name index - springer978-3-642-15178... · 2017-08-25 · von kármán, 351 w wüest, 274, 396...
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Name Index
AAmbühl, 393, 395Anderson, 340Archimed, 132, 133, 135, 136, 286ASME, 399, 400, 412
BBatchelor, 210, 222, 412, 415Beaufort, 278Berezin, 153Bernoulli, 170, 225Bessel, 352Betten, 38Bingham, 405Bjerknes, 321Block, 38Boltzmann, 113Boussinesq, 109, 110, 127, 128, 141, 145,
147–150, 153, 193, 194, 199, 205, 206,212, 222, 224, 258, 299
Bowden, 357Bowen, 38Bowman, 391, 392Bradley, 393, 394Bradshaw, 404Brown, 100, 398, 410Brunt, 150, 287, 288, 290, 294, 295, 306Bryson, 222Bührer, 393, 395Burger, 21Bye, 328
CCamp, 407Caratheodory, 69, 79Carnot, 69, 78, 79Castelli, 413, 415
Cauchy, 68, 69, 74, 91, 108, 114, 115, 117,118, 121–123, 125, 138, 139, 157, 404
Celsius, 391, 394, 405, 408Chadwick, 38Chen, 391, 394, 397Choboter, 267Clausius, 69, 79, 81Cooper, 270, 357Coriolis, 20, 21, 98, 151, 162, 165, 175, 195,
264, 267, 297, 319, 322, 323, 328, 330,349, 357
Cosserat, 113Csanady, 356, 358
Dd’Alembert, 226, 228, 258Defant, 345, 346, 404Descartes, 225Dietrich, 182Dirac, 295, 312Dorsey, 405, 409Duhem, 69, 79Dulong, 98
EEinstein, 221, 410, 411Ekman, 212, 319–321, 340–348, 350, 351,
353–358, 360, 368, 375, 394, 404Ellison, 353Ertel, 172, 177Euclid, 30, 31Euler, 68, 74, 76, 86–88, 101, 128, 159, 170,
175, 224, 225, 293, 343, 353
FFabuss, 405, 407Father Louis, 3Fatio de Duillier, 5
K. Hutter et al., Physics of Lakes, Volume 1: Foundation of the Mathematicaland Physical Background, Advances in Geophysical and Environmental Mechanicsand Mathematics, DOI 10.1007/978-3-642-15178-1,C© Springer-Verlag Berlin Heidelberg 2011
419
420 Name Index
FAVRE, 192, 193, 195Fer, 269, 271Fermat, 108Feynman, 25, 222Fick, 144, 145, 200, 212Findenegg, 16Fischer, 375Fjeldstad, 370, 375Fleming, 345Fofonoff, 404Forel, 5, 16, 19Foristall, 372Foucault, 98Fourier, 200, 212, 229, 232, 297Frisch, 210Froude, 22
GGalile, 68Gauss, 60, 103, 106, 108, 136Gedney, 320, 362, 364–368Glauert, 188Goldstein, 374Green, 62, 91, 369, 371, 375, 412Gurtin, 38
HHall, 405Hansalic, 203Heaps, 3, 328, 338, 345–347, 355–358, 363Heaviside, 370Helmholtz, 170–172, 175, 177, 179Hidaka, 370Hide, 177Hinze, 210Hollan, 3, 4Hooke, 75Hutchinson, 16, 266Hutter, 38, 153, 203, 210, 211, 266, 294, 389,
405
IImboden, 396Irish, 378Isdale, 407–409Ivanov, 270
JJackson, 405Jäger, 403Jänichen, 4Jeffrey, 410, 415Jelesnianski, 372, 376
Jöhnk, 8, 17, 38, 203, 210, 211, 266Johnson, 345Jones, 203, 357Joule, 81
KKatz, 177Kearsley, 404, 405Kelvin, 69, 79, 80, 82, 160, 161, 170, 255Kennedy, 394Kepler, 75Kielmann, 372Kirchhoff, 108Klingbeil, 38Knudsen, 394Koizumi, 406, 408, 409Kolmogorov, 212Korosi, 407Kowalik, 372Kronecker, 32Krümmel, 406Kubinski, 403, 404Kuwahara, 403
LLacomb, 350, 360Lagrang, 86Lagrange, 75Lamb, 222, 374Lanchester, 188Landau, 222Langmuir, 268Laplace, 62, 128, 234, 300Launder, 203Lautrup, 222Leaman, 270LeBlond, 222, 294Leibniz, 75, 180, 225Leibovich, 222Lesieur, 210Lick, 320, 362, 364–368Lifshitz, 222Lighthill, 222, 294Lin, 412Liouville, 302Liu, 38Löffler, 16Lumley, 210
