SOLID5 (legacy) | 3D Coupled-Field Solid | Anisotropic elasticity, Magnetic, Piezoelectric matrix |
PLANE13 (legacy) | 2D Coupled-Field Solid | Anisotropic elasticity, Magnetic, Piezoelectric
matrix |
FLUID30
| 3D Acoustic Fluid | Perforated Media |
SOLID96
| 3D Magnetic Scalar Solid | Magnetic |
SOLID98 (legacy) | Tetrahedral Coupled-Field Solid | Anisotropic elasticity, Magnetic, Piezoelectric
matrix |
FLUID116
| Coupled Thermal-Fluid Pipe | State variables
(user-defined), User-defined
(KEYOPT(1) = 1) |
CONTA172
| 2D 3-Node Surface-to-Surface Contact | Cohesive
zone, Coefficient of friction, User-defined
friction, Contact
interaction, Contact surface
wear Orthotropic friction
(TB,FRIC,,,,ORTHO) is not applicable to the 2D
contact element CONTA172. Contact
surface wear is not available for
CONTA177. |
CONTA174
| 3D 8-Node Surface-to-Surface Contact |
CONTA175
| 2D/3D Node-to-Surface Contact |
CONTA177
| 3D Line-to-Surface Contact |
CONTA178
|
3D Node-to-Node Contact
| Coefficient of friction, User-defined friction, Contact interaction Orthotropic
friction (TB,FRIC,,,,ORTHO) is not applicable to
CONTA178. Contact interaction
for general contact definitions does not apply to
CONTA178. |
LINK180
| 3D Spar (or Truss) | Bilinear isotropic hardening, Bilinear kinematic hardening, Chaboche nonlinear kinematic hardening, Creep (implicit and explicit), Coefficient
of thermal expansion, Damage evolution law, Damage initiation criteria, Density, Elasticity, Hill
anisotropy, Prony series constants
for viscoelastic materials, Rate-dependent
plasticity (viscoplasticity), Rate-independent plasticity, Shift
function for viscoelastic materials, State variables (user-defined), Three-network model, User-defined, Voce isotropic hardening law |
SHELL181
| 4-Node Structural Shell | Anisotropic hyperelasticity, Anisotropic elasticity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Coefficient of thermal expansion, Mullins
effect, Chaboche nonlinear kinematic
hardening, Creep (implicit
and explicit), Damage evolution law,
Damage initiation criteria, Density, Ductile damage, Elasticity, Hill anisotropy, Hyperelasticity, Material-dependent alpha and beta damping
(Rayleigh Damping), Material-dependent structural damping, Prony series constants for viscoelastic materials, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shape memory alloy (SMA), Shift function for viscoelastic materials, State variables (user-defined), Swelling, Three-network model, User-defined, Voce isotropic hardening
law |
PLANE182
| 2D 4-Node Structural Solid | Anisotropic
hyperelasticity, Anisotropic
elasticity, Bergstrom-Boyce,
Bilinear isotropic hardening, Bilinear kinematic hardening, Cam-clay, Cast
iron, Mullins
effect, Crack growth fracture
criterion, Chaboche nonlinear kinematic
hardening, Creep (implicit
and explicit), Coefficient of thermal
expansion, Damage evolution law,
Damage initiation criteria, Density, Drucker-Prager concrete, Menetrey-Willam, Ductile damage, Elasticity, Extended
Drucker-Prager, Finite-strain
plasticity (plane strain or axisymmetric), Gurson pressure-dependent plasticity, Hill anisotropy, Hyperelasticity, Jointed rock, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Microplane
(nonregularized elastic damage
only), Mohr-Coulomb,
Multilinear elasticity (plane
strain or axisymmetric), Porous
elasticity, Prony series constants
for viscoelastic materials, Ramberg-Osgood (plane strain or axisymmetric), Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shift function for viscoelastic materials, Shape memory alloy, State variables (user-defined), Swelling, Three-network model, Uniaxial stress-strain
relation, User-defined, Voce isotropic hardening
law |
PLANE183
| 2D 8-Node or 6-Node Structural Solid |
MPC184
| Multipoint Constraint | Joint (linear and nonlinear elastic
stiffness, linear and nonlinear damping, and frictional behavior) |
SOLID185
| 3D 8-Node Structural Solid | Anisotropic hyperelasticity, Anisotropic elasticity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Cam-clay, Cast iron, Mullins effect, Crack growth fracture criterion, Chaboche nonlinear kinematic hardening, Creep (implicit and explicit), Coefficient
