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K Keyw eywor ords R ds Re ef fe er rence Manual ence Manual
Volume II: I–Z
Version 6.6
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ABAQUS Keywords Reference Manual Volume II Version 6.6 ABAQUS Version 6.1 Module: ID: Printed on:
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Trademarks and Legal Notices CAUTIONARY NOTICE TO USERS: ThismanualisintendedforqualifieduserswhowillexercisesoundengineeringjudgmentandexpertiseintheuseoftheABAQUSSoftware. TheABAQUS Software is inherently complex, and the examples and procedures in this manual are not intended to be exhaustive or to apply to any particular situation. Users are cautioned to satisfy themselves as to the accuracy and results of their analyses. ABAQUS,Inc.willnotberesponsiblefortheaccuracyorusefulnessofanyanalysisp
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ABAQUS Offices and Representatives ABAQUS, Inc. RisingSunMills,166Valley Street,Providence,RI02909–2499,Tel: +14012764400, Fax: +1 401 276 4408, support@Abaqus.com, http://www.abaqus.com ABAQUSEurope BV GaetanoMartinolaan95,P.O.Box1637,6201BPMaastricht,TheNetherlands,Tel: +31433566906, Fax: +31 43 356 6908, info.europe@abaqus.com Sales, Support, and Services United States ABAQUSCentral, West Lafayette, IN, Tel: +1 765 4971373, support@AbaqusCentral.com ABAQUS East, Warwick, RI, Tel: +1 401 739 36
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Preface This section lists various resources that are available for help with using ABAQUS. Support ABAQUS,Inc.,offersbothtechnicalengineeringsupport(forproblemswithcreatingamodelorperforming an analysis) and systems support (for installation, licensing, and hardware-related problems) for ABAQUS throughanetworkoflocalsupportoffices. ContactinformationislistedinthefrontofeachABAQUSmanual. ABAQUS Online Support System The ABAQUS Online Support System (AOSS) has a knowledge database of ABAQUS Answer
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CONTENTS Contents — Volume I A ACOUSTIC FLOW VELOCITY 1.1 * ACOUSTIC MEDIUM 1.2 * ACOUSTIC WAVE FORMULATION 1.3 * ADAPTIVE MESH 1.4 * ADAPTIVE MESH CONSTRAINT 1.5 * ADAPTIVE MESH CONTROLS 1.6 * AMPLITUDE 1.7 * ANNEAL 1.8 * ANNEAL TEMPERATURE 1.9 * AQUA 1.10 * ASSEMBLY 1.11 * ASYMMETRIC-AXISYMMETRIC 1.12 * AXIAL 1.13 * B BASE MOTION 2.1 * BASELINE CORRECTION 2.2 * BEAM ADDED INERTIA 2.3 * BEAM FLUID INERTIA 2.4 * BEAM GENERAL SECTION 2.5 * BEAM SECTION 2.6 * BEAM SECTION GENERATE 2.7 * BIAXIAL TE
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CONTENTS C C ADDED MASS 3.1 * CAPACITY 3.2 * CAP CREEP 3.3 * CAP HARDENING 3.4 * CAP PLASTICITY 3.5 * CAST IRON COMPRESSION HARDENING 3.6 * CAST IRON PLASTICITY 3.7 * CAST IRON TENSION HARDENING 3.8 * CAVITY DEFINITION 3.9 * CECHARGE 3.10 * CECURRENT 3.11 * CENTROID 3.12 * CFILM 3.13 * CFLOW 3.14 * CFLUX 3.15 * CHANGE FRICTION 3.16 * CLAY HARDENING 3.17 * CLAY PLASTICITY 3.18 * CLEARANCE 3.19 * CLOAD 3.20 * COHESIVE SECTION 3.21 * COMBINED TEST DATA 3.22 * COMPLEX FREQUENCY 3.23 * CONCRETE 3.24