MMadsen, 351, 353, 355Maiss, 47Marshall, 269, 270Massel, 222
Name Index 421
Maxwell, 405, 415Mayer, 69, 78, 81McComb, 210Mei, 222Miles, 339Millero, 391, 394, 397, 403, 404Mills, 405, 407Miyake, 406, 408, 409Monin, 210Montgomery, 413, 415Moore, 99Mortimer, 5, 7, 249, 254, 339Munk, 213, 214, 218, 219, 340Mysak, 222, 294
NNansen, 321Napoleon, 391Navier, 98, 188, 194, 198, 200, 212, 349Newton, 67, 68, 70, 74–77, 83, 99, 117, 123,
124, 128, 140, 166, 225, 279, 286, 319,331, 359, 394, 404, 410, 411
Nomitsu, 375
OOseen, 412
PPapin, 78Pascal, 131Pearce, 357Pedlosky, 165Phillips, 222Pickard, 345, 346Piquet, 210Planck, 79Platzman, 320, 321, 372, 374–385Poincaré, 255Pointing, 205Poiseuille, 404, 405Pond, 345, 346Popov, 399, 402, 403, 413–415Prandtl, 125, 188, 199–202, 204, 210, 328,
351, 357, 358, 380
RRao, 374REYNOLDS, 192Reynolds, 21, 103, 119, 136, 137, 185, 187,
188, 192, 195, 196, 198, 199, 201, 203,210–214, 217, 219, 356, 412
Richardson, 21, 339, 340Riemann, 108Rodi, 203
Rossby, 21, 154Rotta, 210Ruellan, 243, 244Rupin, 406
SSander, 211Sarasin, 5Schleicher, 404Schmidt, 200, 204Schoonover, 391, 392Schott, 270Schröder, 177Schulthaiss, 3Seebass, 222Send, 269, 270Shimaraev, 269Spalding, 203Spencer, 38Stein, 405, 412Steinwehr, 403Stoker, 222Stokes, 62, 64, 159, 164, 169, 188, 194, 198,
200, 212, 217, 261, 349, 405, 407, 410, 412Stommel, 99Sturm, 302Svensson, 210, 355, 356Sverdrup, 345
TTaylor, 59, 115, 197, 235, 236, 286, 348, 373,
391–393, 411Tennekes, 210Thomas, 363Tikhomirov, 20Tilton, 391–393Townsend, 210Trösch, 389, 405Treder, 177Truesdell, 69, 76, 79, 177
UUmlauf, 203
VVäisälä, 150, 287, 288, 290, 294, 295, 306Van Dyke, 222, 244Vaux, 270Venn, 225von Kármán, 351
WWüest, 274, 396Walker, 222
422 Name Index
Wallet, 243, 244Wang, 38, 212, 404Weber, 108Weis, 203Weisbach, 6Welander, 320, 363, 372White, 404, 405Whitham, 222Wilson, 393, 394
Witten, 363Wüest, 141
YYaglom, 210
ZZatsepin, 183
Lake Index
AAmadeus, 12Aral Sea, 12Athabaska, 12
BBaikal, 11, 12, 19, 20, 109, 141, 195, 266, 273,
390Balaton, 11, 12Balkhash, 12
CCaspian Sea, 10–12Chad, 11, 12Constance, 3, 5, 11, 12, 15, 18, 47, 266, 269,
275, 277–279, 307
DDead Sea, 10, 12, 18
EEdward, 12Erie, 12, 320, 363–366, 376, 382, 385Eyre, 11, 12
GGairdner, 12Geneva, 266, 269–271Great Bear, 12Great Lakes, 20Great Lakes of America, 266Great Salt, 12Great Slave, 12Green Bay, 3
HHuron, 12
IIssyk Kul, 12
KKuronian lagoon, 207
LLac Léman, 5, 7Ladoga, 12, 20, 266Lake of Geneva, 12Lake of the Four Cantons, 265Lake of Zürich, 12
MManitoba, 12Maracaibo, 12Michigan, 3, 12Mweru, 12
NNeusiedler See, 207Nicaragua, 12Nyasa, 12
OOnega, 12, 20, 266Ontario, 12, 363
QQinghai, 11, 12
RReindeer, 12Rudolf, 12
SSuperior, 12
423
424 Lake Index
TTanganyika, 11, 12, 195, 266Tianchi, 10Titicaca, 12Tonle, 12Torrens, 12Tung Ting, 12
UUrmia, 12
VVenern, 12
Victoria, 11, 12Vierwaldstätter See, 265, 266Vistula lagoon, 207Volta, 12Vostok, 11, 12
WWinnipeg, 11, 12Winnipegosis, 12Wuxi, 207
ZZürich, 294, 295, 297, 298
Subject Index
