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6.3
Titrate:
Modelings D_PLAN_HM, D_PLAN_HHM, D_PLAN_THM, D_PLAN_THH…
Date:
04/11/02
Author (S):
C. CHAVANT Key
:
U3.13.08-C1 Page:
1/6
Organization (S): EDF-R & D/AMA
Handbook of Utilization
U3.13 booklet: Mechanical finite elements 2D
U3.13.08 document
Modelings D_PLAN_HM, D_PLAN_HHM,
D_PLAN_THM, D_PLAN_THH, D_PLAN_THHM,
AXIS_HM, AXIS_HHM, AXIS_THM, AXIS_THH,
AXIS_THHM
Summary:
This document describes for modelings D_PLAN and AXIS into thermo_hydro_mecanic:
· degrees of freedom carried by the finite elements which support modeling,
· the related meshs supports,
· supported materials and loadings,
· options of calculations for the elementary matrices and the post processing,
· nonlinear possibilities as well as the options of the breaking process if they exist.
Modelings D_PLAN_HM, D_PLAN_HHM, D_PLAN_THM, D_PLAN_THH, D_PLAN_THHM, AXIS_HM,
AXIS_HHM, AXIS_THM, AXIS_THH, AXIS_THHM, (Phenomenon: MECANIQUE) correspond to elements
stop whose meshs supports are surface.
Handbook of Utilization
U3.13 booklet: Mechanical finite elements 2D
HT-66/02/003/A
Code_Aster ®
Version
6.3
Titrate:
Modelings D_PLAN_HM, D_PLAN_HHM, D_PLAN_THM, D_PLAN_THH…
Date:
04/11/02
Author (S):
C. CHAVANT Key
:
U3.13.08-C1 Page:
2/6
1 Discretization
1.1
Degrees of freedom
DX, DY indicate the degrees of freedom of displacement.
PRE1 and PRE2 indicate two degrees of freedom of pressure, whose precise significance depends on
laws of behavior used. TEMP indicates the temperature.
Modeling
Degrees of freedom
(with each node node)
D_PLAN_HM
DX, DY, PRE1
AXIS_HM
D_PLAN_HHM
DX, DY, PRE1, PRE2
AXIS_HHM
D_PLAN_THM
DX, DY, PRE1, TEMP
AXIS_THM
D_PLAN_THH
PRE1, PRE2, TEMP
AXIS_THH
D_PLAN_THHM
DX, DY, PRE1, PRE2, TEMP
AXIS_THHM
1.2
Net support of the matrices of rigidity
The meshs support of the finite elements can be tetrahedrons, pyramids, prisms or
hexahedrons. The elements are isoparametric.
Modeling Nets
Interpolation
Remarks
D_PLAN_HM
QUAD8
Serendip 8 nodes in
Pressure of a node medium
AXIS_HM
bilinear displacement on 4
is the average of the nodes
nodes in pressure
nodes of the segment
D_PLAN_HHM
QUAD8
Serendip 8 nodes in
Pressures of a node
AXIS_HHM
bilinear displacement on 4
medium are the averages of
nodes in pressure
nodes nodes of the segment
D_PLAN_THM
QUAD8
Serendip 8 nodes in
Pressure and the temperature
AXIS_THM
bilinear displacement on 4
of a node medium are
nodes in pressure and
average of the nodes nodes
temperature
segment
D_PLAN_THH
QUAD8
Bilinear on 4 nodes in
Pressures and
AXIS_THH
pressure and temperature
temperature of a node medium
are the average of the nodes
nodes of the segment
D_PLAN_THHM
QUAD8
Serendip 8 nodes in
Pressures and
