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| Авторизация |
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| Raabe D. — Computational materials science |
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| Предметный указатель |
Multilayer, feedforward net 320 ff
Multilayer, perceptron 320
Multiple, instruction stream-multiple data stream 317
Multiple, instruction stream-single data stream 317
Multiple, integral 68
Multiple, mechanisms 304
Multiplication register 317
Multistate Potts model 11 60 75 87 225
Multistate Potts model, fundamentals 225 ff
Multistate Potts model, introduction 225 ff
Nano-microscale simulation 51 ff 71 79 87 98 103
Nano-microscale simulation, statistical mechanics 51
Nanoscale, dynamics 87
Nanoscale, simulation 51 ff 71 79 87 98 103
Nanoscopic 5 249
Nanoscopic, model 23
Nanoscopic, simulation 51 ff
Nearest neighbor 78 94
Necking 115
Neighboring site 117
Nematic phase 84
Nematic phase, application 241 ff
Nematic phase, bulging phenomena 241
Nematic phase, continuous grain growth 241
Nematic phase, continuous recrystallization 241
Nematic phase, crystal recovery 241
Nematic phase, discontinuous grain growth 241
Nematic phase, equation of motion 240
Nematic phase, examples 242 ff
Nematic phase, incipient stages of discontinuous recrystallization 241
Nematic phase, low cycle fatigue deformation 241
Nematic phase, network model 5 9 25 115 239
Nematic phase, nucleation 241
Nematic phase, subgrain growth 241
Nematic phase, superplastic deformation 241
Nematic phase, switching rules 240
Nematic phase, topological recombination 240
Neumann boundary condition 32 ff
Neural network 319 ff
Neuron layer 319 f
Neutron diffusion 64 66
New product 6
Newton’s equation of motion 17 23 99 156 252
Newton’s equation of motion, dislocation dynamics 17 116 120 152
Newton’s equation of motion, molecular dynamics 17 99
Non-conservative dislocation motion 162 ff
Non-equilibrium 5
Non-equilibrium, phase transformation 177
Non-equilibrium, statistical mechanics 53
Non-isostructural precipitation 178 198
Non-space-discretized model 114
Non-stationary process 32 ff 258
Non-totalistic cellular automata 207
Nonconserved variable 178 187
Nonhomogeneous differential equation 134
Nonlinear 9 18 27 43
Nonlinear crystal plasticity 11
Nonlinear finite element method 43
Nonlinear materials response 115 257
Nonweighted stochastic sampling 68
Normalization 95
Nose scheme 101 ff
Nucleation 118 ff 226 233
Nucleation, random 118
Nucleation, site 118
Nucleation, site saturated 118
Nucleation, spatially random 118
Nuclei 87
Number of atoms 113
Numerical computation 115
Numerical error 34 ff
Numerical experiment 20 66
Numerical integration 67 ff
Numerical integration, hit-or-miss method 66
Numerical integration, Monte Carlo 66
Numerical modeling 13 20
Numerical modeling, definition 13 ff
Numerical precision 33
Numerical simulation 13
Numerical solution 20
Numerical stochastic sampling 61
Object 322
Obstacle force 156
Onsager equation 181 ff
Opposite spin 96
Order 9 115
organic chemistry 89
Orientation 15 84
Orientation dependent stored elastic energy 226
Orientation distribution function 268 270
Orthogonality 95
Oscillation period 88
Osmotic force 156 162
Ostwald ripening 181 ff
Outer totalistic cellular automata 207
Overdamped 120
Overdamped, glide 120
Overdamped, high stress dislocation dynamics 164
Overlap 95
Oxides 93 f
Pair potential 17 88
Pair potential, classical 92
Pair potential, hard sphere 91
Pair potential, Lennard — Jones 88 ff
Pair potential, Morse 88 ff
Pair potential, radially symmetric 92
Pair-functional model 93
Pair-functional potential 92 f
Parabolic partial differential equation 32
Parallel computing 315
PARAMETER 18 ff
Parameter, adjustable 91
Parameter, macroscopic 56
Parameter, scaling 88
Parameter, transfer 11
Parinello scheme 87 100
Partial differential equation 11 32 115 133 206 250
Partial differential equation, Green’s function 133 ff
Partial differential equation, introduction 30 ff
Partial differential equation, numerical solution 32 ff
Partial differential equation, phenomenological 116
Partial differential equation, solution 133
Particle 55
Particle, interaction 49
Particle, motion 29
Particle, ripening 25 178 198
Particle, size 15
Partition function 58 ff 73
Partition function, canonical ensemble 58
Partition function, grandcanonical ensemble 59
Partition function, isobaric-isot hernial ensemble 59
Partition function, microcanonical ensemble 59
Path-dependent 28 51 60 63 225
Path-dependent, function 16
Path-dependent, problem 52
Path-dependent, process 88
Path-independent function 16
Path-independent quantity 87
Pauli principle 96
Pauli repulsion 91
Peach — Koehler force 157 ff
Peierls force 156 ff
Percolation 9
Percolation, bond 325