AAbsolute acceleration, 97Absolute system, 95Absolute temperature, 69Acceleration, 85, 88Acoustic waves, 110Adiabaticity assumption, 148Algebraic Reynolds stress model, 211Amictic lake, 17Amplitude, 244Angular momentum, 76Angular velocity, 136Angular velocity of the Earth, 35Anisotropic turbulence, 212Anisotropic turbulent flow state, 210Anisotropy of viscous stresses, 410Anisotropy tensor, 211Anoxia, 266Antarctica, 17Anti-nodal lines, 249Approximation
constant density layer, 311constant-density-two-layer, 313long-wave, 239, 246rigid lid, 267, 316shallow water, 234short-wave, 238, 245two-layer, 281
Archimedian buoyancy force, 132, 135Archimedian principle, 132, 133, 136, 286Aspect ratio, 20, 150, 153Associative law, 26, 27Assumption
hydrostatic pressure, 247long-wave, 247shallow-water, 247
Assumption of turbulent objectivity, 214At the bottom surface, 209At the free surface, 209
Autocorrelation, 197Average, 185Averaged density field, 197Averaging operator, 187
BBalance
of energy, 77, 136of entropy, 69of linear momentum, 74of mass, 73, 100of moment of momentum, 76of momentum, 110of momentum of momentum, 110
Balance law, 67, 72, 80for dissipation rate
of the turbulent kinetic energy, 203for the mixing length, 202for the turbulent kinetic energy, 203in a general form, 69of energy, 83, 103, 224of entropy, 103of internal energy, 140of linear momentum, 222of mass, 83, 103, 222of moment of momentum, 111, 112of momentum, 83, 103of momentum of momentum, 83
Baroclinicity, 311Barycentric velocity, 193Basal boundary condition, 208Basal condition
no-slip, 329, 332perfect sliding, 329, 332viscous linear sliding, 332
Basis, 30Bathymetric profile, 47Beats, 234Beaufort’s scale, 278
425
426 Subject Index
Bottom slip, 328Boundary condition, 207
for k and ε, 209for momentum, 207for species concentration, 209for the temperature, 208
Boundary layer, 334thickness, 243turbulent, 351
Boussinesqapproximated equation, 149approximation, 147assumption, 145fluid, 109, 127, 141, 145, 153number, 153
Boussinesq fluid, 193, 194, 199, 205, 206, 212,299
Brownian motion, 100, 398Brunt-Väisälä frequency, 287, 289, 290, 294,
295, 306Buoy, 222Buoyancy
effect, 205force, 132, 133, 193frequency, 150, 287parameter, 153period, 289, 290, 293
Burger number, 21
CCabbeling, 272Carrier medium, 221Cartesian coordinate system, 30Cauchy
lemma, 114, 117stress tensor, 125
Center of gravity (or mass), 274, 276, 278,280, 281, 316
Centigrades, 394Centrifugal force, 99Centripetal acceleration, 97Change in potential energy, 281Channel flow, 404Characteristic equation, 93Characteristic turbulent eddy, 192Circulation, 58, 264, 319
anticyclonic, 273cyclonic, 273steady, 322
wind-induced, 330wind induced, 328
Classical principle of relativity, 68Closure relation, 204
Clusters, 389Coefficient
constant drag, 332friction (drag), 329of thermal expansion, 389, 396skin friction, 380
Cold monomictic, 17Collinear, 29Commutative law, 26Complex number, 26Component, 141Compressibility, 391Compressible fluid, 193Conductivity, 396Conservation
of energy, 69of linear momentum, 69of mass, 69of moment of momentum, 69