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CONTENTS CONNECTOR LOAD 3.41 * CONNECTOR LOCK 3.42 * CONNECTOR MOTION 3.43 * CONNECTOR PLASTICITY 3.44 * CONNECTOR POTENTIAL 3.45 * CONNECTOR SECTION 3.46 * CONNECTOR STOP 3.47 * CONSTRAINT CONTROLS 3.48 * CONTACT 3.49 * CONTACT CLEARANCE 3.50 * CONTACT CLEARANCE ASSIGNMENT 3.51 * CONTACT CONTROLS 3.52 * CONTACT CONTROLS ASSIGNMENT 3.53 * CONTACT DAMPING 3.54 * CONTACT EXCLUSIONS 3.55 * CONTACT FILE 3.56 * CONTACT FORMULATION 3.57 * CONTACT INCLUSIONS 3.58 * CONTACT INTERFERENCE 3.59 * CONTACT O
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CONTENTS D D ADDED MASS 4.1 * DAMAGE EVOLUTION 4.2 * DAMAGE INITIATION 4.3 * DAMAGE STABILIZATION 4.4 * DAMPING 4.5 * DASHPOT 4.6 * DEBOND 4.7 * DECHARGE 4.8 * DECURRENT 4.9 * DEFORMATION PLASTICITY 4.10 * DENSITY 4.11 * DEPVAR 4.12 * DESIGN GRADIENT 4.13 * DESIGN PARAMETER 4.14 * DESIGN RESPONSE 4.15 * DETONATION POINT 4.16 * DFLOW 4.17 * DFLUX 4.18 * DIAGNOSTICS 4.19 * DIELECTRIC 4.20 * DIFFUSIVITY 4.21 * DIRECT CYCLIC 4.22 * DISPLAY BODY 4.23 * DISTRIBUTION 4.24 * DISTRIBUTING 4.25 * DISTRIBU
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CONTENTS E EL FILE 5.1 * EL PRINT 5.2 * ELASTIC 5.3 * ELCOPY 5.4 * ELECTRICAL CONDUCTIVITY 5.5 * ELEMENT 5.6 * ELEMENT MATRIX OUTPUT 5.7 * ELEMENT OUTPUT 5.8 * ELEMENT PROPERTIES 5.9 * ELEMENT RESPONSE 5.10 * ELGEN 5.11 * ELSET 5.12 * EMBEDDED ELEMENT 5.13 * EMISSIVITY 5.14 * END ASSEMBLY 5.15 * END INSTANCE 5.16 * END LOAD CASE 5.17 * END PART 5.18 * END STEP 5.19 * ENERGY FILE 5.20 * ENERGY OUTPUT 5.21 * ENERGY PRINT 5.22 * EOS 5.23 * EOS COMPACTION 5.24 * EOS SHEAR 5.25 * EPJOINT 5.26 * EQUAT
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CONTENTS FILE OUTPUT 6.8 * FILM 6.9 * FILM PROPERTY 6.10 * FILTER 6.11 * FIXED MASS SCALING 6.12 * FLOW 6.13 * FLUID BEHAVIOR 6.14 * FLUID BULK MODULUS 6.15 * FLUID CAVITY 6.16 * FLUID DENSITY 6.17 * FLUID EXCHANGE 6.18 * FLUID EXCHANGE ACTIVATION 6.19 * FLUID EXCHANGE PROPERTY 6.20 * FLUID EXPANSION 6.21 * FLUID FLUX 6.22 * FLUID INFLATOR 6.23 * FLUID INFLATOR ACTIVATION 6.24 * FLUID INFLATOR MIXTURE 6.25 * FLUID INFLATOR PROPERTY 6.26 * FLUID LEAKOFF 6.27 * FLUID LINK 6.28 * FLUID PROPERTY 6.2
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CONTENTS H HEADING 8.1 * HEAT GENERATION 8.2 * HEAT TRANSFER 8.3 * HEATCAP 8.4 * HOURGLASS STIFFNESS 8.5 * HYPERELASTIC 8.6 * HYPERFOAM 8.7 * HYPOELASTIC 8.8 * HYSTERESIS 8.9 * xi ABAQUS ID:key-toc Printed on: Mon February 27 -- 17:38:39 2006
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CONTENTS Contents — Volume II I IMPEDANCE 9.1 * IMPEDANCE PROPERTY 9.2 * IMPERFECTION 9.3 * IMPORT 9.4 * IMPORT CONTROLS 9.5 * IMPORT ELSET 9.6 * IMPORT NSET 9.7 * INCIDENT WAVE 9.8 * INCIDENT WAVE FLUID PROPERTY 9.9 * INCIDENT WAVE INTERACTION 9.10 * INCIDENT WAVEINTERACTION PROPERTY 9.11 * INCIDENT WAVE PROPERTY 9.12 * INCIDENT WAVE REFLECTION 9.13 * INCLUDE 9.14 * INCREMENTATION OUTPUT 9.15 * INELASTIC HEAT FRACTION 9.16 * INERTIA RELIEF 9.17 * INITIAL CONDITIONS 9.18 * INSTANCE 9.19 * INTEGR
