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Thompson Philip A. — Compressible-fluid dynamics
Thompson Philip A. — Compressible-fluid dynamics

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Название: Compressible-fluid dynamics

Автор: Thompson Philip A.

Язык: en

Рубрика: Механика/

Серия: Сделано в холле

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1988

Количество страниц: 665

Добавлена в каталог: 03.04.2010

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID
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Предметный указатель
Abel equation of state      101
Ackeret, Jakob      245
Acoustic approximations      177ff.
Acoustic constants, tables      181 186
Acoustic discontinuity      184ff. 321 335 see
Acoustic energy      179ff.
Acoustic energy in geometrical acoustics      210
Acoustic energy, balance of      182ff.
Acoustic energy, flux      179
Acoustic energy, propagation in a duct      201
Acoustic energy, reflection and transmission      196ff.
Acoustic impedance      187 548
Acoustic impedance, table      186
Acoustic motions      156ff.
Acoustic motions of particle-laden gas      551ff.
Acoustic motions, compressibility and      142
Acoustic motions, irrotational      162
Acoustic motions, kinematics and stress      24
Acoustic motions, vorticity      74ff.
Acoustic power      181
Acoustics      156ff.
Acoustics in a duct      198ff.
Acoustics, attenuation in      178 227ff.
Acoustics, defined      156
Acoustics, energy and momentum      179ff.
Acoustics, history      157ff.
Acoustics, one-dimensional      169
Acoustics, smallness condition      161 170 177ff.
Acoustics, spherical      175ff.
Adiabatic flow through reservoir      288
Adiabatic flow with friction      294ff.
Adiabatic flow, energy equation      42ff.
Adiabatic lapse rate      67
Adiabatic process      59ff.
Aerodynamic sound      221
Affine transformation      152 259
Air, properties of      85ff.
Air, sound speed in      168
Air, sound speed in, figure      166
Airfoil, far-field flow, supersonic      478
Airfoil, pressure distribution, supersonic      265
Amsden, A.A.      106
Analog, defined      134 517
Analog, nondimensional equations for      134 517
Analogs for flow with relaxation      551ff.
Analogs, compressible flow      517ff.
Analogs, electroacoustical      540ff.
Analogs, listing of additional      560
Analogs, shallow-water flow      518ff.
Analogs, traffic flow      533ff.
Anechoic chamber      216
Aortic artery      199n.
Archimedes' principle      50p. 64
Area variation, effect of      278ff.
Aris, R.      2 12n.
Aristotle      127 157
Atmosphere, equilibrium of      51p.
Atmosphere, incompressible      114p.
Atmosphere, stability      64ff.
Atmosphere, stratified      64ff. 208
Atmosphere, structure      67ff.
Atmosphere, table (standard atmosphere)      631
Atomic weights, table      639
Attenuation by boundary layer in duct      233ff.
Attenuation coefficient      229
Attenuation in bulk      227ff.
Attenuation in electroacoustical analog      546
Attenuation of shock pulse      407ff.
Attenuation of sound      178 225ff.
Attinger, E.O.      199n.
Avalanche      524n.
Axisymmetric supersonic flow      470
Bairstow number      245
Balance equations      39ff.
Band-stop filter      550
Baroclinic fluid      56n.
Barotropic fluid      56n.
Batchelor, G.K.      2 134
Beat      544n.
Bel      180n.
Bell, Alexander Graham      180n.
Beltrami flow      71
Benard convection      143
Beranek, L.L.      550
Bergmann, L.      198
Bernoulli constant      43 71
Bernoulli's equation and pressure      19n.
Bernoulli's equation for compressible fluid      64 256
Bernoulli's equation for incompressible fluid      39 64
Bernoulli's equation in steady flow      43
Bernoulli's equation, general form      38ff.
Bernoulli's equation, small Mach number      254
Bernoulli, Daniel      19n. 277
Bett, K.E.      103
Biot, Jean Baptiste      234n.
Birkhoff, G.      116 126 495 515
Bismuth      66
Blasius problem      504 510 512
Blast wave      306 495ff.
Blitz, J.      550
Blood      20n.
Body force and compressibility      1
Body force in unsteady flow      379
Body force, described      17
Boltzmann constant      77
Boltzmann equation      2
Bondi, A.      103
Bore      524
Born, Max      133 210
Boundary conditions for nozzle flow      283
Boundary conditions in self-similar problem      149
Boundary conditions in unsteady one-dimensional flow      38Off.
Boundary layer behind a shock      502ff.
Boundary layer in Rayleigh problem      149
Boundary layer in shock tube      426
Boundary layer in streaming flow      73
Boundary layer on flat plate      504
Boundary layer, attenuation of sound due to      233
Boundary-layer equations      503
Boundary-layer thickness behind a shock      506 514
Boundary-layer thickness in Rayleigh problem      150
Boundary-layer thickness in shock tube      426 428n.
Boundary-layer thickness on flat plate      504
Boundary-layer thickness, acoustical      233
Bow shock      306 314
Boyle, Robert      158
Bradley, J.N.      55n.
Breaking of a wave      387
Bridgman, P.W.      117 135
Brillouin, L.      540 544n.
Brunt — Vaeisaelae frequency      66
Bubble chamber      359n.
Bulk attenuation of sound      227ff.
Bulk viscosity in attenuation of sound      231
Bulk viscosity in monatomic gas      21
Bulk viscosity in stress-deformation law      20ff.
Bulk viscosity, relation to rotational relaxation      111
Bulk viscosity, Stokes' hypothesis      21
Bulk viscosity, table      30
Burgers' equation      439
Byrkin, A.P.      515
Caloric equation of state      54
Cannon discharge      393n. 430
Canonical form of equation of state      54 62 see
Capacitance      549