Conservation law, 9, 68Constituent, 141, 142Constitutive theory, 83Continuity equation, 106Continuous density variation, 280Convective acceleration, 323, 330Convective chimney, 269, 270Convective derivative, 87Convergence zone, 272Coriolis
acceleration, 35, 97, 195force, 20, 99parametre, 21
Correlation, 190Counter phase, 249Cross–product, 33Curl, 57Current
drift, 354vertical structure, 353
geostrophic, 349gradient, 320, 327, 358, 360slope, 327surface, 353, 382vertical structure, 319, 328, 336, 338wind drift, 327, 346wind-driven
steady, 358wind-induced, 319
tme-dependent, 369vertical structure, 347
Current meter, 245Cyclonic, 20
Subject Index 427
DD’Alembert solution, 228De-aeration, 392Deep ocean convection, 269Deflection angle, 348Deformation gradient, 90Density, 389, 390
of pure water, 391anomaly, 131, 153measurement, 391preserving, 106, 193weighted average, 193
Density perturbation, 247Derivative, 41Deuterium, 389Differentiation, 41Diffusion, 141
coefficient, 145of momentum, 264
Diffusive mass flux of tracer, 144Diffusivity, 145Dilatant, 123
fluid, 124Dimension, 29Dimictic, 16, 266
lake, 17Dirac pulse, 295Direct Numerical Simulation, 194, 210, 212Direction of steepest descent, 47Dispersion, 232Dispersion relation, 228, 242, 245
finite-depth, 246quantised, 257
Dissipation, 140, 224, 299, 308Dissipation rate
density, 198due to the mean velocity, 198due to the mean velocity field, 198
Distance, 29Distribution of
density, 263mass, 262, 263
Distributive law, 27Diurnal circulation, 19Divergence
free, 106of tensor field, 50of vector field, 50, 54operator
for a second rank tensor field, 55solenoidal, 106theorem, 106
DNS, 194, 210, 212
Down-stroke, 338Down-welling, 338Drag coefficient, 277, 290Drift, 244Dual vector, 57Dyadic product, 39Dynamic
bulk, 127shear viscosity, 124
EEarly anisotropic closure scheme, 212Eddy, 7
diffusivity, 200viscosity, 198
Eddy viscosity, 331, 346, 351, 355, 357E-folding depth, 246E-folding time, 293Eigenfunctions, 252Eigenmodes, 252Eigenvalues, 252, 307
problem, 252Ekman
depth, 319, 342, 346, 348, 351, 360layer, 356problem, 320, 348spiral, 319, 341, 343, 346–348, 350theory, 340
Electrical conductivity, 389, 390, 396Electronic recording unit, 296Ellipses, 242Energy, 68
balance equationin conservative form, 139
Enthalpy function, 140Entropy, 69, 79, 80
production, 80Environment, 71Epilimnion, 8, 15, 275, 283, 296, 297, 308,
310, 311, 330, 333, 337Equation
acoustic, 222hydrostatic, 247Laplace, 234linear wave, 223of motion, 121
kinematic, 236of state, 107wave, 226, 228
EquationsBessel’s differential, 352Navier-Stokes, 349shallow water, 240viscous hydrodynamic, 322
428 Subject Index
Equivalent, 31Equivalent depth, 313Ergodic
property, 211Ergodic1hypothesis, 189Ergodicity, 212Euclidean space, 31Euler acceleration, 97Euler’s law
of angular momentum, 69of moment of momentum, 76
Euleriandescription, 86representation, 86
Externalforce, 76pressure, 131
Extinction coefficient, 205
FFavre average, 193Fetch, 277Fick’s
first law, 145of mass flux, 200
