Abaqus/Standard

This section lists the topics in this guide that apply to Abaqus/Standard.

This page discusses:

A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P, Q
R
S
T
U
V

A

*ACOUSTIC CONTRIBUTION

*ACOUSTIC FLOW VELOCITY

*ACOUSTIC MEDIUM

*ACOUSTIC WAVE FORMULATION

*ACTIVATE ELEMENTS

*ADAPTIVE MESH CONSTRAINT

*ADAPTIVE MESH CONTROLS

*ANISOTROPIC HYPERELASTIC

*ANNEAL TEMPERATURE

*ASYMMETRIC-AXISYMMETRIC

B

*BASELINE CORRECTION

*BEAM ADDED INERTIA

*BEAM FLUID INERTIA

*BEAM GENERAL SECTION

*BEAM SECTION GENERATE

*BEAM SECTION OFFSET

*BIAXIAL TEST DATA

*BUCKLING ENVELOPE

*BUCKLING LENGTH

*BUCKLING REDUCTION FACTORS

C

*CAP PLASTICITY

*CAST IRON COMPRESSION HARDENING

*CAST IRON PLASTICITY

*CAST IRON TENSION HARDENING

*CAVITY DEFINITION

*CHANGE FRICTION

*CLAY HARDENING

*CLAY PLASTICITY

*COHESIVE BEHAVIOR

*COHESIVE SECTION

*COMBINED TEST DATA

*COMPLEX FREQUENCY

*COMPOSITE MODAL DAMPING

*CONCENTRATION TENSOR

*CONCRETE COMPRESSION DAMAGE

*CONCRETE COMPRESSION HARDENING

*CONCRETE DAMAGED PLASTICITY

*CONCRETE TENSION DAMAGE

*CONCRETE TENSION STIFFENING

*CONNECTOR BEHAVIOR

*CONNECTOR CONSTITUTIVE REFERENCE

*CONNECTOR DAMAGE EVOLUTION

*CONNECTOR DAMAGE INITIATION

*CONNECTOR DAMPING

*CONNECTOR DERIVED COMPONENT

*CONNECTOR ELASTICITY

*CONNECTOR FAILURE

*CONNECTOR FRICTION

*CONNECTOR HARDENING

*CONNECTOR LOAD

*CONNECTOR LOCK

*CONNECTOR MOTION

*CONNECTOR PLASTICITY

*CONNECTOR POTENTIAL

*CONNECTOR SECTION

*CONNECTOR STOP

*CONSTRAINT CONTROLS

*CONTACT CONTROLS

*CONTACT DAMPING

*CONTACT EXCLUSIONS

*CONTACT FORMULATION

*CONTACT INCLUSIONS

*CONTACT INITIALIZATION ASSIGNMENT

*CONTACT INITIALIZATION DATA

*CONTACT INTERFERENCE

*CONTACT OUTPUT

*CONTACT PERMEABILITY

*CONTACT PROPERTY ASSIGNMENT

*CONTACT STABILIZATION

*CONTOUR INTEGRAL

*CO-SIMULATION CONTROLS

*CO-SIMULATION REGION

*COUPLED TEMPERATURE-DISPLACEMENT

*COUPLED THERMAL-ELECTRICAL

*COUPLED THERMAL-ELECTROCHEMICAL

*CREEP STRAIN RATE CONTROL

*CRUSHABLE FOAM

*CRUSHABLE FOAM HARDENING

*CYCLED PLASTIC

*CYCLIC HARDENING

*CYCLIC SYMMETRY MODEL

D

*D EM POTENTIAL

*DAMAGE EVOLUTION

*DAMAGE INITIATION

*DAMAGE STABILIZATION

*DAMPING CONTROLS

*DEFORMATION PLASTICITY

*DESIGN RESPONSE

*DETONATION POINT

*DISTRIBUTING COUPLING

*DISTRIBUTION TABLE

*DRUCKER PRAGER

*DRUCKER PRAGER CREEP

*DRUCKER PRAGER HARDENING

E

*ELECTRICAL CONDUCTIVITY

*ELECTROMAGNETIC

*ELEMENT MATRIX OUTPUT

*ELEMENT OPERATOR OUTPUT

*ELEMENT OUTPUT

*ELEMENT PROGRESSIVE ACTIVATION

*ELEMENT RECOVERY MATRIX

*ELEMENT RESPONSE

*ELEMENT SOLUTION-DEPENDENT VARIABLES

*EMBEDDED ELEMENT

*ENRICHMENT ACTIVATION

*EOS COMPACTION

*EVENT SERIES TYPE

*EXTERNAL FIELD

F

*FAILURE RATIOS

*FASTENER PROPERTY

*FIBER DISPERSION

*FIELD MAPPER CONTROLS

*FIELD OPERATIONS

*FLUID BEHAVIOR

*FLUID BULK MODULUS

*FLUID EXCHANGE

*FLUID EXCHANGE PROPERTY

*FLUID EXPANSION

*FLUID PIPE CONNECTOR LOSS

*FLUID PIPE CONNECTOR SECTION

*FLUID PIPE FLOW LOSS

*FLUID PIPE SECTION

*FRACTURE CRITERION

G

*GAP CONDUCTANCE

*GAP CONVECTION

*GAP ELECTRICAL CONDUCTANCE

*GAP HEAT GENERATION

*GASKET BEHAVIOR

