Curle N., Davies H. — Modern Fluid Dynamics. Volume 1. Incompressible flow :: Электронная библиотека попечительского совета мехмата МГУ

Главная Ex Libris Книги Журналы Статьи Серии Каталог Wanted Загрузка ХудЛит Справка Поиск по индексам Поиск Форум

Авторизация

Поиск по указателям

Curle N., Davies H. — Modern Fluid Dynamics. Volume 1. Incompressible flow

Обсудите книгу на научном форуме

Нашли опечатку?
Выделите ее мышкой и нажмите Ctrl+Enter

Название: Modern Fluid Dynamics. Volume 1. Incompressible flow

Авторы: Curle N., Davies H.

Аннотация:

Key words and phrases
velocity potential, stagnation point, complex potential, stream function, aerofoil, irrotational, Bernoulli's equation, Navier-Stokes equations, Laplace's equation, laminar flow, vorticity, lift force, manometer, boundary conditions, continuity equation, skin friction, incompressible flow, doublet, integral equation, Reynolds stresses
Read more at http://ebookee.org/Modern-Fluid-Dynamics-Volume-1-Incompressible-Flow_265648.html#VZ24h3DIGmRw6Mc7.99

Язык:

Рубрика: Физика/

Статус предметного указателя: Готов указатель с номерами страниц

ed2k: ed2k stats

Год издания: 1968

Количество страниц: 301

Добавлена в каталог: 07.10.2012

Операции: Положить на полку | Скопировать ссылку для форума | Скопировать ID

Предметный указатель

Absolute pressure      7
Acceleration      4
Acceleration in cylindrical      39
Acceleration in spherical polars      21
Acceleration, vector      21
Adiabatic      6 11
Aerofoil      61 65
Aerofoil, design      130
Aerofoil, symmetrical      67
Aerofoil, thin      66
Analogue, electrical, direct      84
Analogue, electrical, indirect      84
Analytic function      45 62
Archimedes      7
Asymptotic suction profile      227
Axes, moving      19
Axially symmetric field      92
Back flow      130
Baratropic      5 26
Bernoulli function      26
Bernoulli’s equation      5 11 25 31
Bernoulli’s equation, non-steady      31 96
Bi-uniform mapping      61
Blasius’s equation      193
Blasius’s solution      192
Blasius’s theorem      70
boundary conditions      32 84 129
Boundary layer separation      187 198
Boundary layer thickness      176
Boundary layer, laminar      127
Boundary layer, turbulent      127
Buoyancy      6 98
Camber      67
Cauchy — Riemann equations      45
Central quadric      30
Centre of pressure      72
Centrifugal force      184
Circle theorem      56
Circulation      28 49 57 59 68 86 112 150
Complex potential      45
Compressible fluid      2 11
Conformal transformation      62
Conservative field      5 25
Continuity, equation of      4 23 24 43 138 144 145
Control surface      13 35
Convection term      26
Correlation      235
Correlation, function      266
Correlation, radius      235
Correlation, triple velocity      271
Critical Reynolds number      233
Cylinder, circular      57
Cylindrical polar coordinates      39 145
Darcy’s law      77
Dead air      14
Differentiation following the motion of the fluid      19 28
Diffuser flow      179
Diffusing line vortex      166
Displacement thickness      185 195 197 214 254 256
Distortion of velocity profile      223
Distribution probability      279 281
Double sheet      8
Doublet      48 52 94
Doublet, distribution      100 110
Doublet, image of      56 59
Doublet, transformation of      64
Drag      69 98 117 131 132
Drag coefficient      132
Drag coefficient for a sphere      132 170 172
Dynamic pressure      9
Electrical analogue      84
Energy dissipation      262 264 268 277
Energy spectrum tensor      274
Energy transfer      235 264
Energy, internal      142
Energy, kinetic      97 262
Enthalpy      141
Equipotential line      85
Eulerian method      3
Euler’s equation of motion      24
Euler’s moment of momentum theorem      37
Euler’s momentum theorem      12 34
Experimental results      126 128 131 243 248 256 279
Favourable pressure gradient      178
Flatness factor      279
Fluid, characteristics, compressible      2 11
Fluid, characteristics, differentiation following the motion of the      19 28
Fluid, characteristics, element, motion of      29
Fluid, characteristics, following the motion of the      13
Fluid, characteristics, ideal      3
Fluid, characteristics, incompressible      2 6 11
Fluid, characteristics, particle      1
Fluid, characteristics, perfect      3
Fluid, characteristics, rate of change of      21
Fluid, characteristics, real      3 119
Force field      24
Force on fixed bodies      34
Free streamlines      79
Friction velocity      247
Gauge, pressure      7
General orthogonal coordinates      146
Harmonics, spherical      92
Harmonics, surface      92
Head, potential      7
Head, pressure      7
Head, total      7
Head, velocity      7
Heat conduction      140 142
Heisenberg’s hypothesis      278
Helmholtz’s equations for vorticity      150
Hiemenz’s equation      197
Hiemenz’s solution      196 220
Homogeneous turbulence      261
Howarth’s solution      199
Hydrostatic pressure      7
Ideal fluid      3
Image system, slender bodies of revolution      105
Images      55 56
Impulsively-started flow      165
Incompressible fluid      2 11
Induced drag      117
Induced velocity      116
Inertia term      26
Intermittency      244 246
Internal energy      142
Irrotational motion      25
Irrotational motion, persistence of      27
Isothermal      6
Isotropic tensor function      265
Isotropic turbulence      265
Isotropic vector function      265
Jet engine thrust      35
Jet flow, laminar      225
Jet flow, turbulent      241
Joining conditions      219 258
Joukovski’s hypothesis      67 68 72
Karman vortex street      127
Karmin — Howarth equation      271
Kelvin’s theorem      28
Kinematic viscosity      125
kinetic energy      97 262
Kinetic energy, integral equation      190
Kinetic energy, thickness      186
Kirchhoff function      79
Laminar boundary layer      127
Laminar sub-layer      246
Laplace’s equation      31
Laplace’s equation in spherical polars      91
Law of the wall      248
Legendre equation, associated      92

