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Sedov L.I. — Introduction to the mechanics of a continous medium
Sedov L.I. — Introduction to the mechanics of a continous medium



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Название: Introduction to the mechanics of a continous medium

Автор: Sedov L.I.

Язык: en

Рубрика: Механика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1965

Количество страниц: 270

Добавлена в каталог: 18.07.2007

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Alternation of tensors      16
Angular points      148 150
Anisotropy elastic      250
Anisotropy plastic      250
Basis contravariant      5
Basis corresponding to the initial state      216
Basis corresponding to the state of deformation      216
Basis covariant      5
Bauschinger effect      228
Bishop — Hill principle      243
chemical potential      183
Christoffel symbols      6 61
Clapeyron's equation      184
Closed system      140
Coefficient of elongation      91 135
Coefficient of specific heat      159
Coefficient of thermal conductivity      169
Coefficient of viscosity      197
Coefficient, Poisson      163
Compatibility conditions      112
Components contravariant      6
Components covariant      6
Components principal, of a tensor      23
Components principal, of the stress tensor      132
Concentration of components in a mixture      179
Constant Boltzmann      150
Constant gas      161
Continuity equation      120 179
Coordinate systems Cartesian      2
Coordinate systems Euclidean      2 6
Coordinate systems Lagrangian      87
Coordinate systems Spherical      6
creep      227
Dalton's law      184
Defining parameters for a gaseous mixture      179
Deformation affine      81
Deformation complete      230
Deformation elastic      230
Deformation plastic      230
Density of air under various conditions      116
Density of gaseous mixtures      176
Density of interstellar gas      116
Density of iron      116
Density of nuclear matter      116
Deviator      21
Differentiation by Jaumann's method      76
Differentiation of nonlinear tensor functions      106
Differentiation of tensors in the reference system      73
Differentiation of tensors with respect to a parameter      65
Differentiation of tensors with respect to coordinates      57
Differentiation total      72
Diffusion      118
dimensions      170
Dissipation of energy      197
Dissociation      184 187
Dynamic equations of Newton's law      127
Effect Bauschinger      228
Effect Kelvin      40
Effect Poynting      40
Elastic limit      228
Elastic region      236
Energy free      215
Energy free of elastic body      215
Energy internal      146
Energy kinetic      137
Energy potential      188
Enthalpy      188
entropy      149
Entropy flow      192
Equation Clapeyron      161
Equation for gaseous mixtures      179
Equation Guldberg — Waage      186
Equation Lagrange      25
Equation Navier — Stokes      200
Equation Newton      127
Equation of an equilibrium phase      184
Equation of continuity, in an arbitrary coordinate system      121
Equation of continuity, in the Lagrangian form      120
Equation of diffusion      179
Equation of heat flow      147
Equation of mass balance in mixtures with physico-chemical reactions      178
Equation of motion for a continuous medium in a curvilinear coordinate system      134
Equation of motion for a continuous medium in the Eulerian form      156
Equation of motion for a continuous medium in the Langrangian form      135
Equation of state for a continuum      180
Equation of state for an elastic body      203
Equation of state for an elastic isotropic body      218
Equation of state for an ideal two-parameter medium      173
Equation Reynolds      200
Equation, Van der Waals      163
First law of thermodynamics      147
Forces gravitational      137
Forces, external surface      126
Forces, internal surface      127
Forces, mass      126
Formula Gibbs      193
Formula Lagrange — Sylvester      38 42
Formula Oldroyd      72
Formulas for thermodynamic functions in gaseous mixtures      184
Formulas for thermodynamic functions in real gases      162
Functions isotropic      32
Functions stress      240
Functions tensor      32
Gas ideal      156
Gas real      162
Gas van der Waals      163
Gauss divergence theorem      134
Generalized forces      144
Gibbs formula      193
Guldberg — Waage law      186
Hamilton — Cayley identity      37
Hardening      228
Heat Joule      166
Heat specific      159
Heat uncompensated      151 180
Hooke's law      215
Invariants of deformation tensor      224
Invariants of deviator      28
Invariants of stress tensor      18
Invariants of tensor      224
Isotropy      32 218
Jacobian transformation      8
Kelvin effect      40
Kinetic energy theorem      136
Lagrange coordinates      78 88
Lagrange equation      25
Law associative, in plastic theory      245
Law of action and reaction      124
Law of conservation of energy      147
Law of conservation of mass      120
Law of conservation of momentum      129
Law of conservation of motion      129
Law of heat transmission      168
Liquid compressible      159
Liquid ideal      155
Liquid incompressible      160
Liquid viscous      195
Lode parameter      28
Mass      115
Mass molecular      161
Mass of a liquid      176
Material anisotropy      250
Material continuum      117
Medium elastic-plastic      229
Medium homogeneous isotropic      218
Medium ideal plastic      236 240
Medium ideal two-parameter      171
Medium isotropic      218
Medium plastic with hardening      236 240
Model of ideal liquid      156
Model of plastic body      229
Model of viscous liquid      195
Motion laminar      198
Motion of an ideal incompressible liquid      160
Motion potential      197
Motion turbulent      197
Navier — Stokes equation      200
Newton's dynamic equation      126 151
Newton's law      196
Onsager's Principle      149
Phase transitions      165
Photon momentum      116
PlancK's      116
Plastic theory of Mises      245
Plastic theory of Reuss and Prager      246
Plastic theory of Tresca      245
Poynting effect      40
Principal components of a deformation tensor      92
Principal components of a tensor      23
Principal components of stress tensor      220
Principal vector of mass forces      127
Principal vector of surface forces      130
Principal vector of the momentum of the external surface forces      128
Process adiabatic      150 166
Process irreversible      149 151 166
Process isothermal      167 214
Process loading      237
Process polytropic      168
Process reversible      149 151 183
Properties of affine deformations      85
Properties of internal stresses      128 130
Radiation      118 165
Radius of electron      116
Radius of proton      116
Recombination      184 187
Relaxation      227
Reuss' theory      246
Reynolds equation      200
Rules for tensor addition      14
Rules for the summation of indices      5
Rules, Gibbs phase      180
Scale of deviator      29
Second law of thermodynamics      148 152 187 225
Self-similar solution      174
Simple tension diagram      227
Stoichiometric coefficients      178
Stress internal      118 128
Stress normal      128
Stress shearing      128
Surface flow      240
Surface loaded      236 248
Temperature      148
Temperature gradient      168
Tensor acceleration, of pure deformation      104
Tensor concepts      11
Tensor Hencky      219
Tensor linearly dependent      48
Tensor linearly independent      48
Tensor products (scalar, vector, mixed)      4
Tensor Riemann — Christoffel      61
Tensor similar      27
Tensor skew-symmetric      20
Tensor spherical      22
Tensor stress      132
Tensor symmetric      20
Tensor, finite deformation      91
Tensor, velocity deformation      104
Tensor, viscous stress      195
Theory of finite deformations      205
Theory of small deformations      205 206
thermal conductivity      165
Thermodynamic potential      158
Thermodynamic systems      139
Turbulence      197
Vector displacement      205
Vector of diffusion flow      177
Vector of energy flow      192
Vector of entropy flow in gaseous mixtures      192
Vector rotation, of deformation axis      99
viscosity      118
Viscosity coefficients      197
Work of elastic body      201
Work of external surface and volume forces      137
Work of gravitational forces      137
Work of internal surface forces      138
Work of internal volume forces      137
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