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Àâòîðèçàöèÿ |
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Ïîèñê ïî óêàçàòåëÿì |
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Kundu P.K., Cohen I.R. — Fluid mechanics |
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Ïðåäìåòíûé óêàçàòåëü |
Ackeret, Jacob 663 702
Acoustic waves 665
Adiabatic density gradient 541 557
Adiabatic process 17
Adiabatic temperature gradient 19 541 557
Advection 53
Advective derivative 53
Aerodynamics, aircraft parts and controls 630—633
Aerodynamics, airfoil forces 633—635
Aerodynamics, airfoil geometry 633
Aerodynamics, con formal transformation 638—642
Aerodynamics, defined 629
Aerodynamics, finite wing span 645—646
Aerodynamics, gas 629
Aerodynamics, generation of circulation 636—638
Aerodynamics, incompressible 629
Aerodynamics, Kutta condition 635—636
Aerodynamics, lift and drag characteristics 653—655
Aerodynamics, Prandtl and Lanchester lifting line theory 646—651
Aerodynamics, propulsive mechanisms offish and birds 655—656
Aerodynamics, sailing 656—658
Aerodynamics, Zhukhovsky airfoil lift 642—645
Air, physical properties of 708
Aircraft, parts and controls 630—633
Airfoil(s), angle of attack/incidence 633
Airfoil(s), camber line 633
Airfoil(s), chord 633
Airfoil(s), compression side 635
Airfoil(s), conformal transformation 638—642
Airfoil(s), drag, induced/vortex 646 649—650
Airfoil(s), finite span 645—646
Airfoil(s), forces 633—635
Airfoil(s), geometry 633
Airfoil(s), lift and drag characteristics 653—655
Airfoil(s), stall 644 653
Airfoil(s), suction side 635
Airfoil(s), supersonic flow 702—704
Airfoil(s), thin airfoil theory 638
Airfoil(s), Zhukhovsky airfoil lift 642—645
Alternating tensors 35—36
Analytic function 153
Angle of attack/incidence 633 648
Angular momentum principle/theorem, for fixed volume 92—93
Antisymmetric tensors 38—39
Aspect ratio of wing 631
Asymptotic expansion 361—363
Atmosphere, properties of standard 709
Atmosphere, scale height of 21
Attractors, aperiodic 490
Attractors, dissipative systems and 486—488
Attractors, fixed point 486
Attractors, limit cycle 486
Attractors, strange 489—490
Autocorrelation function 502
Autocorrelation function, normalized 503
Autocorrelation function, of a stationary process 503
Averages 499—502
Axisymmetric irrotational flow 181—187
Babuska — Brezzi stability condition 404
Baroclinic flow 132—133
Baroclinic instability 615—623
Baroclinic/internal mode 240 584
Barotropic instability 613—614
Barotropic/surface mode 239—240 584
Barotropicflow 111 131 132
Baseball dynamics 350
Benard, H. 345
Benard, H., convection 433
Benard, H., thermal instability 432—443
Bernoulli equation 110—114
Bernoulli equation, -plane model 564
Bernoulli equation, applications of 114—117
Bernoulli equation, energy 114
Bernoulli equation, one-dimensional 669—670
Bernoulli equation, steady flow 112—113
Bernoulli equation, unsteady irrotational flow 113—114
Bifurcation 487
Birds, flight of 656
Blasius solution, boundary layer 323—329
Blasius theorem 166—167
Blocking, in stratified flow 248
Body forces 83
Body of-evolution, flow around arbitrary 188—189
Body of-evolution, flow around streamlined 187—188
Bound vortices 647—648
boundary conditions 121—122 619
Boundary conditions, at infinity 151
Boundary conditions, geophysical fluids 582
Boundary conditions, kinematic 200
Boundary conditions, on solid surface 151
Boundary layer, approximation 313—318
Boundary layer, Blasius solution 323—329
Boundary layer, breakdown of laminar solution 330—332
Boundary layer, closed form solution 321—323
Boundary layer, concept 312—313
Boundary layer, decay of laminar shear layer 371—374
Boundary layer, displacement thickness 319—320
