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Raabe D. — Computational materials science
Raabe D. — Computational materials science

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Название: Computational materials science

Автор: Raabe D.

Аннотация:

Modeling and simulation play an ever increasing role in the development and optimization of materials.
Computational Materials Science presents the most important approaches in this new interdisciplinary field of materials science and engineering. The reader will learn to assess which numerical method is appropriate for performing simulations at the various microstructural levels and how they can be coupled.
This book addresses graduate students and professionals in materials science and engineering as well as materials-oriented physicists and mechanical engineers.


Язык: en

Рубрика: Технология/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1998

Количество страниц: 379

Добавлена в каталог: 21.10.2005

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Ab-initio approach      14 26 90 95 97
Ab-initio molecular dynamics      9 97
Abstraction      13
Acceleration of a dislocation      127
Acceleration of an atom      102
Accumulator unit      317
Activation energy      18
Activation energy, grain boundary motion      18
Adaptive linear element      320
Adiabatic Born — Oppenheimer approximation      27 87
Adjustable parameter      91
Airy’s scalar stress function      136 ff
Algebraic expression      18
Allen — Calm model      177 ff
Aluminum      91 199
Aluminum gallium arsenide      316
Amorphous      114
Analytical expression      6
Analytical result      35
Analytical solution      12 20
Andersen scheme      100 ff
Anisotropic      120
Anisotropic elastic field      118 131
Anisotropic elasticity      92 131
Annealed network      244
Annihilation      168
Ansatz, function      41 46 255
Ansatz, polynomial      251
Antibonding state      95 ff
Antisymmetric part, displacement gradient tensor      124 260
Antisymmetric part, velocity gradient tensor      260
Application      81
Application, Cahn — Hilliard      197 ff
Application, cellular automata      219 ff
Application, component model      235 ff
Application, dislocation dynamics      170 ff
Application, finite difference model      263 ff
Application, finite element model      263 ff
Application, geometrical model      235 ff
Application, molecular dynamics      104 ff
Application, Monte Carlo      81 ff
Application, network model      241 ff
Application, phase field kinetic model      197 ff
Application, polycrystal model      296 ff
Application, Potts model      229 ff
Application, self-consistent model      296 ff
Application, specific integrated circuit      317
Application, Taylor model      296 ff
Application, vertex model      241 ff
Appropriate simulation technique      12
Approximate solution      34 41 89 251
Arithmetic logic unit      317
Artificial microscopic system element      23
Artificial neural network      27 319
Artificial perturbation      103
Athermal dislocation dynamics      160
Atomic acceleration      22
Atomic basis function      95
Atomic bomb      64
Atomic charge density      96
Atomic cluster      114
Atomic displacement      95
Atomic function      95
Atomic non quantum gas      55 ff
Atomic nuclei      50
Atomic orbital      95
Atomic position      22
atomic scale      5 9 49
Atomic simulation      11 51
Atomic spacing      88
Atomic velocity      22
Atomistic      23 249
Atomistic simulation      51
Atomistic, dynamics      53
Atomistic, model      24 26
Atomistic, process      88
Atomistic, simulation      71 f 79 87 98 103
Attractive interatomic force      88 94
Average      16
Average constitutive law      9
Average description      250
Average ensemble      55 87
Average model      250
Average particle data      55
Average phenomenological law      115
Average time      55
Backstress      257 ff
Ballistic speed      316
Band energy      96
Band gap      92
Basis function      95
Benchmark      315
Benchmark, system      315
Benchmark, test      315
Binding, energy      94
Binding, type      89
Biological neuron      319
Bishop — Hill model      286 ff
bits      65
Bivalent logic concept      322
Boltzmann equation      35 64
BOND      89 ff
Bond order potential      9 94
Bond, anisotropy      93
Bond, charge density      96
Bond, chemical      94
Bond, covalent      89 93
Bond, directional      93
Bond, directionality      92 f
Bond, individual      93
Bond, interatomic      89
Bond, ionic      89 93
Bond, length      93
Bond, metallic      89
Bond, order      94
Bond, percolation      325
Bond, strength      93
Bond, theory      89
Bond, van der Waals      89 91
Bonding, chemistry      89
Bonding, state      95 f
Boolean      321
Bootstrap percolation      325
Border condition      103
Born — Mayer potential      89 94
Born — Oppenheimer approximation      27 50 87 89
Boson      16
Boundary      52
Boundary condition      6 12 20 30 103
Boundary condition, antiperiodic Mobius      103
Boundary condition, atomistic simulation      103
Boundary condition, Born — van Karman      103
Boundary condition, Cauchy      32 ff
Boundary condition, Dirichlet      32 ff
Boundary condition, finite elements      103
Boundary condition, generalized helical periodic      103
Boundary condition, Neumann      32 ff
Boundary condition, periodic      103
Boundary, dynamics      9 25 115
Boundary, elements      9
Boundary, heterophase      104
Boundary, homophase      104
Boundary, mobility      118
Boundary, plane      18
Boundary, segment      239
Boundary-initial-value problem      32
Boundary-value problem      30 ff 41 250
Bow-out criterion      154
Bragg — Williams — Gorsky model      9 78
Bridging of scales      113 303
Brillouin zone      92
Broadening      24
Bulk properties      90
BWG model      78
C60      91
Cahn — Hilliard simulation      16 34 177 187 198