second law, 144Field
differentiation, 41Filter, 187Fingering, 267First Coriolis parameter, 36, 151First law of thermodynamics, 69, 78, 83, 136Fish rope, 241Fishline, 222Flow
simple shear, 339wind-driven, 327
Fluctuation, 185, 187Fluid
barotropic, 223elastic, 223Euler, 224homogeneous, 235ideal, 224incompressible, 234linearly stratified, 339
Fluid body, 123Flux, 72
of entropy, 80of spin, 76
Force, 67potential, 129
Fourierexpansions, 229integral, 229series, 229
Fourier’s lawof heat conduction, 200
Free (ideal, frictionless)slip, 337Free convection approximation, 147Free surface, 208Friction, 290
coefficient, 291force, 290
Froude number, 22Fundamental equation, 83Fundamental equations, 297
GGauss
law, 136Geostrophic motion, 264, 267Gradient, 44
of tensor field, 50of vector field, 50
Gradient-type closure, 210Gravity, 263
current, 18, 268, 269thermally-induced, 271
force, 110, 132variation, 263
Green’s functions, 369, 371, 375Groundwater accretion, 208Group velocity, 232, 238
long-wave, 240Gyre, 7, 338
HHarmonic oscillator, 287Heat
flux, 279latent, 265sensible, 265
transfer coefficient, 279Heat conduction, 224Heat conductivity, 389, 412–415Heat flow, 77, 139Heat supply
radiation, 77Hodograph plane, 344, 360Holo, 15Holomictic, 15–17Holomictic lake, 16, 17Homogeneous water, 2Homogenisation, 276
of water masses, 274
Subject Index 429
Homothermy, 266Horizontal exchange coefficient, 213Horizontal velocities, 259, 260Hydrodynamics of lakes, 1Hydrogen, 389Hydrogen bonds, 389Hydrologic front, 271Hydrostatic
equation, 129pressure assumption, 154
Hydrostatic force balance, 297Hydrostatics, 110, 128Hypolimnion, 8, 15, 275, 283, 296, 297, 308,
310, 311, 330, 333, 337
IIdeal fluid, 83, 127Impurities, 414
elliptical particles, 415spherical particles, 415
Incompressibility, 107Incompressible, 107Inertial reference system, 68Infinitesimal cube, 103Infrared radiation, 264Inland sea, 10Instability, 285
transition to, 339Internal
energy, 77oscillations, 2pressure, 131wave, 18
Internal oscillations, 294Invariant, 93, 94Inverse stable
temperature stratification, 15Inversely stably
stratified, 15Irreversibility, 80Irreversible, 69Irrotational, 58Isomorphic, 31Isopycnal
depth-time series, 296surfaces, 296time series, 297
Isothermdepth-time series, 296, 311
Isotropic, 190tensor, 210tensor function
of tensors of second rank, 214turbulence, 190, 192
KKelvin
temperature, 69Kinematic
viscosity, 124, 185turbulent, 204
Kinematics, 84Kinetic energy, 77Kinetic theory of gases, 405Kronecker Delta, 32
LLagrangean
description, 86representation, 86
Lakemorphology, 5narrow homogeneous, 322stratified in two layers, 330
Lake-level data, 376Lake-level-time series, 382Lake-surface fluctuations, 376Laminar, 6
flow, 185Langmuir circulation, 268Laplace operator, 128, 300Laplacean operator, 223Large Eddy Simulation, 210, 212Law
of conservation of energy, 67Left Cauchy–Green deformation tensor, 91Left stretch tensor, 90Length of a vector, 27LES, 189, 210, 212Limnetic, 18, 20Limnigraph, 245, 377, 382, 385Limnology, 396Linearly independent, 29Littoral, 3, 18, 20Littoral water, 271Local balance law, 103