Boundary layer, drag coefficient 328—329
Boundary layer, dynamics of sports balls 347—350
Boundary layer, effect of pressure gradient 335—336 477—478
Boundary layer, Falkner — Skan solution 329—330
Boundary layer, flat plate and 321—329
Boundary layer, flow past a circular cylinder 339—345
Boundary layer, flow past a sphere 346
Boundary layer, instability 480—482
Boundary layer, Karman momentum integral 332—335
Boundary layer, momentum thickness 320—321
Boundary layer, perturbation techniques 359—371
Boundary layer, secondary Hows 358—359
Boundary layer, separation 336—339
Boundary layer, simplification of equations 313—318
Boundary layer, skin friction coefficient 328—329
Boundary layer, technique 2 149
Boundary layer, transition to turbulence 337—338
Boundary layer, two-dimensional jets 350—358
Boundary layer, u = 0.99U thickness 318—319
Boussinesq approximation 69 81 108—109
Boussinesq approximation, continuity equation and 118—119
Boussinesq approximation, geophysical fluid and 559—561
Boussinesq approximation, heat equation and 119—121
Boussinesq approximation, momentum equation and 119
Brunt — Vaeisaelae frequency 243—244
Buckingham's pi theorem 262—264
Buffer layer 533
Bulk strain rale 57
Bulk viscosity, coefficient of 96
Buoyancy frequency 243 559
Buoyant production 516—517 542
Bursting in turbulent flow 540
Camber line, airfoil 633
Capillarity 9
Capillary waves 213 216
Cascade, enstrophy 624
Cauchy — Riemann conditions 150 153
Cauchy's equation of motion 87
Centrifugal force, effect of 102—103
Centrifugal instability (Taylor) 44JM53
Chaos, deterministic 485—493
Characteristics, method of 226
Chord, airfoil 633
Circular Couette flow 279
Circular cylinder, flow at various Re 339—345
Circular cylinder, flow past, boundary layer 339—345
Circular cylinder, flow past, with circulation 163—166
Circular cylinder, flow past, without circulation 160—163
Circular Poiseuille flow 277—279
Circulation 58—60
Circulation, Kelvin's theorem 130—134
Clausius — Duhem inequality 96
Cnoidal waves 231
| Coefficient of bulk viscosity 96
Coherent structures, wall layer 539—540
Comma notation 46—47 136
Complex potential 153
Complex variables 152—154
Complex velocity 154
Compressible flow, classification of 663—664
Compressible flow, friction and heating effects 690—694
Compressible flow, internal versus external 661
Compressible flow, Mach cone 694—695
Compressible flow, Mach number 662—663
Compressible flow, one-dimensional 667—671 676—679
Compressible flow, shock waves, normal 680—685
Compressible flow, shock waves, oblique 696—700
Compressible flow, speed of sound 665—667
Compressible flow, stagnation and sonic properties 671—675
Compressible flow, supersonic 700—704
Compressible medium, static equilibrium of 17—18
Compressible medium, static equilibrium of, potential temperature and density 19—21
Compressible medium, static equilibrium of, scale height of atmosphere 21
Compression waves 194
Computational fluid dynamics (CFD), advantages of 379—380
Computational fluid dynamics (CFD), conclusions 424—427
Computational fluid dynamics (CFD), defined 378
Computational fluid dynamics (CFD), examples of 406—424
Computational fluid dynamics (CFD), finite difference method 380—385
Computational fluid dynamics (CFD), finite element method 385—393
Computational fluid dynamics (CFD), incompressible viscous fluid flow 393—406
Computational fluid dynamics (CFD), sources of error 379
Concentric cylinders, laminar flow between 279—282
Conformal mapping 171—173
Conformal mapping, application to airfoil 638—642
Conservation laws, Bernoulli equation 110—117
Conservation laws, boundary conditions 121—122
Conservation laws, Boussinesq approximation 117—121
Conservation laws, differential form 76