AXIS_THHM
bilinear displacement on 4
temperature of a node medium
nodes in pressure and
are the average of the nodes
temperature
nodes of the segment
D_PLAN_HM
TRIA6
Quadratic in displacement
Pressure of a node medium
AXIS_HM
linear in pressure
is the average of the nodes
nodes of the segment
D_PLAN_HHM
TRIA6
Quadratic in displacement
Pressures of a node
AXIS_HHM
linear in pressure
medium are the averages of
nodes nodes of the segment
D_PLAN_THM
TRIA6
Quadratic in displacement
Pressure and the temperature
AXIS_THM
linear in pressure and
of a node medium are
temperature
average of the nodes nodes
segment
Handbook of Utilization
U3.13 booklet: Mechanical finite elements 2D
HT-66/02/003/A
Code_Aster ®
Version
6.3
Titrate:
Modelings D_PLAN_HM, D_PLAN_HHM, D_PLAN_THM, D_PLAN_THH…
Date:
04/11/02
Author (S):
C. CHAVANT Key
:
U3.13.08-C1 Page:
3/6
D_PLAN_THH
TRIA6
Linear
Pressures and
AXIS_THH
temperature of a node medium
are the average of the nodes
nodes of the segment
D_PLAN_THHM
TRIA6
Quadratic in displacement
Pressures and
AXIS_THHM
linear in pressure and
temperature of a node medium
temperature
are the average of the nodes
nodes of the segment
D_PLAN_HM
QUAD4
Bilinear
AXIS_HM
D_PLAN_HHM
QUAD4
Bilinear
AXIS_HHM
D_PLAN_THM
QUAD4
Bilinear
AXIS_THM
D_PLAN_THH
QUAD4
Bilinear
AXIS_THH
D_PLAN_THHM
QUAD4
Bilinear
AXIS_THHM
D_PLAN_HM
TRIA3
Linear
AXIS_HM
D_PLAN_HHM
TRIA3
Linear
AXIS_HHM
D_PLAN_THM
TRIA3
Linear
AXIS_THM
D_PLAN_THH
TRIA3
Linear
AXIS_THH
D_PLAN_THHM
TRIA3
Linear
AXIS_THHM
1.3
Net support of the loadings
Modeling Nets
Interpolation
Remarks
D_PLAN_HM
SEG3
Quadratic in displacement,
The pressure of the node medium is
AXIS_HM
linear in pressure
the average of the nodes
nodes of the segment
D_PLAN_HHM
SEG3
Quadratic in displacement,
Pressures of the node medium
AXIS_HHM
linear in pressure
are the averages of the nodes
nodes of the segment
D_PLAN_THM
SEG3
Quadratic in displacement,
Pressure and the temperature
AXIS_THM
linear in pressure and
node medium are
temperature
average of the nodes nodes
segment
D_PLAN_THH
SEG3
Linear
Pressures and
AXIS_THH
temperature of the node medium
are the average of the nodes
nodes of the segment
D_PLAN_THHM
SEG3
Quadratic in displacement,
Pressures and
AXIS_THHM
linear in pressure and
temperature of the node medium
temperature
are the average of the nodes
nodes of the segment
D_PLAN_HM
SEG2
Linear
AXIS_HM
D_PLAN_HHM
SEG2
Linear
AXIS_HHM
D_PLAN_THM
SEG2
Linear
AXIS_THM
D_PLAN_THH
SEG2
Linear
AXIS_THH
D_PLAN_THHM
SEG2
Linear
AXIS_THHM
Handbook of Utilization
U3.13 booklet: Mechanical finite elements 2D
HT-66/02/003/A
Code_Aster ®
Version
6.3
Titrate:
Modelings D_PLAN_HM, D_PLAN_HHM, D_PLAN_THM, D_PLAN_THH…
Date:
04/11/02
Author (S):