of internal energy, 139of mass, 105of momentum, 118
Local derivative, 87Logarithmic
singularity, 352, 358spiral, 343
Longitudinal eigenmode, 254Longitudinal waves, 110
430 Subject Index
MMass, 68
concentration of tracer, 143density, 100fraction, 143
Materialbehavior, 123body, 25particle, 84time derivative, 86
Matrix of the Cauchy stress tensor, 118Mean strain rate tensor, 214Mean value, 187Mechanics, 68Mero, 16Meromictic, 16, 266Meromictic lake, 17Metalimnion, 8, 15, 264, 282, 296, 297, 306,
308, 310–312, 332, 333thickness, 311
Method of separation of variables, 231Mictic, 15Mineralization, 390, 409Mixing, 274Mixing length, 201Mode, 305
baroclinic, 305, 307, 311higher order, 311, 313
internal, 310number, 308of the horizontal velocity component, 311of the vertical velocity component, 311
Model-(k − �), 202Model-(k − ω), 202Model-(k − ε), 202Model-(k − ε), 203
for Boussinesq fluids, 203for density preserving, 203
Molecularheat capacity, 399heat conductivity, 412
Momentof a force, 37of a vector, 37of flux
of linear momentum, 76of supply
of linear momentum, 76Moment of momentum, 76Momentum, 68
equationfor a Newtonian Boussinesq fluid, 128
flux, 74of the body, 110
Mono-lake, 17Monomictic, 17Mooring, 296Motion, 84
function, 84Munk’s turbulence parameterization, 218
NNavier-Stokes
equation, 200fluid, 198
Navier-Stokes-Fourier-Fick equation, 212Net transport, 307Newton’s law, 279
second, 286Newton’s second law, 68, 74, 118
of motion, 67Newtonian Boussinesq fluid, 127nth longitudinal mode, 254No-slip condition, 208Nodal lines, 249Nonequilibrium stress, 125Norm of a vector, 27Normal stress, 114
OODF integrators, 241Oil spill trajectories, 355Oligomictic, 17One equation model, 201, 202Orthogonal, 29Orthonormal basis, 30Oscillations in rectangular basins, 252Oseen-type correction, 412Out of phase, 249Overturn, 266Oxygen, 389
PPartial derivative, 45Particle trajectories, 250, 251Particulate tracers, 410Pascal paradoxon, 131Pelagial, 3, 18Perturbation pressure, 234, 237, 246Phase
speed, 228, 231, 245velocity, 230, 238
long-wave, 240Phenomenological coefficients, 389Photosynthesis, 8Physical balance law, 73
Subject Index 431
Physical law, 68Physical limnology, 1Physically realizable process, 212Physics of lakes, 1Phytoplankton population, 205Pointing vector, 205Poiseuille flow, 404Polar decomposition theorem, 90, 91Polymictic, 17Potential energy, 79, 277Power due to the wind action, 278Power of working, 277, 404Power of working of the pressure, 140Prandtl
layer, 357, 380mixing length, 328
Prandtl number, 204, 210Present configuration, 84Pressure, 111, 235, 255, 394
absolute, 392barometric, 391gauge, 247work parameter, 153
Principia, 124Principle of determinism, 67Process
adiabatic, 224homentropic, 224isentropic, 224
Process variables, 77Processes
baroclinic, 263, 267barotropic, 263, 267external, 264, 267internal, 264, 267
Production, 72, 142of entropy, 80
Production rate densityof species c, 206
Profundal zone, 18Projection, 211
filter, 211Proper value, 252
