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Fung Y. — A First Course in Continuum Mechanics: for Physical and Biological Engineers and Scientists
Fung Y. — A First Course in Continuum Mechanics: for Physical and Biological Engineers and Scientists



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Название: A First Course in Continuum Mechanics: for Physical and Biological Engineers and Scientists

Автор: Fung Y.

Аннотация:

Revision of a classic text by a distinguished author. Emphasis is on problem formulation and derivation of governing equations. New edition features increased emphasis on applications. New chapter covers long-term changes in materials under stress.


Язык: en

Рубрика: Механика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Издание: 3rd

Год издания: 1994

Количество страниц: 311

Добавлена в каталог: 06.12.2013

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Momentum, moment of      67 219
Mori, K.      208
Moritake, K.      208
Motion, equations of      75 218
Motion, polar coordinates      223—226
Mow, V.C.      37
Navier — Stokes equation      231—232
Navier — Stokes equation, dimensionless      238
Navier's equation      271 272
Navier, L.M.H.      231 232 238 271 272
Neutral plane      26
Newton's law of gravitation      43
Newton's law of viscosity      156 183
Newton's laws of motion      12 67
Newton's velocity of sound      257
Newton, Isaac      12 43 67 156 183 257
Newtonian fluid      156
Ni-Ti alloy      291 292
Nikuradse, J.      248 249
Nimbus spacecraft      263
No-slip condition      233
Non-Newtonian fluids      157 201
Nonlinear solids, biological tissues      189
Nonlinear solids, rubber      188
Nonviscous fluid      155 249—251
Nonviscous fluid, equation of motion      250
Normal strain      see "Strain"
Normal stress      see "Stress"
Numbers, Avogadro      181
Numbers, Mach      259
Numbers, Reynolds      233 238
Octahedral planes      85
Omens, J.H.      299 301
Opening angle, arteries      286—287
Orthogonal matrix      46
Orthogonal transformation      50
Oseen, C.W.      235
Ostrogradsky, M.      211
Patel, D.      192 208 295 299
Patitucci, P.      207
Pearson, K.      65
Perfect gas law      181 182
Permutation, connection with Kronecker delta      47
Permutation, symbol      47
Permutation, tensor      47
phase velocity      273
Plane elastic waves      273
Plane strain      274
Plane stress      89 274
Plane waves      273
Plasma, blood      201
Plasticity of metals      186—188
Poise      184
Poiseuille flow      240—243
Poiseuille, J.L.M.      235 240
Poisson's ratio      138 159
Poisson, S.D.      159
Polarization, the plane of      273
Potential equation      254
potential flow      254
Prager, W.      203
Prandtl, L.      244 246 269
Principal axes      88 95
Principal axes of strain      124 172
Principal axes of stress      95—97 172
Principal coordinates      88
Principal directions      91
Principal planes      88 95 124
Principal strains      124 125
Principal stress      88 91
Principal stress deviation      100
Principal stress, main theorem      95
Principal stress, proof of existence      96
Principal stress, proof of real-valuedness      96
Principal stress, stress invariants      95
Proportional limit      188
Pseudoelastic strain energy function      189 191—192
Pseudoelasticity      189
Pure shear      132
Quasilinear viscoelasticity      189
Radiating condition      262
Radius vector      42
Rayleigh wave      137
Reid, L.      299 301
Relaxation function      194—197
Relaxation time      197
Relaxation wave      137
Remodeling of mechanical properties      294—297
Remodeling of morphology      292—294
Remodeling of zero-stress state      288—290
Remodeling with temperature      290
Remodeling, due to diabetes      291 295
Remodeling, tissues      288—299
Residual stress      285
Reynolds number      233 238
Reynolds, Osborne      238 243
Rheology      285
Riemann, G.F.B.      149
Roshko, A.      269
Rotation, infinitesimal      121
Rubber elasticity      188—189
Scalar triple product      41
Schlichting, H.      248 269
Schlieren photographs      262 263
Schultz, A.B.      37
Scott-Blair, G.W.      204
Sechler, E.E.      129
Shape memory material      290—292
shear modulus      158—160
Shear strain, notation, warning      119 120
Shear strain, pure      132
Shear strain, simple      132
Shear stress      97
Shear stress, maximum      98
Shell, cylindrical      24
Shell, spherical      22
SI units      20—21
Similarity, dynamic      238
Simple shear      132
Skalak, R      299 301
Skin friction coefficient      244
Sobin, S.S.      9 11 208
Soft tissues      191—193
Sokolnikoff, I.S.      281 284