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CONTENTS L LATENT HEAT 12.1 * LOAD CASE 12.2 * M MAP SOLUTION 13.1 * MASS 13.2 * MASS DIFFUSION 13.3 * MASS FLOW RATE 13.4 * MATERIAL 13.5 * MATRIX 13.6 * MATRIX ASSEMBLE 13.7 * MATRIX INPUT 13.8 * MEMBRANE SECTION 13.9 * MODAL DAMPING 13.10 * MODAL DYNAMIC 13.11 * MODAL FILE 13.12 * MODAL OUTPUT 13.13 * MODAL PRINT 13.14 * MODEL CHANGE 13.15 * MOHR COULOMB 13.16 * MOHR COULOMB HARDENING 13.17 * MOISTURE SWELLING 13.18 * MOLECULAR WEIGHT 13.19 * MONITOR 13.20 * MOTION 13.21 * MPC 13.22 * MULLINS
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CONTENTS NODE FILE 14.9 * NODE OUTPUT 14.10 * NODE PRINT 14.11 * NODE RESPONSE 14.12 * NONSTRUCTURAL MASS 14.13 * NORMAL 14.14 * NSET 14.15 * O ORIENTATION 15.1 * ORNL 15.2 * OUTPUT 15.3 * P, Q PARAMETER 16.1 * PARAMETER DEPENDENCE 16.2 * PARAMETER SHAPE VARIATION 16.3 * PART 16.4 * PERIODIC 16.5 * PERMEABILITY 16.6 * PHYSICAL CONSTANTS 16.7 * PIEZOELECTRIC 16.8 * PIPE-SOIL INTERACTION 16.9 * PIPE-SOIL STIFFNESS 16.10 * PLANAR TEST DATA 16.11 * PLASTIC 16.12 * PLASTIC AXIAL 16.13 * PLASTIC M1 16
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CONTENTS PRINT 16.28 * PSD-DEFINITION 16.29 * R RADIATE 17.1 * RADIATION FILE 17.2 * RADIATION OUTPUT 17.3 * RADIATION PRINT 17.4 * RADIATION SYMMETRY 17.5 * RADIATION VIEWFACTOR 17.6 * RANDOM RESPONSE 17.7 * RATE DEPENDENT 17.8 * RATIOS 17.9 * REBAR 17.10 * REBAR LAYER 17.11 * REFLECTION 17.12 * RELEASE 17.13 * RESPONSE SPECTRUM 17.14 * RESTART 17.15 * RETAINED EIGENMODES 17.16 * RETAINED NODAL DOFS 17.17 * RIGID BODY 17.18 * RIGID SURFACE 17.19 * ROTARY INERTIA 17.20 * S SECTION CONTROLS 18.1
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CONTENTS SIMPEDANCE 18.17 * SIMPLE SHEAR TEST DATA 18.18 * SLIDE LINE 18.19 * SLOAD 18.20 * SOILS 18.21 * SOLID SECTION 18.22 * SOLUBILITY 18.23 * SOLUTION TECHNIQUE 18.24 * SOLVER CONTROLS 18.25 * SORPTION 18.26 * SPECIFIC HEAT 18.27 * SPECTRUM 18.28 * SPRING 18.29 * SRADIATE 18.30 * STATIC 18.31 * STEADY STATE CRITERIA 18.32 * STEADY STATE DETECTION 18.33 * STEADY STATE DYNAMICS 18.34 * STEADY STATE TRANSPORT 18.35 * STEP 18.36 * SUBMODEL 18.37 * SUBSTRUCTURE COPY 18.38 * SUBSTRUCTURE DELETE 1
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CONTENTS T TEMPERATURE 19.1 * TENSILE FAILURE 19.2 * TENSION STIFFENING 19.3 * THERMAL EXPANSION 19.4 * TIE 19.5 * TIME POINTS 19.6 * TORQUE 19.7 * TORQUE PRINT 19.8 * TRACER PARTICLE 19.9 * TRANSFORM 19.10 * TRANSPORT VELOCITY 19.11 * TRANSVERSE SHEAR STIFFNESS 19.12 * TRIAXIAL TEST DATA 19.13 * TRS 19.14 * U UEL PROPERTY 20.1 * UNDEX CHARGE PROPERTY 20.2 * UNIAXIAL TEST DATA 20.3 * USER DEFINED FIELD 20.4 * USER ELEMENT 20.5 * USER MATERIAL 20.6 * USER OUTPUT VARIABLES 20.7 * V VARIABLE MASS S
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