Legendre polynomials      93
Lift coefficient      132
Lift force      69 71 132
Loitsianskii’s ‘invariant      272
Longitudinal integral scale      267
Lubrication theory      158
Macroscopic      1
Manometer      10
Mass flux      154 155
Matching ‘inner’ and ‘outer’ solutions      177
Mean flow      234 237
Mean kinetic energy      262
Mean square velocity      262 272
Microscopic      1
Mixed flow      50
Mixing length      241 247
Moment of momentum theorem, Euler’s      37
Moment, pitching      62 107
Momentum conservation      138
Momentum equation      139 144 148 245
Momentum fluctuations      240
Momentum flux      243
Momentum integral equation      189 246
Momentum theorem, Euler’s      12 34
Momentum thickness      185 196 197 213 225 252 256
Non-steady Bernoulli’s equation      31 96
One-dimensional spectrum function      275
Oscillatory flow      165
Oseen flow—basic solutions      171
Particle, fluid      1
Perfect fluid      3
Perturbation potential      58
Perturbation velocity      106
Pitching moment      62 107
Pitot tube      8
Pitot-static      9
Poiseuille’s law      154
Potential, complex      27 44
Potential, head      7
Potential, perturbation      58
Potential, velocity      27 44
Power-law profiles      249
Prandtl number      143
Pressure, absolute      7
Pressure, centre of      72
Pressure, coefficient      182
Pressure, covariance      280
Pressure, dynamic      9
Pressure, equation      7
Pressure, forces      125
Pressure, gauge      7
Pressure, gradient      178
Pressure, head      7
Pressure, hydrostatic      7
Pressure, static      8
Pressure, thrust      24
Rate of change of fluid characteristics      21
Rectilinear vortex filament      50
Resistance      160
Reynolds experiments on transition      232
Reynolds number      123 125 132 175 233
Reynolds stress      238
Schwartz — Christoffel theorem      73
Separation position      202 205 222 256 259
Separation position, effects of suction      227
Separation, boundary layer      187 198
Shearing stress      124
Skewness factor      279
Skin-friction      186 195 197 214 219 222
Slender bodies of revolution      105
Slug      36
Source and sink in uniform stream      52
Source in uniform stream      52
Source, distribution      101 110 111
Source, image of      56
Source, three dimensional      94 100
Source, transformation of      63
Source, two dimensional      47
Specific heats      142
Spherical harmonics      92
Spherical polars, acceleration in      21
Spherical polars, continuity in      24 145
Spherical polars, Laplace equation in      91
Spiral flow      52
Stagnation point      8 128 215
Stagnation streamline      54
Stalling of flow past aerofoil      179
State, equation of      5 142
static pressure      8
Steady motion      27
Stokes’s      93
Stokes’s flow      168
Stokes’s flow, past sphere      169
Stokes’s stream function      93
Stratford’s method      219
Stream function      43
Stream tube, flow along      3
Stream tube, force on      12
streamline      3
Streamline, free      79
Streamline, stagnation      54
Streamlined body      129
Stress solutions      199
Stress tensor      135
Stress, shearing      124 256
Stretching of vortex lines      272
Subcritical flow      127 128
Supercritical flow      127 128
Surface harmonics      92
Symmetrical aerofoil      67
thermal conductivity      142 143
Thermal energy equation      142 144
Thermometric conductivity      144
Thrust      35 160
Thwaites’ method      214
torque      39 157 164
Trailing edge      67
Triple velocity correlation      271
Turbine, radial flow      37
Turbulence, homogeneous      261
Turbulence, isotropic      265
Turbulent boundary layer      127
Turbulent shearing stress      256
Turbulent wake      127 244
Two-dimensional parallel flows      233
Unfavourable pressure gradient      178
Uniform stream      52
Uniform stream, doublet in      52
Uniform stream, source and sink in      52
Uniform stream, source in      52
Universal functions      203 204
Velocity correlation function      266
Velocity covariance tensor      263
Velocity head      7
Velocity potential      27 44
Venturi      9
viscosity      123
Viscosity, coefficient of      124
Viscosity, kinematic      125
Viscosity-temperature relationship      143
Vortex      49 127
Vortex, density      114
Vortex, diffusing line      166
Vortex, filament, rectilinear      50
Vortex, sheet      114
Vorticity      27 146 166
Wake flow, laminar      223
Wake flow, turbulent      127 244
Wave length      234
wave number      234

1 2

О проекте