Sol      204
Sol, sol-gel transformation      204
Solenoidal vector field      250
Sound, speed      256
Spatial description      214
Spectrum of relaxation      197
Sperelakis, N.      144
Standard linear solid      193—195
Starling, E.H.      164
Stokes' fluid      156
Stokes' sphere in viscous fluid      104
Stokes, George G.      104 156 235
strain      112—132
Strain deviation tensor      125 160
Strain tensor      4
Strain tensor, Almansi's      117
Strain tensor, Cauchy's      117 118
Strain tensor, Eulerian      117
Strain tensor, Finger's      132
Strain tensor, Green's      117
Strain tensor, Lagrangian      117
Strain, finite      117—118 122—124
Strain, infinitesimal      119 120
Strain, invariants      125
Strain, plane state      274
Strain, polar coordinates      125—130
Strain, principal      124
Strain, shear      121
Strain-energy function      173 192 193
Strain-rate tensor      146
Stream function      250 251
Streeter D., Jr.      144
Stress      4 64
Stress concentration      105 106 107
Stress resultant      235
Stress tensor      4
Stress tensor transformation      75
Stress, boundary conditions      78—81
Stress, Cauchy's formula      69
Stress, components, notation      65
Stress, couple-stress      5
Stress, definition      4
Stress, ellipsoid      102—103
Stress, equation of motion and equilibrium      66—68 72—75 219 258
Stress, invariants      96 99 100 101
Stress, matrix      65 97
Stress, normal      19 65
Stress, notations      64
Stress, plane state      89 274
Stress, polar coordinates      77 78 223—227
Stress, shear      20 65
Stress, sign convention      65
Stress-deviation tensor      99—102
Stress-growth law      285 299
Stress-strain-rate relationship      see "Constitutive equations"
Subsonic flow      261
Summation convention      44
Supersonic flow      261
Surface force      5 68
Surface tension      235—237
Surface, minimal      237 300
Symmetry of stress tensor      74 75 89
Tait, P.G.      208
Takamizawa, K.      299 301
Tanner, R.I.      208
Taylor, H.M.      201
Tensile strength of liquid      183
Tensor      4 56
Tensor, Cartesian      55
Tensor, contraction      60
Tensor, definition      56
Tensor, dual      121
Tensor, isotropic      165—171
Tensor, notations      58
Tensor, partial derivatives      60
Tensor, quotient rule      59
Tensor, rank      56
Tensor, rotation      121
Tensor, spin      146
Thermodynamics      221
Thixotropy      204
Thomas, T.Y.      180
Timoshenko, S.P.      284
Todhunter, I.      65
Torsion      274—278
Toupin, R.      149 153
Townsend, A.A.      235
Traction (Stress vector)      5
Transformation of coordinates      49
Transformation of coordinates, admissible      54
Transformation of coordinates, Jacobian      54
Transformation of coordinates, orthogonal      50
Transformation of coordinates, proper and improper      54
Transformation of coordinates, rotation      49—51
Transformation of coordinates, vector      56
Transverse wave speed      273
Tremer, H.M.      11 208
Truesdell, C.      149 153
Truss      14—17
Truss, statically indeterminate      31
Turbulence      243
Twinning of atomic lattice      291
Unit-impulse function (Dirac delta function)      195
Unit-step function      194
Usami, S.      201 202
Vaishnav      192 208 295 299 301
van der Waals, J.D.      182 183
Vawter, D.L.      198
Vectors      39
Vectors, analytical definition      55 56
Vectors, notation      39
Vectors, transformation      56
Vectors, vector product      39 46
Velocity field      145
Velocity of sound      256
Visco-plastic material      202—203
Viscoelasticity      193—197
Viscoelasticity, biological tissues      197—201
Viscoelasticity, quasilinear      189 197—201
Viscometer, cone-plate      205
Viscometer, Couette      86
Viscosity, atomic interpretation      185—186
Viscosity, blood      201
Viscosity, gas      183 185
Viscosity, liquid      186
Viscosity, Newtonian concept      183
Voigt solid      193—195
Voigt, W.      193—195
von Helmholtz, H.      252
von Karman, Th.      188
Vorticity      146 251—253
Vossoughi, J.      299 301
Wave equation      256
Waves, acoustic      256
Waves, longitudinal      273
Waves, polarization      273
Waves, Rayleigh      137 138
Waves, shear      273
Waves, surface      137 138
Waves, transverse      273
West, J.B.      198
Whetham, W.C.D.      235
Wolff, J.      299 301
Wong, M.      299 300
Xie, J.P.      299 301
Yang, R.F.      301
Yield function      202
Yield stress      187 188
Yih, Chia-Shun      269
Young, Thomas      113 236
Zero-stress state      285—287 296—298
Zero-stress state, change due to hypertension      286
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