E <>&&000002<>F_NU <> <> <> <> <
15 - > <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .0030002001.VALR <
>>>>>
1 - 0.00000E+00 0.00000E+00 1.00000E+00 2.00000E+01 0.00000E+00
6 - 0.00000E+00 0.00000E+00 0.00000E+00
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .ELAS .VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
3 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
5 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
7 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .ELAS .VALK <
>>>>>
1 - >B_ENDOGE<>K_DESSIC<>PRECISIO<>TEMP_DEF<>E <>ALPHA <>NU <
8 - >F_E <>F_AL <>F_NU <> <> <> <> <
15 - > <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .ELAS .VALR <
>>>>>
1 - 0.00000E+00 0.00000E+00 1.00000E+00 2.00000E+01 0.00000E+00
6 - 0.00000E+00 0.00000E+00 0.00000E+00
--------------------------------------------------------------------------------
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Code_Aster ®
Version
7.4
Titrate:
Structures of data related to materials
Date:
29/09/05
Author (S):
Key J.P. LEFEBVRE
:
D4.06.18-B Page
: 18/18
SEGMENT IMPRESSION OF VALUES >MAT .MATERIAU.NOMRC <
>>>>>
1 - >TRACTION <>THER <>ELAS <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .THER .VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .THER .VALK <
>>>>>
1 - >RHO_CP <>LAMBDA <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .THER .VALR <
>>>>>
1 - 0.00000E+00 1.00000E-03
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .TRACTION .VALC <
>>>>>
1 - (0.00000E+00, 0.00000E+00) (0.00000E+00, 0.00000E+00)
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .TRACTION .VALK <
>>>>>
1 - >SIGM <>CTRACB <> <> <
--------------------------------------------------------------------------------
SEGMENT IMPRESSION OF VALUES >MAT .TRACTION .VALR <
>>>>>
1 - 0.00000E+00 0.00000E+00
====> FINE IMPR_CO OF STRUCTURE OF DATA: MAT????????????????????
Handbook of Descriptif Informatique
D4.06 booklet: Structures related to the finite elements
HT-66/05/003/A
Outline document