C. CHAVANT Key
:
U3.13.08-C1 Page:
4/6
2
Significance of the symbols
·
corresponds to a functionality available
Name of
corresponds to a test implementing the functionality
case-test
corresponds to a functionality which could exist but noncurrently available
3 Materials
supported
DEFI_MATERIAU
D_PLAN_HM
D_PLAN_HHM
D_PLAN_THM
D_PLAN_THH
D_PLAN_THHM
AXIS_HM
AXIS_HHM
AXIS_THM
AXIS_THH
AXIS_THHM
THM_LIQU
WTNV113B WTNV112A WTNV109B
·
WTNV118A
THM_GAZ
WTNV113A WTNV112A WTNV109B
·
WTNV118A
THM_VAPE_GAZ
WTNV112A
· WTNV118A
THM_INIT
WTNV113A WTNV112A WTNV109B
·
WTNV118A
THM_DIFFU
WTNV113A WTNV112A WTNV109B
·
WTNV118A
ELAS
WTNV113A WTNV112A WTNV109B
·
CJS
· · · ·
ELAS_THM
WTNV120A
WTNV118A
SURF_ETAT_SATU
WTNV120B
CAM_CLAY_THM
·
SURF_ETAT_NSAT
WTNV118A
4 Loadings
supported
4.1
AFFE_CHAR_MECA
All elements
Remarks
of this note
DDL_IMPO
WTNV113A
FACE_IMPO
·
LIAISON_DDL
WTNV109C
LIAISON_OBLIQUE
·
LIAISON_GROUP
·
LIAISON_UNIF
·
LIAISON_SOLIDE
·
LIAISON_ELEM
·
LIAISON_CHAM_NO
·
PESANTEUR
·
ROTATION
FORCE_NODALE
WTNV120A
FORCE_FACE
FORCE_ARETE
FORCE_INTERN
·
PRES_REP
·
EPSI_INIT
FLUX_THM_REP
WTNV114A
PRES_CALCULEE
·
EPSA_CALCULEE
Handbook of Utilization
U3.13 booklet: Mechanical finite elements 2D
HT-66/02/003/A
Code_Aster ®
Version
6.3
Titrate:
Modelings D_PLAN_HM, D_PLAN_HHM, D_PLAN_THM, D_PLAN_THH…
Date:
04/11/02
Author (S):
C. CHAVANT Key
:
U3.13.08-C1 Page:
5/6
4.2
AFFE_CHAR_MECA_F
All elements
Remarks
of this note
DDL_IMPO
·
FACE_IMPO
·
LIAISON_DDL
·
LIAISON_OBLIQUE
·
LIAISON_GROUP
·
LIAISON_UNIF
·
LIAISON_SOLIDE
·
FORCE_NODALE
·
FORCE_FACE
·
FORCE_ARETE
FORCE_INTERN
·
PRES_REP
·
EPSI_INIT
FLUX_THM_REP
·
5 Possibilities
non-linear
5.1
STAT_NON_LINE
COMP_INCR
RELATION
D_PLAN_HM
D_PLAN_HHM
D_PLAN_THM
D_PLAN_THH
D_PLAN_THHM
AXIS_HM
AXIS_HHM
AXIS_THM
AXIS_THH
AXIS_THHM
KIT_HM
WTNV113A
KIT_HHM
WTNV112A
KIT_THM
WTNV109B
KIT_THH
·
KIT_THHM
WTNV118A
6
Elementary calculations of matrices
OPTIONS Remarks
“RIGI_MECA_TANG”
·
“FULL_MECA”
·
“RAPH_MECA”
·
Handbook of Utilization
U3.13 booklet: Mechanical finite elements 2D
HT-66/02/003/A
Code_Aster ®
Version
6.3
Titrate:
Modelings D_PLAN_HM, D_PLAN_HHM, D_PLAN_THM, D_PLAN_THH…
Date:
04/11/02
Author (S):
C. CHAVANT Key
:
U3.13.08-C1 Page:
6/6
7
Postprocessing of calculation
7.1 Options
CALC_ELEM
OPTIONS Remarks
“SIEF_ELNO_ELGA”
WTNV109C
Except for
elements having
for support of the TRIA6
“VARI_ELNO_ELGA”
·
“EPSI_ELNO_DEPL”
“EPSI_ELGA_DEPL”
7.2 Options
CALC_NO
D_PLAN
Remarks
“FORC_NODA”
·
If
FORC_NODA is
called from
REAC_NODA
only terms of
mechanics are
calculated
“REAC_NODA”
·
Only terms of
mechanics are
calculated
Handbook of Utilization
U3.13 booklet: Mechanical finite elements 2D
HT-66/02/003/A
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