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Inp文件（*.inp）是Abaqus軟件中最重要的文件之一，它是溝通Abaqus/CAE與Abaqus求解器（Abaqus/Standard、 Abaqus/Explicit和Abaqus/CFD）的紐帶和橋梁。而要掌握好Inp文件的用法和編寫方法，Abaqus Keywords Reference Guide是除Abaqus Analysis Users Manual, Abaqus User Subroutines Reference Manual, Abaqus Theory Manual外，必須經(jīng)常查閱的Abaqus在線文檔之一，該文檔中包含了Abaqus/Standard、Abaqus/Explicit和Abaqus/CFD中可用的所有輸入選項(xiàng)的完整描述。

本書的主要目的是，通過(guò)譯者的努力，將Abaqus 6.13 Keywords Reference Guide翻譯成中文稿，期冀給Abaqus中文用戶帶來(lái)更好、更方便的Inp文件使用體驗(yàn)（尤其是Inp文件編寫體驗(yàn)）。

本書的翻譯工作由三部分組成，即初譯、復(fù)譯和終譯。初譯工作由東南大學(xué)廖公云副教授完成；復(fù)譯工作中以字母A～D開頭的關(guān)鍵詞由南京林業(yè)大學(xué)王宏暢副教授完成，以字母E～Q開頭的關(guān)鍵詞由常熟市住房和城鄉(xiāng)建設(shè)局薛國(guó)強(qiáng)總工完成，以字母R～Z開頭的關(guān)鍵詞由廖公云副教授完成；終譯由廖公云完成。本書全書統(tǒng)稿由廖公云負(fù)責(zé)。

本書的出版得到了Dassault Systèmes公司上海代表處的高紹武博士的支持與協(xié)助，以及常熟市三恒建材有限責(zé)任公司的出版資金支持。另外，本書的部分翻譯參考了仿真科技論壇部分網(wǎng)友的工作，在此一并致謝。

Abaqus 6.13 Keywords Reference Guide涵蓋了力學(xué)、熱學(xué)、流體力學(xué)、電子學(xué)等學(xué)科領(lǐng)域，加之譯者水平所限，很難達(dá)到“信、達(dá)、雅”的翻譯要求，書中難免出現(xiàn)錯(cuò)譯、漏譯等現(xiàn)象，懇請(qǐng)讀者提出批評(píng)和建議。