problem, 252Protium, 389Pseudoplastic, 123, 124Pure longitudinal mode, 258Pure transversal mode, 258
RRadiating source, 139Radiation, 263, 299RANS, 189, 210, 211
Real number, 26Rectangular basin, 254Reference configuration, 84Reflection, 244, 247Relative
acceleration, 97system, 95velocity, 97
Reynoldsaveraged equation, 211averaging procedure, 195hypothesis, 198number, 21, 185stress, 214stress tensor, 196, 199, 213, 217theorem, 136transport theorem, 119, 137versus Favre average, 192
Richardson number, 21, 339Right Cauchy–Green deformation tensor, 91Right stretch tensor, 90Rigid lid, 302Rigid spherical inclusions, 410River
inflow, 362outflow, 362
Rossbynumber, 21, 153, 154radius of deformation, 21
Rotation, 57of tensor field, 50of vector field, 50
Roughness length, 355
SSalinity, 390, 394, 396Scalar, 25
product, 27Schmidt number, 204Seasonal variation
of the temperature, 3of the thermocline, 8
Second Coriolis parameter, 36, 151Second law of thermodynamics, 69Second rank tensor, 53Second statistical moment, 190Seiche, 5Separation of variables technique, 302Set-up, 325, 378, 379, 382, 383
current, 327Shallow shore region, 246Shallow water
approximation, 20, 150, 154
432 Subject Index
equation, 150scaling, 218
Shearinstability, 339stress, 111, 114vertical structure, 328, 336viscosity, 127
Shear traction, 277Sigmoidal curve, 339Sigmoidal density profile, 282, 295Simple shear experiment, 125Skewness, 339Skewsymmetric, 52Slidig friction law, 329Solar irradiation, 2Solar radiation, 264, 266Solid body, 123Space scale, 185Specific density, 131Specific heat, 389, 399
at constant pressure, 400, 401, 403at constant volume, 403
Speed of sound, 223adiabatic, 224
Spin, 76Spin tensor, 57, 89Spring circulation, 15, 18Stability, 285Stable direct summer stratification, 15Standard litre, 391State variables, 77Stationary random process, 187Steady, 106Stokes
assumption, 217Strain rate, 126
deviator, 126tensor, 89
Strain rate tensor, 351Stratification, 17, 264, 312
linear, 304, 308neutrally stable, 268stable, 266, 267, 274, 287, 289summer, 308unstable, 267, 268, 287, 289
locally, 294Stratified, 2Streaklines, 6Stream
line, 243, 250lines, 327, 328, 337, 338
Stream function, 364, 367boundary conditions, 364volume transport, 366
Stream line, 243, 250Stream track, 379Stress, 110
factor, 380turbulent shear, 351vertical shear, 330, 338viscous, 323, 330wind shear, 322, 343, 362
Stress tensor, 113, 114Stress vector, 111, 113Stretch tensor
left, 91right, 91
Stretching deviator, 126Stretching tensor, 89, 126Structural front, 19Sturm-Liouville eigenvalue problem, 302Subgrid behavior, 201Subgrid eddy momentum exchange, 212Summary of (k − ε)-equation, 206Summer stratification, 14Supply, 72
of angular momentum, 76of entropy, 80of spin, 76
Surfacebasal, 235displacement, 246elevation, 245, 255, 259, 260free, 235
Surface force, 76, 111Surface gravity waves, 234
linearizeddispersion relation, 238
Surface tension, 389Surface wall layer, 356Surface water
penetration to depth, 268Surges, 376Suspended matter, 398, 410Suspended substance, 141Symbolic notation, 31Symmetric, 52