Cahn — Hilliard simulation, aluminum-copper      199
Cahn — Hilliard simulation, application      197 ff
Cahn — Hilliard simulation, elastic stresses      195 ff
Cahn — Hilliard simulation, example      199 ff
Cahn — Hilliard simulation, internal stress      199
Cahn — Hilliard simulation, microscopic      193 ff
Calculation speed      33
Calibration of models      33 116
canonical ensemble      51 56 72
Canonical ensemble, discrete energies      58
Canonical ensemble, grand      56
Canonical ensemble, macro      56
Canonical ensemble, micro      56
Canonical partition function      58 ff
Capacitor      315
Capillary pressure      214
Cartesian coordinates      101
Cauchy, boundary condition      32 ff
Cauchy, pressure      93
Cauchy, relations      92
Cauchy, stress tensor      261
Ceccaldi, D.      28
Cellular automata      5 9 24 115 201
Cellular automata, applications      219 ff
Cellular automata, binary code      207
Cellular automata, complex systems      202 ff
Cellular automata, dendrites      204
Cellular automata, deterministic      11 117 201 219
Cellular automata, discrete evolution of complex systems      202 ff
Cellular automata, discretized finite difference solution      206
Cellular automata, dislocation kink formation      204
Cellular automata, evolution of dynamic systems      202
Cellular automata, examples      221 ff
Cellular automata, formal description      205 ff
Cellular automata, formation of dendritic grain structures      204
Cellular automata, general rules      202 ff
Cellular automata, generalized state variable      201 f 219
Cellular automata, global transformation rule      203 f
Cellular automata, grain growth      221
Cellular automata, growth of two phase grain structures      204
Cellular automata, lattice gas      209 219
Cellular automata, local interaction      205 f
Cellular automata, local transformation rule      116 203
Cellular automata, macroscale      116
Cellular automata, mesh types      212 ff
Cellular automata, mesoscale applications      116
Cellular automata, micostructure evolution      204
Cellular automata, Moore neighboring      208
Cellular automata, neighboring      206
Cellular automata, neighboring, Moore      206
Cellular automata, neighboring, von Neumann      206
Cellular automata, non-totalistic      207
Cellular automata, optimization      212
Cellular automata, outer totalistic      207
Cellular automata, partial differential equation      206
Cellular automata, probabilistic      11 201 206 219
Cellular automata, rate equation      204
Cellular automata, reaction-diffusion system      219
Cellular automata, recrystallization      219 ff
Cellular automata, scaling length      212 ff
Cellular automata, sintering      204
Cellular automata, solidification      204 219
Cellular automata, spatial and temporal evolution of complex systems      202 ff
Cellular automata, stochastic      204 208 221
Cellular automata, storage limitation      212 ff
Cellular automata, totalistic      207 f
Cellular automata, traffic      116
Cellular automata, transformation rule      201 ff 219
Cellular automata, variable update      118
Cellular automata, von Neumann neighboring      208
Central difference method      33 ff
Central difference quotient      38
Central interaction      91 ff
Central limit theorem of probability theory      61
Central processor unit      315 ff
Ceramics      104 114
Channel, dislocation      114
Channel, length      316
Characteristic equation      323
Characteristic function      56
Characteristic polynom      126
Characteristic scales      5 ff
Characteristic scaling length      212 ff 305
Charge, carrier      316
Charge, density function      96
Charge, transfer      89
Chemical bond      94
Chemical composition      5
Chemical equation of state      155 ff
chemical potential      55 73 78 182
Chemical structure evolution equation      162
Chip performance      315
CISC      315 317
Classical pair potential      90 92
Classical particle      73
Classification      5 24
Classification, of models      23 ff
Classification, of simulation techniques      116
Classification, physical      5
Classification, spatial      5
Classification, spatial dimension      24 ff
Classification, spatial discretization      24 ff
Classification, spatial resolution      23 ff
Cluster      115
Cluster, model      9
Cluster, variation method      9 78
CMOSFET      316
Coarsened network      244
Cohesion      89 ff
Coincidence site lattice      103
Collective behavior      5
Collison event      66
Coloumb interaction of nuclei      91
Combination unit      317
Commercial metal      120
Compatibility      24 127
Competitive isostructural ripening      197
Competitive particle ripening      25 178 198
Complementary field-effect transistor      315
Complementary metal oxide field-effect transistor      316
Complex, alloys      9
Complex, instruction set      315 317
Complex, loading situation      258
Complex, systems      201
Complicated shape      250
Component model      233 ff
Composite      114
Computation time      93
Computational materials science      9 12 28 249
Computational materials science, definitions      13 ff
Computational materials science, fundamentals      5 ff
Computational materials science, introduction      5 ff
Computational micromechanics      24
Computational microstructure mechanics      24
Computer, architecture      315 ff
Computer, architecture, logical subdivision      317
Computer, architecture, MIMD      317
Computer, architecture, MISD      317
Computer, architecture, multiple instruction stream-multiple data stream      317
Computer, architecture, multiple instruction stream-single data stream      317
Computer, architecture, parallel      315
Computer, architecture, pipeline      315 317
Computer, architecture, register      317
Computer, architecture, SIMD      317
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