譯者

2015年2月

A

1.1*ACOUSTIC FLOW VELOCITY1

1.2*ACOUSTIC MEDIUM1

1.3*ACOUSTIC WAVE FORMULATION3

1.4*ADAPTIVE MESH3

1.5*ADAPTIVE MESH CONSTRAINT4

1.6*ADAPTIVE MESH CONTROLS5

1.7*ADAPTIVE MESH REFINEMENT6

1.8*ADJUST7

1.9*AMPLITUDE7

1.10*ANISOTROPIC HYPERELASTIC10

1.11*ANNEAL12

1.12*ANNEAL TEMPERATURE12

1.13*AQUA12

1.14*ASSEMBLY13

1.15*ASYMMETRICAXISYMMETRIC13

1.16*AXIAL14

B

2.1*BASE MOTION15

2.2*BASELINE CORRECTION16

2.3*BEAM ADDED INERTIA16

2.4*BEAM FLUID INERTIA17

2.5*BEAM GENERAL SECTION17

2.6*BEAM SECTION21

2.7*BEAM SECTION GENERATE23

2.8*BIAXIAL TEST DATA23

2.9*BLOCKAGE25

2.10*BOND25

2.11*BOUNDARY25

2.12*BRITTLE CRACKING30

2.13*BRITTLE FAILURE31

2.14*BRITTLE SHEAR31

2.15*BUCKLE32

2.16*BUCKLE ENVELOPE33

2.17*BUCKLING LENGTH33

2.18*BUCKLING REDUCTION FACTORS34

2.19*BULK VISCOSITY34

〖〗 Abaqus關(guān)鍵詞參考指南

目錄

 〖〗

C

3.1*C ADDED MASS36

3.2*CAP CREEP36

3.3*CAP HARDENING37

3.4*CAP PLASTICITY38

3.5*CAPACITY38

3.6*CAST IRON COMPRESSION HARDENING39

3.7*CAST IRON PLASTICITY40

3.8*CAST IRON TENSION HARDENING40

3.9*CAVITY DEFINITION41

3.10*CECHARGE41

3.11*CECURRENT42

3.12*CENTROID42

3.13*CFD42

3.14*CFILM43

3.15*CFLOW44

3.16*CFLUX45

3.17*CHANGE FRICTION46

3.18*CLAY HARDENING46

3.19*CLAY PLASTICITY47

3.20*CLEARANCE48

3.21*CLOAD49

3.22*COHESIVE BEHAVIOR52

3.23*COHESIVE SECTION53

3.24*COMBINED TEST DATA54

3.25*COMPLEX FREQUENCY55

3.26*COMPOSITE MODAL DAMPING56

3.27*CONCRETE56

3.28*CONCRETE COMPRESSION DAMAGE57

3.29*CONCRETE COMPRESSION HARDENING57

3.30*CONCRETE DAMAGED PLASTICITY58

3.31*CONCRETE TENSION DAMAGE59

3.32*CONCRETE TENSION STIFFENING60

3.33*CONDUCTIVITY61

3.34*CONNECTOR BEHAVIOR62

3.35*CONNECTOR CONSTITUTIVE REFERENCE62

3.36*CONNECTOR DAMAGE EVOLUTION63

3.37*CONNECTOR DAMAGE INITIATION65

3.38*CONNECTOR DAMPING67

3.39*CONNECTOR DERIVED COMPONENT71

3.40*CONNECTOR ELASTICITY73

3.41*CONNECTOR FAILURE76

3.42*CONNECTOR FRICTION77

3.43*CONNECTOR HARDENING79

3.44*CONNECTOR LOAD81

3.45*CONNECTOR LOCK81

3.46*CONNECTOR MOTION82

3.47*CONNECTOR PLASTICITY84

3.48*CONNECTOR POTENTIAL84

3.49*CONNECTOR SECTION85

3.50*CONNECTOR STOP86

3.51*CONNECTOR UNIAXIAL BEHAVIOR86

3.52*CONSTRAINT CONTROLS86

3.53*CONTACT87

3.54*CONTACT CLEARANCE87

3.55*CONTACT CLEARANCE ASSIGNMENT88

3.56*CONTACT CONTROLS89

3.57*CONTACT CONTROLS ASSIGNMENT91

3.58*CONTACT DAMPING92

3.59*CONTACT EXCLUSIONS93

3.60*CONTACT FILE93

3.61*CONTACT FORMULATION94

3.62*CONTACT INCLUSIONS95

3.63*CONTACT INITIALIZATION ASSIGNMENT95

3.64*CONTACT INITIALIZATION DATA96

3.65*CONTACT INTERFERENCE96

3.66*CONTACT OUTPUT97

3.67*CONTACT PAIR98

3.68*CONTACT PERMEABILITY100

3.69*CONTACT PRINT101

3.70*CONTACT PROPERTY ASSIGNMENT102

3.71*CONTACT RESPONSE102

3.72*CONTACT STABILIZATION102

3.73*CONTOUR INTEGRAL103

3.74*CONTROLS105

3.75*CONWEP CHARGE PROPERTY109

3.76*CORRELATION109

3.77*COSIMULATION110

3.78*COSIMULATION CONTROLS111

3.79*COSIMULATION REGION112

3.80*COUPLED TEMPERATUREDISPLACEMENT113

3.81*COUPLED THERMALELECTRICAL114