TTemperature, 394
boiling, 389freezing, 390melting, 389of maximum density, 397
Subject Index 433
Temperature correlation, 197Tensor, 25, 38
product, 39Tetrahedron, 116Thermal
bar, 271, 273conductivity, 413, 414
of a mixture, 414convection, 268diffusion, 296, 299diffusivity, 389, 413, 415equation of state, 297, 393expansion, 275, 283
Thermal bar, 19Thermal equation of state, 107, 126Thermals, 269Thermistor chain, 245, 294, 296Thermobaric effect, 274Thermocline, 15, 264, 295, 330, 339
depth, 279Thermodynamic pressure, 126, 140Thermodynamics, 68Thermometry of lakes, 5Tides
on Lake Erie, 376Time scale, 185Torsion pendulum, 404Total transport, 344Trace operator, 53Tracer, 2, 141Traction vector, 111Trajectories, 240, 243, 244
particle, 242, 250Trajectory, 87Transfer matrix, 314Transport, 2Transport stream function, 361Transport theorem, 103Transpose of tensor, 52Transversal modes, 254Transverse eigenmode, 254Transverse waves, 110Tritium, 389Turbidity, 2Turbidity currents, 269Turbocline, 8, 265, 268Turbulence, 6, 18Turbulence activity, 266Turbulent
diffusivity, 201dissipation rate, 198, 201, 202eddies, 268exchange coefficient, 199
flow, 185heat flux, 199heat flux vector, 196kinematic viscosity, 199kinetic energy, 190, 198, 201, 202mass flux vector, 196mixing, 268motion, 185Prandtl number, 200Schmidt number, 200shear stress, 199species diffusivity, 204species mass flux, 196, 199thermal diffusivity, 204viscosity, 125, 201vorticity, 202
Two equation model, 201, 202
VVapour, 389Vector, 25
field, 54product, 33space, 26valued field, 50
Velocity, 85of the surface current, 348
Velocity components, 255Velocity measurements, 311Vertical exchange coefficient, 213Viscometer, 404Viscosity
bulk, 404, 405dynamic, 389, 406–412kinematic, 389, 407shear, 404, 405, 409
Viscous contributionto the stress, 140
Viscous flow, 410Viscous fluid, 83Volume
force, 76preserving, 107
Volume fraction, 398, 410, 412Volume transport, 348, 361, 371
gyre, 366vector, 382
Vortex stretching, 95Vortex tilting, 95Vorticity, 89
tensor, 89vector, 89
434 Subject Index
WWarm monomictic, 17Water
standard seawater, 393anomalies, 389cascade, 19density maximum, 14mineralized, 413natural, 390pure, 390, 395, 400, 405–409, 413rainwater, 389saline, 390, 403, 406, 409, 413, 414
Water waves, 222, 244Wave, 221
backward moving, 250crest, 250forward moving, 250frequency, 227, 230, 238length, 238number, 227, 230, 232, 238
vector, 230, 231phase, 227, 230, 233plane, 230propagation
dispersive, 232non-dispersive, 232
quasi-standing, 248standing, 248, 249
gravity, 251solution, 253
surface, 234trough, 250
Wave guide, 295Waves
deep-water, 246dispersive, 234linear acoustic, 224non-dispersive, 234, 247plane, 224shallow water, 246, 247standing, 247, 258surface water, 253
Weather station, 377Wind, 263
data, 376–378factor, 345, 355induced current, 212mixing, 268set-up, 18stress, 380vector, 380
Wind-tide, 378computation, 382
Winterholomixis, 18homothermy, 14, 15, 18stagnation, 15
Winter cascading, 270Wonder of the rising water, 4