of thermal expansion, Crystal plasticity, Damage evolution law, Damage initiation criteria, Density, Drucker-Prager concrete, Menetrey-Willam, Ductile damage, Elasticity, Extended
Drucker-Prager, Finite-strain
plasticity, Gurson pressure-dependent
plasticity, Hill
anisotropy, Hyperelasticity,
Jointed rock, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Microplane
(nonregularized elastic damage
only), Mohr-Coulomb,
Multilinear elasticity, Porous elasticity, Prony series constants for viscoelastic materials,
Ramberg-Osgood, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shift function for viscoelastic materials, Shape memory alloy, State variables (user-defined), Swelling, Three-network model, Uniaxial stress-strain
relation, User-defined, Voce isotropic hardening
law |
SOLID186
| 3D 20-Node Structural Solid | Anisotropic
hyperelasticity, Anisotropic
elasticity, Bergstrom-Boyce,
Bilinear isotropic hardening, Bilinear kinematic hardening, Cast iron, Mullins effect, Cam-clay, Chaboche nonlinear kinematic
hardening, Creep (implicit
and explicit), Coefficient of thermal
expansion, Crystal
plasticity, Damage evolution
law, Damage initiation criteria,
Density, Drucker-Prager concrete, Menetrey-Willam, Ductile
damage, Elasticity,
Extended Drucker-Prager, Finite-strain plasticity, Gurson pressure-dependent plasticity, Hill anisotropy, Hyperelasticity, Jointed rock, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Microplane
(nonregularized elastic damage
only), Mohr-Coulomb,
Multilinear elasticity, Porous elasticity,Porous elasticity, Prony series constants for viscoelastic materials,
Ramberg-Osgood, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shift function for viscoelastic materials, Shape memory alloy, State variables (user-defined), Swelling, Uniaxial
stress-strain relation, Three-network
model, User-defined, Voce isotropic hardening
law |
SOLID187
| 3D 10-Node Tetrahedral Structural Solid |
BEAM188
| 3D 2-Node Beam | Bilinear isotropic
hardening, Bilinear kinematic
hardening, Chaboche nonlinear kinematic
hardening, Creep (implicit
only), Coefficient of thermal
expansion, Damage evolution law,
Damage initiation criteria, Density, Elasticity, Hill
anisotropy, Prony series constants
for viscoelastic materials, Rate-dependent
plasticity (viscoplasticity), Rate-independent plasticity, Shift
function for viscoelastic materials, Shape
memory alloy (SMA), State
variables (user-defined), User-defined, Voce isotropic hardening
law |
BEAM189
| 3D 3-Node Beam |
SOLSH190
| 3D 8-Node Structural Solid Shell | Anisotropic elasticity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Cast iron,
Mullins effect, Chaboche nonlinear kinematic hardening, Creep (implicit only), Coefficient of
thermal expansion, Damage evolution law, Damage initiation criteria, Density, Ductile damage, Extended Drucker-Prager, Finite-strain plasticity, Elasticity, Gurson
pressure-dependent plasticity, Hill anisotropy, Hyperelasticity, Material-dependent alpha and beta damping (Rayleigh damping),
Material-dependent structural
damping, Multilinear
elasticity, Prony series constants
for viscoelastic materials, Ramberg-Osgood, Rate-dependent
plasticity (viscoplasticity), Rate-independent plasticity, Shift
function for viscoelastic materials, Shape
memory alloy, State variables
(user-defined), Swelling, Three-network model, Uniaxial stress-strain relation, User-defined, Voce isotropic hardening law |
INTER192
| 2D 4-Node Gasket |
Gasket
|
INTER193
| 2D 6-Node Gasket |
INTER194
| 3D 16-Node Gasket |
Gasket Joint Behavior (KEYOPT(2) = 0 or 1):
Thin-Solid Element Behavior (KEYOPT(2) = 2 or 3):
Thin-Solid Element Behavior with membrane and transverse shear
stiffness (KEYOPT(2) = 2):
|
INTER195
| 3D 8-Node Gasket |
INTER202
| 2D 4-Node Cohesive |
Cohesive zone
|
INTER203
| 2D 6-Node Cohesive |
INTER204
| 3D 16-Node Cohesive |
INTER205
| 3D 8-Node Cohesive |
SHELL208
| 2-Node Axisymmetric Shell | Anisotropic hyperelasticity, Anisotropic elasticity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Mullins
effect, Chaboche nonlinear kinematic
hardening, Creep (implicit
only), Coefficient of thermal
expansion, Damage evolution law,