3.82*COUPLING115

3.83*CRADIATE115

3.84*CREEP116

3.85*CREEP STRAIN RATE CONTROL117

3.86*CRUSHABLE FOAM118

3.87*CRUSHABLE FOAM HARDENING119

3.88*CYCLED PLASTIC119

3.89*CYCLIC119

3.90*CYCLIC HARDENING120

3.91*CYCLIC SYMMETRY MODEL121

D

4.1*D ADDED MASS122

4.2*D EM POTENTIAL122

4.3*DAMAGE EVOLUTION123

4.4*DAMAGE INITIATION127

4.5*DAMAGE STABILIZATION133

4.6*DAMPING133

4.7*DAMPING CONTROLS135

4.8*DASHPOT136

4.9*DEBOND138

4.10*DECHARGE138

4.11*DECURRENT139

4.12*DEFORMATION PLASTICITY140

4.13*DENSITY140

4.14*DEPVAR141

4.15*DESIGN GRADIENT141

4.16*DESIGN PARAMETER142

4.17*DESIGN RESPONSE142

4.18*DETONATION POINT143

4.19*DFLOW143

4.20*DFLUX144

4.21*DIAGNOSTICS144

4.22*DIELECTRIC146

4.23*DIFFUSIVITY147

4.24*DIRECT CYCLIC148

4.25*DISCRETE SECTION149

4.26*DISPLAY BODY150

4.27*DISTRIBUTING150

4.28*DISTRIBUTING COUPLING151

4.29*DISTRIBUTION151

4.30*DISTRIBUTION TABLE154

4.31*DLOAD155

4.32*DRAG CHAIN161

4.33*DRUCKER PRAGER161

4.34*DRUCKER PRAGER CREEP162

4.35*DRUCKER PRAGER HARDENING163

4.36*DSA CONTROLS164

4.37*DSECHARGE165

4.38*DSECURRENT165

4.39*DSFLOW166

4.40*DSFLUX167

4.41*DSLOAD167

4.42*DYNAMIC170

4.43*DYNAMIC TEMPERATUREDISPLACEMENT173

E

5.1*EL FILE174

5.2*EL PRINT175

5.3*ELASTIC176

5.4*ELCOPY179

5.5*ELECTRICAL CONDUCTIVITY179

5.6*ELECTROMAGNETIC181

5.7*ELEMENT182

5.8*ELEMENT MATRIX OUTPUT183

5.9*ELEMENT OPERATOR OUTPUT183

5.10*ELEMENT OUTPUT184

5.11*ELEMENT RESPONSE185

5.12*ELGEN185

5.13*ELSET186

5.14*EMBEDDED ELEMENT187

5.15*EMISSIVITY187

5.16*END ASSEMBLY188

5.17*END INSTANCE188

5.18*END LOAD CASE188

5.19*END PART188

5.20*END STEP188

5.21*ENERGY EQUATION SOLVER18９

5.22*ENERGY FILE190

5.23*ENERGY OUTPUT190

5.24*ENERGY PRINT191

5.25*ENRICHMENT191

5.26*ENRICHMENT ACTIVATION191

5.27*EOS192

5.28*EOS COMPACTION193

5.29*EPJOINT193

5.30*EQUATION194

5.31*EULERIAN BOUNDARY194

5.32*EULERIAN MESH MOTION195

5.33*EULERIAN SECTION196

5.34*EXPANSION196

5.35*EXTREME ELEMENT VALUE198

5.36*EXTREME NODE VALUE199

5.37*EXTREME VALUE200

F

6.1*FABRIC201

6.2*FAIL STRAIN201

6.3*FAIL STRESS202

6.4*FAILURE RATIOS203

6.5*FASTENER203

6.6*FASTENER PROPERTY205

6.7*FIELD205

6.8*FILE FORMAT208

6.9*FILE OUTPUT208

6.10*FILM208

6.11*FILM PROPERTY209

6.12*FILTER210

6.13*FIXED MASS SCALING211

6.14*FLOW212

6.15*FLUID BEHAVIOR213

6.16*FLUID BOUNDARY213

6.17*FLUID BULK MODULUS214

6.18*FLUID CAVITY214

6.19*FLUID DENSITY215

6.20*FLUID EXCHANGE216

6.21*FLUID EXCHANGE ACTIVATION216

6.22*FLUID EXCHANGE PROPERTY217

6.23*FLUID EXPANSION219

6.24*FLUID FLUX219

6.25*FLUID INFLATOR220

6.26*FLUID INFLATOR ACTIVATION220

6.27*FLUID INFLATOR MIXTURE220

6.28*FLUID INFLATOR PROPERTY221

6.29*FLUID LEAKOFF222

6.30*FLUID SECTION222

6.31*FOUNDATION223

6.32*FRACTURE CRITERION223

6.33*FRAME SECTION227

6.34*FREQUENCY229

6.35*FRICTION231

G

7.1*GAP234

7.2*GAP CONDUCTANCE234

7.3*GAP ELECTRICAL CONDUCTANCE235

7.4*GAP FLOW235

7.5*GAP HEAT GENERATION236

7.6*GAP RADIATION237

7.7*GAS SPECIFIC HEAT237

7.8*GASKET BEHAVIOR238

