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Hoover W.G. — Molecular Dynamics
Hoover W.G. — Molecular Dynamics

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Название: Molecular Dynamics

Автор: Hoover W.G.

Язык: en

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1986

Количество страниц: 138

Добавлена в каталог: 18.11.2008

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Adiabatic sound waves      60
Andrade's viscosity model      118 122
Appell's cart      23
Barrier jumping via Lagrange's mechanics      13
Bill ashurst      92
Bird's approximation      75
Boltzmann equation      72
Boltzmann equation for diffusion      103 104 111
Boltzmann equation for heat flow      128
Boltzmann equation for viscosity      119
Bouncing ball and Lyapunov instability      8 9
Canonical probability density      17 29
Cantor set      107
Coexisting phases      69
Comoving frame      47
Compressible flow of phase-space probability      29
Conductivity for fluids      129
Conductivity for three hard disks      100 130
Constant-temperature (Gaussian) mechanics      26
Constant-temperature (Nose) mechanics      19
Constraint forces      92
Continuity equation of continuum mechanics      48
Continuum mechanics for shockwaves      82
Control theory      94
Corresponding states for heat conductivity      127
Corresponding states for viscosity      121
Crack healing      88
Crack inertia      88
Damped oscillators      28
Diatomic constraint force      24
Differential control      94 99
Diffusion coefficient for two hard disks      104
Diffusion equation solution from fourier series      125
Dislocation energy      89
Dislocations in solid plasticity      122
Displacement coordinates for elasticity calculations      57
Driving forces      92
Einstein conductivity model of Horrocks and McLaughlin      126
Einstein viscosity model of andrade      118
Elastic constants      59
Elastic strains      57
Elasticity      114
Energy equation of continuum mechanics      52
Enskog's viscosity model      118
Entropic variables      43
Equation of motion of continuum mechanics      50
Ergodicity      4 45
Eulerian coordinates      47
Evans — Gillan heat-current driving force      98 129
Eyring's viscosity model      122
Feedback      94
Fermi — Pasta — Ulam one-dimensional chain      35
Fick's first and second laws of diffusion      108
First law of thermodynamics      52
Force law for rare gases      72
Fourier heat conduction and thermal diffusivity      124
Fractals      106
Fragmentation simulation      84
Free volume and chemical potential      45
Friction coefficient $\zeta$      31 45
Future developments      132
Galton board      102
Gauss' mechanics      22
Gauss' principle      22 24
Gauss' principle failure for heat flow      129
Generalized (phase-space) continuity equation      27
Gibbs' variational principle      69
Grady — Glenn model for fragmentation      83
Gravitational forces and the thermodynamic limit      11
Gravity      1
Green — Kubo linear-response theory      98 101
Hamilton's mechanics      16
harmonic oscillator      19
Heat conducting chain      97
Heat conductivity for three hard disks      100 130
Heat flux vector      52
Heat theorem      54 59
Heat-current driving force      99
Heisenberg picture      47
Holonomic constraints      13
Homogeneous deformation      57
Hugoniot      80
Information theory      44
Information theory pitfall      105
Integral control      96 99
Interface between fluid and solid      92
Irreversibility      73 110
Irreversible thermodynamics of heat flow      125
Isokinetic canonical distribution      29
Isothermal constraint forces      94
Isothermal molecular dynamics      94
Jaynes — Zubarev distribution functions      101
Jaynes' information theory      44 105
Kepler's laws      1
Kolmogorov — Arnold — Moser tori      35
Lagrange multiplier      25
Lagrange's mechanics      13
Lagrangian (comoving) coordinates      47
Lame elastic constants      115
Langevin equation      95
Lattice-coordinates virial theorem      56
Least action integral      14
Limit cycles (Rayleigh and van der Pol equations)      96
Liouville equation      31
Loschmidt objection      4
Lyapunov instability      6
Mayers' expansion of dense gas partition function      62
Mean-squared-displacement divergence in two dimensions      63
Mechanical variables      43
Melting of hard hyperspheres      65
Melting of two hard disks      65 66
Mesoscopic dynamics of dislocation motion      124
Mixing in phase space from periodic boundaries      34
Newton's mechanics      1
Newtonian molecular dynamics      72
Nonholonomic constraints      22
Nonlinear diffusion coefficient from molecular dynamics      113
Nonlinear nonholonomic constraints      23
Nonlinear response theory      101
Nose hamiltonian      20
Nose ideal gas      32
Nose mechanics derivations      31
Nose oscillator      20
Nose's mechanics      16 27
Number-dependence      62
One-dimensional chain      66
Periodic boundary conditions      10 63
Phase diagram for hard spheres      68
Phase-space mixing      34
Phonon scattering theory of heat conductivity      127
Phonons in a three-particle chain      98
Plane Couette flow      115
Plasticity      114
Poincare section for nose oscillator      35
Power loss      99
Pressure tensor      50 58
Pressure tensor symmetry      51
Principle of least constraint      22
Probability density in n-body system      27
Proportional control      95 99
Puncture plot      35
Radiation damage simulations      39
Rankine — Hugoniot equation      80
Rayleigh line for shockwave states      80
Rayleigh's equation for nonlinear oscillations      95
Relaxation-time Boltzmann equation      74 111 119 128
Reversibility      4
Reversibility paradox      35 73
Reynolds number      117
Rigid diatomic molecule using Gauss' principle      24
Rigor mortis school of continuum mechanics      115
Rigor mortis school of statistical mechanics      6
Rigorous kinetic theory      128
Rosenfeld relation for viscosity      121
Schroedinger picture      47
Second law of thermodynamics      4 37
Shear deformation      85
Shear thinning for two hard disks      106
Shockwave kurtosis      82
Shockwave profile      78
Shockwave simulation      77
Shockwave width      81
Sierpinski sponge      107
Stable motion      7
state variables      42
Steady-state atmosphere from Boltzmann's equation      111
Strain-rate tensor      114 115
Stress concentration      87
Symmetry of pressure tensor      51
Temperature      27 43
Temperature of a many-body system      26
Temperature-dependent hamiltonian of Nose      19
Thermodynamic limit      12 117
Three-particle harmonic chain      67 97
Time reversal      5 19
Time scaling of nose      21
Time-dependent perturbation theory      60
Toda potential for ideal gas energy      32
Triangular-lattice frequency distribution      86
Triatomic molecule with two holonomic constraints      14
Triple point simulation      69
Two-particle relaxation-time boltzmann equation      74
Uncertainty principle      9
Unstable motion      8 9
van der Pol's equation from Rayleigh's equation      95
Verlet (stoermer) algorithm      3
Virial theorem      2 54
Viscoelasticity      61
viscosity      114 121 122
Viscosity for two disks      65
Viscous hysteresis      116
Vortex shedding      75
Vorticity tensor      115
Zermelo — Poincare objection      4
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