Damage initiation criteria, Density, Ductile damage, Elasticity, Hill anisotropy, Hyperelasticity, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Prony series constants for viscoelastic materials, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shift function for viscoelastic materials, Shape memory alloy (SMA), State variables (user-defined), Three-network model, User-defined, Voce isotropic hardening law |
SHELL209
| 3-Node Axisymmetric Shell | Anisotropic hyperelasticity, Anisotropic elasticity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Mullins
effect, Chaboche nonlinear kinematic
hardening, Creep (implicit
only), Coefficient of thermal
expansion, Damage evolution law,
Damage initiation criteria, Density, Ductile damage, Elasticity, Hill anisotropy, Hyperelasticity, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Prony series constants for viscoelastic materials, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shift function for viscoelastic materials, Shape memory alloy (SMA), State variables (user-defined), Three-network model, User-defined, Voce isotropic hardening law |
CPT212
| 2D 4-Node Coupled Pore-Pressure-Thermal Mechanical Solid | Anisotropic
hyperelasticity, Bilinear isotropic
hardening, Cam-clay,
Cast iron, Chaboche
nonlinear kinematic hardening, Coupled Pore-Fluid Diffusion and Structural Model of Porous Media,
Density, Menetrey-Willam, Elasticity, Extended
Drucker-Prager, Finite-strain
plasticity (2D elements are limited to plane strain or axisymmetric
conditions), Gurson pressure-dependent
plasticity, Hyperelasticity,
Jointed rock, Microplane, Mohr-Coulomb, Multilinear isotropic hardening, Nonlinear
isotropic hardening, Anisotropic
damage, Generalized damage,
Ductile
damage, Porous
elasticity, Thermal,
Coefficient of thermal expansion,
Three-network model |
CPT213
| 2D 8-Node Coupled Pore-Pressure-Thermal Mechanical Solid |
CPT215
| 3D 8-Node Coupled Pore-Pressure-Thermal Mechanical Solid |
CPT216
| 3D 20-Node Coupled Pore-Pressure-Thermal Mechanical Solid |
CPT217
| 3D 10-Node Coupled Pore-Pressure-Thermal Mechanical Solid |
FLUID220
| 3D 20-Node Acoustic Fluid | Perforated
Media
|
FLUID221
| 3D 10-Node Acoustic Fluid |
Perforated Media
|
PLANE222
| 2D 4-Node Coupled-Field Solid | Anisotropic
hyperelasticity, Anisotropic
elasticity, Anisotropic dielectric loss
tangent, Anisotropic elastic loss
tangent, Anisotropic viscosity,
Anisotropic electric permittivity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Cast iron,
Chaboche nonlinear kinematic hardening,
Creep (implicit only), Ductile
damage, Extended
Drucker-Prager, Elasticity,
Gurson pressure-dependent plasticity,
Hill anisotropy, Hyperelasticity, Migration model, Mullins effect, Piezoelectric matrix, Piezoresistivity, Prony series
constants for viscoelastic materials, Ramberg-Osgood, Rate-dependent
plasticity (viscoplasticity), Rate-independent plasticity, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Shift function for viscoelastic materials, Shape memory alloy, Three-network
model, Uniaxial stress-strain
relation, Voce isotropic hardening
law |
PLANE223 | 2D 8-Node Coupled-Field Solid | Anisotropic
hyperelasticity, Anisotropic
elasticity, Anisotropic dielectric loss
tangent, Anisotropic elastic loss
tangent, Anisotropic viscosity,
Anisotropic electric permittivity Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Cast iron,
Chaboche nonlinear kinematic hardening,
Creep (implicit only), Ductile
damage, Extended
Drucker-Prager, Elasticity,
Gurson pressure-dependent plasticity,
Hill anisotropy, Hyperelasticity, Magnetic, Migration
model, Mullins
effect, Piezoelectric matrix, Piezoresistivity, Prony
series constants for viscoelastic materials, Ramberg-Osgood, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Shift function for viscoelastic materials, Shape memory alloy, Three-network
model, Uniaxial stress-strain
relation, Voce isotropic hardening
law |
SOLID225 | 3D 8-Node Coupled-Field Solid | Anisotropic
hyperelasticity, Anisotropic
elasticity, Anisotropic dielectric loss
tangent, Anisotropic elastic loss
tangent, Anisotropic viscosity,
Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear kinematic hardening, Cast iron, Chaboche
nonlinear kinematic hardening, Creep (implicit only), Ductile damage, Anisotropic electric permittivity, Extended Drucker-Prager, Elasticity, Gurson
pressure-dependent plasticity, Hill anisotropy, Hyperelasticity, Migration model, Mullins