Capillary waves      523
Cartesian coordinates      5
Cartesian leaf      330n.
Cauchy's equation      33 3435
Cauchy, Augustin Louis      19n. 34n.
Caustic      206 211
Cavitation      171
Centered rarefaction      396 483 539
Champagne-cork popping      393n.
Chapman viscosity law      109 509
Chapman — Jouguet detonation      352ff.
Chapman — Jouguet point      349ff.
Chapman, D.R.      109 509
Chapman, S.      97
Characteristic acoustic impedance      187 548
Characteristic acoustic impedance, table      186
Characteristic dimensions      135 139 484 488 495
Characteristic directions      467
Characteristic in acoustics      172
Characteristic in isentropic flow      435
Characteristic in linearized supersonic flow      262
Characteristic in traffic theory      535
Characteristic in two-dimensional supersonic flow      452
Characteristic in unsteady one-dimensional flow      377
Characteristic, direction      467
Characteristic, general method for finding      464ff.
Characteristic, physical identification      381
Characteristic, reflection of      410
Characteristic, straight, in simple wave      384
Chemical reaction      81
Chimney      51p.
Chirping speech      166
Choking in converging nozzle      285
Choking in frictional flow      296
Choking in unsteady flow      413 421
Circulation      25 26
Clausius equation of state      101 234p.
Clausius inequality      59
Clausius, Rudolf Julius Emmanuel      97n. 167
Coefficient of viscosity      see "Viscosity"
Coleman, B.D.      30n. 58n. 439
Coltman, J.W.      222
Combustion engine      430
Comma notation      11 33
Components of tensor      9
components of vector      7
Compressibility in fluid motions, criterion      1 137ff.
Compressibility, isentropic      63
Compressibility, isothermal      63
Compressibility, negligibility, small Mach number      254
Compressible flow, analogy with shallow-water flow      521
Compression shock      317 391 see
Compression wave, acoustic discontinuity      189
Compression wave, shock formation from      385ff.
Compression wave, steepening of      386
Condensation and velocity potential      162
Condensation shock      359ff.
Condensation, acoustic defined      160
Condensation, wave equation for      163
Conductivity, thermal      110
Conductivity, thermal, defined      29
Conductivity, thermal, of gases      110 509
Conductivity, thermal, of liquids      110
Conductivity, thermal, table      30
Confluence example      346 480
Conical flow      487ff.
Consonance      157
Constants (numerical values)      582
Constitutive equations      17ff.
Contact surface      339ff.
Contact surface in acoustics      188
Contact surface in unsteady flow      413
Contact surface of a jet      282
Contact surface, characteristic incident on      413
Contact surface, interaction with shock (photo-graph)      427
Contact surface, inviscid approximation      342
Contact surface, Kelvin's formula      520
Contact surface, matching conditions      341ff.
Contact surface, no-slip conditions      342
Continuity equation for incompressible fluid      34
Continuity equation in a duct      199 278
Continuity equation, general forms      34
Continuum, failure of model      2 178
Continuum, model for equations      2
Continuum, relation to particulate view      4
Continuum, stream of traffic      533
Control volume and Reynolds' theorem      15ff.
Control volume, balance equations for      39ff.
Control volume, defined      15
Convective derivative      8 177
Converging nozzle      284ff.
Conversion factor      119 582
Corresponding states      99ff.
Corresponding states, figure      20
Couette flow      21
Courant, R.      464
Cowling, T.G.      97
Creeping flow      137
Critical-point constants      100
Crocco — Vazsonyi theorem      71 476
Crocco, L.      71 301
Curl in cylindrical and spherical coordinates      634 636
Curl, determinant expansion      580
Cutoff frequency      544
Cylindrical coordinates      633
Cylindrical wave motion      176
D'Alembert, Jean le Rond      162 163
Dam-break problem      531
Darcy friction factor      298
de Laplace, Marquis Pierre Simon      165 178
de Laval, Carl Gustav Patrik      280n.
Decibel scale      180 226n.
Decomposition of a tensor      10 18
Deflagration      351 353 355ff.
Deformation      9ff.
Deformation rate, numerical values      22
Deformation-rate tensor, defined      10
Deformation-rate tensor, principal properties      14
Degree of freedom      79
Derham, William      158
Derivative, along characteristic curve      465
Derivative, discontinuity in, on characteristics      397
Derivative, material      7
Derivative, thermodynamic      60ff. 575ff.
Derivative, wave      377
Detached shock      332 333
Determinism      133n.
Detonation adiabat      349
Detonation velocity      349
Detonation velocity, table      354
Detonation wave      347ff.
Detonation wave, adiabat      348
Detonation wave, Chapman — Jouguet      352ff.
Detonation wave, Chapman — Jouguet point      349
Diagonal form      14
Diaphragm pressure ratio      425
Diaphragm, shock tube      340 397 424
Diatomic gas      80
Diffraction      206
Diffusion and material volume      3 4
Diffusion, equation for      151
Diffusion, time dependence      151
Diffusivity      229
Diffusivity, table      230
Dilute gas      77
Dimensional analysis      116 123ff.
Dimensionless form of physical law      123ff.
Dimensionless quantity      118 125 132
dimensions      118ff.
Dimensions, fundamental      118
Dimensions, increase in number      129 130
Dimensions, independent      126
Dimensions, reduction in number      121
Dipole      218ff.
Dipole, extended      223
1 2 3 4 5
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