Abaqus關鍵字參考指南

《Abaqus關鍵字參考指南》是2015年東南大學出版社出版的圖書，作者是法國達索系統。

基本介紹

• 書名：Abaqus關鍵字參考指南
• 作者：法國達索系
• 譯者：廖公雲，薛國強，王宏暢
• ISBN：9787564159382
• 定價：￥98元
• 出版社：東南大學出版社
• 出版時間：2015年9月
• 開本：16

內容簡介

本書為Abaqus 6.13 Keywords Reference Guide的中文譯本。該譯本包含所有共500個關鍵字A（16）, B（19）, C（91）, D（43）, E（37）, F（35）, G（15）, H（9）, I（23）, J（5）, K（3）, L（4）, M（32）, N（17）, O（3）, P、 Q（32）, R（20）, S（59）, T（17）, U（9）, V（8）, W、 X、 Y、 Z（2）的中文翻譯，同時包含了Abaqus/Standard、 Abaqus/Explicit和Abaqus/CFD中可用的所有輸入選項的完整描述。

本書為Abaqus 6.13有限元軟體的重要配套學習資料，可供Abaqus軟體各級用戶（尤其是中高級用戶）參考使用。

圖書目錄

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關鍵字參考指南

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