effect, Piezoelectric matrix, Piezoresistivity, Prony
series constants for viscoelastic materials, Ramberg-Osgood, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Shift function for viscoelastic materials, Shape memory alloy, Uniaxial stress-strain
relation, State variables
(user-defined), User-defined (structural and thermal), Voce isotropic hardening law |
SOLID226
| 3D 20-Node Coupled-Field Solid | Anisotropic
hyperelasticity, Anisotropic
elasticity, Anisotropic dielectric loss
tangent, Anisotropic elastic loss
tangent, Anisotropic viscosity,
Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear kinematic hardening, Cast iron, Chaboche
nonlinear kinematic hardening, Creep (implicit only), Ductile damage, Anisotropic electric permittivity, Extended Drucker-Prager, Elasticity, Gurson
pressure-dependent plasticity, Hill anisotropy, Hyperelasticity, Magnetic, Migration model, Mullins effect, Piezoelectric matrix, Piezoresistivity, Prony series
constants for viscoelastic materials, Ramberg-Osgood, Rate-dependent
plasticity (viscoplasticity), Rate-independent plasticity, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Shift function for viscoelastic materials, Shape memory alloy, Uniaxial stress-strain
relation, State variables
(user-defined), Three-network
model, User-defined (structural and thermal), Voce isotropic hardening
law |
SOLID227 | 3D 10-Node Coupled-Field Solid |
PLANE233
| 2D 8-Node Electromagnetic Solid |
Magnetic
|
SOLID236 | 3D 20-Node Electromagnetic Solid |
SOLID237
| 3D 10-Node Electromagnetic Solid |
HSFLD241
| 2D Hydrostatic Fluid |
Fluid
|
HSFLD242
| 3D Hydrostatic Fluid |
FLUID243
| 2D 4-node Acoustic Fluid |
Perforated Media
|
FLUID244
| 2D 8-node Acoustic Fluid |
REINF263 | 2D Smeared Reinforcing | Anisotropic
hyperelasticity, Anisotropic
elasticity, Bergstrom-Boyce,
Bilinear isotropic hardening, Bilinear kinematic hardening, Chaboche nonlinear kinematic hardening, Creep (implicit only), Coefficient of
thermal expansion, Density, Damage
evolution law (MPDG and CDM options), Damage initiation criteria, Elasticity, Hill
anisotropy, Hyperelasticity,
Mullins effect, Prony series constants for viscoelastic materials,
Rate-dependent plasticity (viscoplasticity),
Rate-independent plasticity, Shape memory alloy, Shift
function for viscoelastic materials, State variables (user-defined), Three-network model, User-defined, Voce isotropic hardening law |
REINF264
| 3D Discrete Reinforcing |
Structural Properties: Bilinear isotropic hardening, Bilinear kinematic hardening, Chaboche nonlinear kinematic hardening, Creep (implicit only), Coefficient of
thermal expansion, Damage evolution law (MPDG option only),
Damage initiation criteria, Density, Elasticity, Hill
anisotropy, Prony series
constants for viscoelastic materials, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shift function for viscoelastic materials,
State variables
(user-defined), User-defined, Voce isotropic hardening
law
Thermal Properties: State variables
(user-defined), User-defined
|
REINF265
| 3D Smeared Reinforcing |
Structural Properties: Anisotropic hyperelasticity, Anisotropic elasticity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Chaboche nonlinear
kinematic hardening, Creep (implicit only), Coefficient of thermal expansion, Density, Damage
evolution law (MPDG and CDM options), Damage initiation criteria, Elasticity, Hill anisotropy, Hyperelasticity, Mullins effect, Prony series constants for viscoelastic
materials, Rate-dependent plasticity
(viscoplasticity), Rate-independent
plasticity, Shape memory alloy,
Shift function for viscoelastic
materials, State variables
(user-defined), Three-network
model, User-defined, Voce isotropic hardening
law
Thermal Properties: State variables
(user-defined), User-defined
|
SOLID272
| General Axisymmetric Solid with 4 Base Nodes | Anisotropic
hyperelasticity, Anisotropic
elasticity, Bergstrom-Boyce,
Bilinear isotropic hardening, Bilinear kinematic hardening, Cast iron, Mullins effect, Chaboche nonlinear
kinematic hardening, Creep
(implicit only), Coefficient of thermal
expansion, Damage evolution law,
Damage-initiation criteria, Ductile
damage, Extended
Drucker-Prager, Multilinear
elasticity, Ramberg-Osgood, Shape memory alloy
(SMA), Three-network
model |
SOLID273