*GASKET CONTACT AREA

*GASKET ELASTICITY

*GASKET SECTION

*GASKET THICKNESS BEHAVIOR

*GLOBAL DAMPING

*GLOBAL RESPONSE

H

*HEAT GENERATION

*HOURGLASS STIFFNESS

I

*IMPEDANCE PROPERTY

*IMPORT CONTROLS

*IMPORT SURFACE

*INCIDENT WAVE FLUID PROPERTY

*INCIDENT WAVE INTERACTION

*INCIDENT WAVE INTERACTION PROPERTY

*INCIDENT WAVE PROPERTY

*INCIDENT WAVE REFLECTION

*INCREMENTATION OUTPUT

*INELASTIC HEAT FRACTION

*INERTIA RELIEF

*INITIAL CONDITIONS

*INTEGRATED OUTPUT

*INTEGRATED OUTPUT SECTION

*ISOTROPIZATION PARAMETERS

J

*JOINT ELASTICITY

*JOINT PLASTICITY

*JOINTED MATERIAL

*JOULE HEAT FRACTION

K

*KINEMATIC COUPLING

L

*LOW DENSITY FOAM

M

*MAGNETIC PERMEABILITY

*MASS DIFFUSION

*MASS FLOW RATE

*MATRIX ASSEMBLE

*MATRIX GENERATE

*MEAN FIELD DAMAGE

*MEAN FIELD HOMOGENIZATION

*MEMBRANE SECTION

*MOHR COULOMB HARDENING

*MOISTURE SWELLING

*MOLECULAR WEIGHT

*MULLINS EFFECT

N

*NETWORK STIFFNESS RATIO

*NO COMPRESSION

*NODAL ENERGY RATE

*NODAL THICKNESS

*NONSTRUCTURAL MASS

O

*ONE-STEP INVERSE

P, Q

*PARAMETER DEPENDENCE

*PARAMETER SHAPE VARIATION

*PARAMETER TABLE

*PARAMETER TABLE TYPE

*PERFECTLY MATCHED LAYER

*PERMANENT MAGNETIZATION

*PHYSICAL CONSTANTS

*PIEZOELECTRIC DAMPING

*PIPE-SOIL INTERACTION

*PIPE-SOIL STIFFNESS

*PLANAR TEST DATA

*PLASTIC TORQUE

*PLASTICITY CORRECTION

*PML COEFFICIENT

*PORE FLUID PRESSURE

*POROUS BULK MODULI

*POROUS ELASTIC

*POROUS ELECTRODE THEORY

*POROUS METAL PLASTICITY

*PRESSURE PENETRATION

*PRESSURE STRESS

*PRESTRESS HOLD

*PRE-TENSION SECTION

*PROPERTY TABLE

*PROPERTY TABLE TYPE

*PSD-DEFINITION

R

*RADIATION FILE

*RADIATION OUTPUT

*RADIATION PRINT

*RADIATION SYMMETRY

*RADIATION VIEW FACTOR

*RANDOM RESPONSE

*RATE DEPENDENT

*RESPONSE SPECTRUM

*RETAINED NODAL DOFS

*ROTARY INERTIA

S

*SCALE STIFFNESS

*SCALE STRESS DESIGN

*SCALE THERMAL CONDUCTIVITY

*SECTION CONTROLS

*SECTION CURVATURE

*SECTION INERTIA

*SECTION ORIGIN

*SECTION POINTS

*SECTION STIFFNESS

*SECTION TANGENT

*SELECT CYCLIC SYMMETRY MODES

*SELECT EIGENMODES

*SHEAR RETENTION

*SHEAR TEST DATA

*SHELL GENERAL SECTION

*SHELL TO SOLID COUPLING

*SIMPLE SHEAR TEST DATA

*SOFT ROCK HARDENING

*SOFT ROCK PLASTICITY

*SOFTENING REGULARIZATION

*SOLUTION TECHNIQUE

*SOLVER CONTROLS

*STEADY STATE DYNAMICS

*STEADY STATE TRANSPORT

*SUBSTRUCTURE CHANGE

*SUBSTRUCTURE DAMPING

*SUBSTRUCTURE DAMPING CONTROLS

*SUBSTRUCTURE GENERATE

*SUBSTRUCTURE LOAD CASE

*SUBSTRUCTURE MATRIX OUTPUT

*SUBSTRUCTURE MODAL DAMPING

*SUBSTRUCTURE OUTPUT

*SUBSTRUCTURE PATH

*SUBSTRUCTURE PROPERTY

*SUPERELASTIC HARDENING

*SUPERELASTIC HARDENING MODIFICATIONS

*SURFACE BEHAVIOR

*SURFACE INTERACTION

*SURFACE PROPERTY

*SURFACE PROPERTY ASSIGNMENT

*SURFACE SECTION

*SURFACE SMOOTHING

*SYMMETRIC MODEL GENERATION

*SYMMETRIC RESULTS TRANSFER

T

*TABLE COLLECTION

*TENSION CUTOFF

*TENSION STIFFENING

*THERMAL EXPANSION

*TRANSPORT VELOCITY

*TRANSVERSE SHEAR

*TRANSVERSE SHEAR STIFFNESS

*TRIAXIAL TEST DATA

U

*UNDEX CHARGE PROPERTY

*UNIAXIAL TEST DATA

*USER DEFINED FIELD

*USER OUTPUT VARIABLES

V

*VIEW FACTOR OUTPUT

*VOID NUCLEATION

*VOLUMETRIC TEST DATA