7.9*GASKET CONTACT AREA238

7.10*GASKET ELASTICITY238

7.11*GASKET SECTION239

7.12*GASKET THICKNESS BEHAVIOR240

7.13*GEL241

7.14*GEOSTATIC242

7.15*GLOBAL DAMPING242

H

8.1*HEADING244

8.2*HEAT GENERATION244

8.3*HEAT TRANSFER244

8.4*HEATCAP245

8.5*HOURGLASS STIFFNESS246

8.6*HYPERELASTIC246

8.7*HYPERFOAM250

8.8*HYPOELASTIC251

8.9*HYSTERESIS251

I

9.1*IMPEDANCE252

9.2*IMPEDANCE PROPERTY253

9.3*IMPERFECTION253

9.4*IMPORT254

9.5*IMPORT CONTROLS255

9.6*IMPORT ELSET256

9.7*IMPORT NSET256

9.8*INCIDENT WAVE256

9.9*INCIDENT WAVE FLUID PROPERTY257

9.10*INCIDENT WAVE INTERACTION257

9.11*INCIDENT WAVE INTERACTION PROPERTY258

9.12*INCIDENT WAVE PROPERTY259

9.13*INCIDENT WAVE REFLECTION260

9.14*INCLUDE260

9.15*INCREMENTATION OUTPUT261

9.16*INELASTIC HEAT FRACTION261

9.17*INERTIA RELIEF261

9.18*INITIAL CONDITIONS262

9.19*INSTANCE272

9.20*INTEGRATED OUTPUT273

9.21*INTEGRATED OUTPUT SECTION274

9.22*INTERFACE275

9.23*ITS275

J

10.1*JOINT276

10.2*JOINT ELASTICITY276

10.3*JOINT PLASTICITY277

10.4*JOINTED MATERIAL278

10.5*JOULE HEAT FRACTION279

K

11.1*KAPPA280

11.2*KINEMATIC280

11.3*KINEMATIC COUPLING281

L

12.1*LATENT HEAT282

12.2*LOAD CASE282

12.3*LOADING DATA282

12.4*LOW DENSITY FOAM286

M

13.1*MAGNETIC PERMEABILITY288

13.2*MAGNETOSTATIC289

13.3*MAP SOLUTION290

13.4*MASS291

13.5*MASS ADJUST291

13.6*MASS DIFFUSION292

13.7*MASS FLOW RATE292

13.8*MATERIAL293

13.9*MATRIX294

13.10*MATRIX ASSEMBLE294

13.11*MATRIX GENERATE294

13.12*MATRIX INPUT295

13.13*MATRIX OUTPUT296

13.14*MEDIA TRANSPORT296

13.15*MEMBRANE SECTION296

13.16*MODAL DAMPING297

13.17*MODAL DYNAMIC300

13.18*MODAL FILE300

13.19*MODAL OUTPUT301

13.20*MODAL PRINT301

13.21*MODAL CHANGE301

13.22*MOHR COULOMB302

13.23*MOHR COULOMB HARDENING303

13.24*MOISTURE SWELLING303

13.25*MOLECULAR WEIGHT303

13.26*MOMENTUM EQUATION SOLVER304

13.27*MONITOR304

13.28*MOTION305

13.29*MPC307

13.30*MULLINS EFFECT307

13.31*M1308

13.32*M2309

N

14.1*NCOPY311

14.2*NFILL313

14.3*NGEN313

14.4*NMAP314

14.5*NO COMPRESSION317

14.6*NO TENSION317

14.7*NODAL ENERGY RATE317

14.8*NODAL THICKNESS318

14.9*NODE318

14.10*NODE FILE319

14.11*NODE OUTPUT320

14.12*NODE PRINT321

14.13*NODE RESPONSE322

14.14*NONLINEAR BH322

14.15*NONSTRUCTURAL MASS323

14.16*NORMAL323

14.17*NSET324

O

15.1*ORIENTATION325

15.2*ORNL327

15.3*OUTPUT328

P,Q

16.1*PARAMETER332

16.2*PARAMETER DEPENDENCE332

16.3*PARAMETER SHAPE VARIATION333

16.4*PART334

16.5*PERIODIC334

16.6*PERIODIC MEDIA335

16.7*PERMANENT MAGNETIZATION336

16.8*PERMEABILITY336

16.9*PHYSICAL CONSTANTS338

16.10*PIEZOELECTRIC339

16.11*PIPESOIL INTERACTION340

16.12*PIPESOIL STIFFNESS340

16.13*PLANAR TEST DATA342

16.14*PLASTIC343

16.15*PLASTIC AXIAL345

16.16*PLASTIC M1345

16.17*PLASTIC M2346

16.18*PLASTIC TORQUE346

16.19*POROUS BULK MODULI346

16.20*POROUS ELASTIC347

16.21*POROUS FAILURE CRITERIA347

16.22*POROUS METAL PLASTICITY348

16.23*POST OUTPUT348

16.24*POTENTIAL349

16.25*PREPRINT349

16.26*PRESSURE EQUATION SOLVER350