Percolation, bootstrap 325
Percolation, problem 66
Percolation, site 325
Percolation, theory 325 ff
Personal Computer 317
phase diagram 78
| Phase field kinetic model 5 9 25 34 177 187
Phase field kinetic model, discretization of space 34
Phase field kinetic model, discretization of time 34
Phase field kinetic simulation 199
Phase field kinetic simulation, application 197 ff
Phase field kinetic simulation, elastic stresses 195 ff
Phase field kinetic simulation, microscopic 193 ff
Phase space 51 ff 73 87
Phase space, coordinates 55 ff
Phase space, density 58 71
Phase space, Gibbs 53 55
Phase space, Helmholtz 53 55
Phase space, temporal evolution 55 ff
Phase space, trajectory 55
Phase space, trajectory, deterministic 52 ff
Phase space, trajectory, stochastic 52 ff
Phase state 52
Phase transformation 9 25 177 179
Phase transformation, equilibrium 177
Phase transformation, isostructural 9
Phase transformation, liquid-state 178
Phase transformation, non-equilibrium 177
Phase transformation, non-isostructural 9
Phase transformation, solid-state 178
Phase transition 84
Phenomenological 12 89
Phenomenological constitutive equation 24
Phenomenological dynamics 118
Phenomenological law 115
Phenomenological laws of diffusion 179 ff
Phenomenological model 11 27 114 120
Phenomenological partial differential equation 116
Phonon drag force 156
Physical metallurgy 89
Physical parameters 14
Physical time and length scale 12
Piecewise polynomial solution 251
Piola — Kirchhoff stress tensor 261
Plane wave 95
Plastic anisotropy 268
Plastic deformation 120
Plastic instability 27
Plastic potential 272
Plasticity 24
Plasticity finite element method 15
Point defect 162
Point defect, extrinsic 114
Point defect, intrinsic 114
Poisson equation 32 32
Poisson’s ratio 92
Polar decomposition theorem 261
Pole figure 298
Polycrystal 268 ff
Polycrystal elastictiy and plasticity models 267 ff
Polycrystal simulation, application 296 ff
Polycrystal simulation, constitutive model 270 ff
Polycrystal simulation, equipotential flow surface 272 ff
Polycrystal simulation, examples 297 ff
Polycrystal simulation, yield surface 270 ff
Polycrystalfundamentals 267
Polycrystalline metal 120
Polycrystalmechanics 270
Polycrystalmodels 25 267
Polycrystalplasticity models 11 249 291
Polymer 84 104 114
Polymer, amorphous 115
Polymer, block copolymers 115
Polymer, chain orientation 84
Polymer, copolymers 115
Polymer, crystalline 115
Polymer, Monte Carlo simulation 84
Polymer, necking 115
Polymer, paracrystalline domain 115
Polymer, simulation 84 106
Polymer, spherolites 115
Polymer, structure 115
Polymerization 84
Polynomial ansatz function 41 46
Polynomial form function 251
Polynomial function 41 250
Polynomial trial function 33 41 43
Portevin — Lechatelier effect 114
Position vector 58
Potassium 91
Potential 51 88
Potential, atomic 88
Potential, bond order 9 94
Potential, Born — Mayer 94
Potential, cohesion 92
Potential, covalent 93 f
Potential, decohesion 92
Potential, effective medium 9 92
Potential, embedded atom 9 84 92
Potential, empirical 9 92
Potential, energy 98
Potential, Finnis — Sinclair 92
Potential, function 26 88
Potential, glue 92 f
Potential, hard sphere 91
Potential, interatomic 88 ff
Potential, ionic 93 f
Potential, isotropic many-body 92 ff
Potential, Lennard — Jones 91
Potential, many-body 92 ff
Potential, Morse 91 ff
Potential, pair 90 ff
Potential, pair-functional 92 f
Potential, pseudopotential 90
Potential, second moment 9 92
Potential, semi-empirical 92 ff
Potential, shell 9 93
Potential, tight-binding 95 ff
Potential, weak pseudopotential 90
Potts model 5 12 26 51 60 75 116 204 225
Potts model, and cellular automata 117
Potts model, application 229 ff
Potts model, diffusion 228 f
Potts model, domain 52
Potts model, energy 226
Potts model, examples 229 ff
Potts model, generalized spin 225
Potts model, grain growth 226 ff
Potts model, interaction energy 229
Potts model, interface curvature 226
Potts model, kinetic 52 225
Potts model, multistate 52 87 225
Potts model, q-state 52 87 225
Potts model, recrystallization 228 f
Potts model, ripening 226
Potts model, solidification 228 f
Precipitation 178 198
Precipitation, growth 178 198
Prediction, beyond the atomic scale 14
Prediction, discrete 53
Prediction, local 53
Prediction, microstructure evolution 23
Prediction, statistical 53
Prediction, stress 119
Predictive power 23
Predictor-corrector method 38 ff 101
Pressure 60
Primary grain boundary dislocation 84
Primary recrystallization 226 ff
Princeton computer 317
Principal stress 126
Principle of modeling 13 ff
Probabilistic 51 ff 60 87 225
Probabilistic, cellular automata 11 26 208
Probabilistic, model 61
probability 55
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