| General Axisymmetric Solid with 8 Base Nodes |
SOLID278
| 3D 8-Node Thermal Solid | Thermal properties,
State variables
(user-defined), User-defined |
SOLID279
| 3D 20-Node Thermal Solid |
CABLE280 | 3D 3-Node Cable | Bilinear isotropic hardening, Bilinear kinematic hardening, Chaboche nonlinear kinematic hardening, Creep (implicit only), Coefficient of
thermal expansion, Damage evolution law, Damage initiation criteria, Density, Elasticity, Hill
anisotropy, Prony series constants
for viscoelastic materials, Rate-dependent
plasticity (viscoplasticity), Rate-independent plasticity, Shift
function for viscoelastic materials, State variables (user-defined), Voce isotropic hardening law |
SHELL281
| 8-Node Structural Shell | Anisotropic hyperelasticity, Anisotropic elasticity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Mullins
effect, Chaboche nonlinear kinematic
hardening, Creep (implicit
and explicit), Coefficient of thermal
expansion, Damage evolution law,
Damage initiation criteria, Density, Ductile damage, Elasticity, Hill anisotropy, Hyperelasticity, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Prony series constants for viscoelastic materials, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shift function for viscoelastic materials, Shape memory alloy (SMA), State variables (user-defined), Swelling, Three-network model, User-defined, Voce isotropic hardening
law |
SOLID285
| 3D 4-Node Tetrahedral Structural Solid with Nodal Pressures | Anisotropic hyperelasticity, Anisotropic elasticity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Cast iron,
Mullins effect, Chaboche nonlinear kinematic hardening, Creep (implicit and explicit), Coefficient
of thermal expansion, Crystal plasticity, Damage evolution law, Damage initiation criteria, Density, Ductile damage, Extended Drucker-Prager, Finite-strain plasticity (plane strain
or axisymmetric), Elasticity, Hill anisotropy, Hyperelasticity, Material-dependent alpha and beta damping
(Rayleigh damping), Material-dependent structural damping, Multilinear elasticity, Prony series constants for viscoelastic materials,
Ramberg-Osgood, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shift function for viscoelastic materials, Shape memory alloy, State variables (user-defined), Swelling, Uniaxial
stress-strain relation, Three-network
model, User-defined, Voce isotropic hardening
law |
PIPE288
| 3D 2-Node Pipe | Anisotropic
hyperelasticity, Anisotropic
elasticity, Bergstrom-Boyce,
Bilinear isotropic hardening, Bilinear kinematic hardening, Cast iron, Mullins effect, Chaboche nonlinear
kinematic hardening, Creep
(implicit only), Coefficient of thermal
expansion, Damage evolution law,
Damage initiation criteria, Density, Ductile damage, Extended Drucker-Prager, Elasticity, Hill anisotropy, Hyperelasticity, Multilinear elasticity, Prony series constants for viscoelastic materials,
Ramberg-Osgood, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Shift function for viscoelastic materials, Shape memory alloy (SMA), State variables (user-defined), Three-network model, User-defined, Voce isotropic hardening law |
PIPE289
| 3D 3-Node Pipe |
ELBOW290
| 3D 3-Node Elbow | Anisotropic hyperelasticity, Anisotropic elasticity, Bergstrom-Boyce, Bilinear isotropic hardening, Bilinear
kinematic hardening, Mullins
effect, Chaboche nonlinear kinematic
hardening, Creep (implicit
only), Coefficient of thermal
expansion, Damage evolution law,
Damage initiation criteria, Density, Extended
Drucker-Prager, Elasticity,
Hill anisotropy, Hyperelasticity, Prony series constants for viscoelastic materials, Rate-dependent plasticity (viscoplasticity), Rate-independent plasticity, Material structural damping, Shift function for viscoelastic materials, State variables (user-defined), Three-network model, User-defined, Voce isotropic hardening law |
SOLID291 | 3D 10-Node Tetrahedral Thermal Solid | Thermal properties, State variables
(user-defined), User-defined |
PLANE292 | 2D 4-Node Thermal Solid | Thermal properties, State variables
(user-defined), User-defined |
PLANE293 | 2D 8-Node Thermal Solid | Thermal properties, State variables
(user-defined), User-defined |
SHELL294 | 4-Node Thermal Shell | Thermal
properties, State variables
(user-defined), User-defined |