16.27*PRESSURE PENETRATION351

16.28*PRESSURE STRESS351

16.29*PRESTRESS HOLD353

16.30*PRETENSION SECTION353

16.31*PRINT353

16.32*PSDDEFINITION354

R

17.1*RADIATE356

17.2*RADIATION FILE356

17.3*RADIATION OUTPUT357

17.4*RADIATION PRINT358

17.5*RADIATION SYMMETRY358

17.6*RADIATION VIEWFACTOR358

17.7*RANDOM RESPONSE359

17.8*RATE DEPENDENT360

17.9*RATIOS361

17.10*REACTION RATE361

17.11*REBAR362

17.12*REBAR LAYER366

17.13*REFLECTION367

17.14*RELEASE368

17.15*RESPONSE SPECTRUM368

17.16*RESTART369

17.17*RETAINED NODAL DOFS372

17.18*RIGID BODY372

17.19*RIGID SURFACE373

17.20*ROTARY INERTIA375

S

18.1*SECTION CONTROLS377

18.2*SECTION FILE380

18.3*SECTION ORIGIN381

18.4*SECTION POINTS382

18.5*SECTION PRINT383

18.6*SELECT CYCLIC SYMMETRY MODES384

18.7*SELECT EIGENMODES384

18.8*SFILM385

18.9*SFLOW386

18.10*SHEAR CENTER387

18.11*SHEAR FAILURE387

18.12*SHEAR RETENTION388

18.13*SHEAR TEST DATA388

18.14*SHELL GENERAL SECTION389

18.15*SHELL SECTION392

18.16*SHELL TO SOLID COUPLING394

18.17*SIMPEDANCE395

18.18*SIMPLE SHEAR TEST DATA396

18.19*SLIDE LINE396

18.20*SLOAD397

18.21*SOILS397

18.22*SOLID SECTION399

18.23*SOLUBILITY400

18.24*SOLUTION TECHNIQUE401

18.25*SOLVER CONTROLS401

18.26*SORPTION401

18.27*SPECIFIC HEAT402

18.28*SPECTRUM403

18.29*SPRING404

18.30*SRADIATE406

18.31*STATIC407

18.32*STEADY STATE CRITERIA409

18.33*STEADY STATE DETECTION409

18.34*STEADY STATE DYNAMICS410

18.35*STEADY STATE TRANSPORT412

18.36*STEP413

18.37*SUBCYCLING415

18.38*SUBMODEL415

18.39*SUBSTRUCTURE COPY416

18.40*SUBSTRUCTURE DELETE417

18.41*SUBSTRUCTURE DIRECTORY417

18.42*SUBSTRUCTURE GENERATE417

18.43*SUBSTRUCTURE LOAD CASE418

18.44*SUBSTRUCTURE MATRIX OUTPUT419

18.45*SUBSTRUCTURE PATH419

18.46*SUBSTRUCTURE PROPERTY420

18.47*SURFACE421

18.48*SURFACE BEHAVIOR425

18.49*SURFACE FLAW427

18.50*SURFACE INTERACTION428

18.51*SURFACE OUTPUT429

18.52*SURFACE PROPERTY430

18.53*SURFACE PROPERTY ASSIGNMENT430

18.54*SURFACE SECTION432

18.55*SURFACE SMOOTHING433

18.56*SWELLING434

18.57*SYMMETRIC MODEL GENERATION435

18.58*SYMMETRIC RESULTS TRANSFER437

18.59*SYSTEM438

T

19.1*TEMPERATURE439

19.2*TENSILE FAILURE441

19.3*TENSION CUTOFF442

19.4*TENSION STIFFENING442

19.5*THERMAL EXPANSION443

19.6*TIE444

19.7*TIME POINTS445

19.8*TORQUE445

19.9*TORQUE PRINT446

19.10*TRACER PARTICLE446

19.11*TRANSFORM447

19.12*TRANSPORT EQUATION SOLVER447

19.13*TRANSPORT VELOCITY448

19.14*TRANSVERSE SHEAR STIFFNESS448

19.15*TRIAXIAL TEST DATA449

19.16*TRS450

19.17*TURBULENCE MODEL450

U

20.1*UEL PROPERTY452

20.2*UNDEX CHARGE PROPERTY452

20.3*UNIAXIAL453

20.4*UNIAXIAL TEST DATA453

20.5*UNLOADING DATA455

20.6*USER DEFINED FIELD458

20.7*USER ELEMENT458

20.8*USER MATERIAL460

20.9*USER OUTPUT VARIABLES461

V

21.1*VARIABLE MASS SCALING462

21.2*VIEWFACTOR OUTPUT463

21.3*VISCO463

21.4*VISCOELASTIC464

21.5*VISCOSITY467

21.6*VISCOUS470

21.7*VOID NUCLEATION470

21.8*VOLUMETRIC TEST DATA471

W, X, Y, Z

22.1*WAVE473

22.2*WIND474