Conservation laws, integral form 76—77
Conservation laws, mechanical energy equation 104—107
Conservation laws, Navier — Stokes equation 97—99
Conservation laws, of mass 79—81
Conservation laws, of momentum 86—88
Conservation laws, rotating frame 99—104
Conservation laws, thermal energy equation 108—109
Conservation laws, time derivatives of volume integrals 77—79
Conservative body forces 83 132
Consistency 382—385
Constitutive equation, for Newtonian fluid 94—97
Continuity equation 69—70 79 81
Continuity equation, Boussinesq approximation and 118—119
Continuity equation, one-dimensional 668
Continuum Hypothesis 4—5
Control surfaces 77
Control volume 77
Convection 53
Convection, forced 543
Convection, free 543
Convection, sloping 622
Convection-dominated problems 394—396
Convergence 382—385
Conversion factors 707
Coriolis force, effect of 103—104
Coriolis frequency 563
Coriolis parameter 563
Correlations and spectra 502—506
Couctic flow, circular 279
Couctic flow, plane 276 477
Creeping flow, around a sphere 297—302
Creeping motions 296
Cricket ball dynamics 347—349
Critical layers 474—475
Critical Re for transition over circular cylinder 342—344
Critical Re for transition over flat plate 330—332
Critical Re for transition over sphere 346
Cross product, vector 36—37
Cross-correlation function 506
Curl, vector 37
Curvilinear coordinates 710—714
D'Alembert's paradox 162 170
d'Alembert's solution 195
Dead water phenomenon 237
Decay of laminar shear layer 371—374
Defect law, velocity 531
Deflection angle 696
Deformation of fluid elements 105—106
Deformation, Rossby radius of 594
Degree of freedom 486
Delta wings 655
Density, adiabatic density gradient 541 557
Density, potential 19—21
Density, stagnation 672
Derivatives, advective 53
Derivatives, material 52—53
Derivatives, particle 53
Derivatives, substantial 53
Derivatives, time derivatives of volume integrals 77—79
Deviatoric stress tensor 94
Differential equations, nondimensional parameters determined from 257—260
Diffusion of vorticity from impulsively started plate 282—288
Diffusion of vorticity from line vortex 290—292
Diffusion of vorticity from vortex sheet 289—290
Diffusivity, eddy 537—538
Diffusivity, effective 551—552
Diffusivity, heat 273
Diffusivity, momentum 273
Diffusivity, thermal 109 120
Diffusivity, vorticity 132 289—292
Difraser flow 676—678
Dimensional homogeneity 261
Dimensional matrix 261—262
Dipole See Doublet
Dirichlet problem 176
Discretization error 379
Discretization error of transport equation 381—382
Dispersion of particles 547—549
dispersion relation 203 605—606 610—613
Dispersion, Taylor's theory 546—552
Dispersive wave 203 221—225 248—250
Displacement thickness 319—320
Dissipation of mean kinetic energy 513
Dissipation of temperature fluctuation 545
Dissipation of turbulent kinetic energy 517
Dissipation, viscous 105—106
Divergence, flux 104—105
Divergence, tensor 37
Divergence, Theorem 43 80
Divergence, vector 37
Doppler shift of frequency 199
Dot product, vector 36
Double-diffusive instability 444—448
Doublet ir. axisymmetric flow 186
Doublet ir. plane flow 157—159
Downwash 648—649
Drag, characteristics for airfoils 653—655
Drag, coefficient 264 328—329
Drag, force 633—635
Drag, form 338 654
Drag, ir. duced / vortex 646 649—650
Drag, on circular cylinder 344
Drag, on flat plate 328—329
Drag, on sphere 346
Drag, pressure 634 654
Drag, profile 654
Drag, skin friction 328—329 634 654
Drag, wave 267—268 649 704
Dynamic pressure 115 273—274
Dynamic similarity, nondimensional parameters and 264—266
Dynamic similarity, role of 256—257
Dynamic viscosity 7
Eddy diffusivity 537—539
Eddy viscosity 536—539
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