INDEX 



corners, flow and heat transfer near, 303 

 correlation, statistical, 199 

 correlation function, 199, 202, 203, 205, 

 206, 208, 209 



relation to spectral function, 211 

 correlation tensor, 



double, 203, 208 



triple, 205 

 correlations, 



in boiling heat transfer, 320, 335 



involving pressure, 206, 209, 236 

 Corrsin, S., 52, 164, 166, 168, 171, 176, 



206, 241, 245 

 Craya, A., 247 

 critical pressure, in boiling heat transfer, 



318 

 Crocco, L., 342, 443 

 Crocco transformation, 342 

 Czarnecki, K. R., 59, 62, 66, 398 



Darcy's law, 432 



decay of homogeneous turbulence, 



early period of, 232 



final period of, 231 



laws of, 230 

 Deissler, R. G., 291 



density gradients, stabilizing and de- 

 stabilizing effects, 53 

 Diaconis, N. S., 67 

 diffusion of energy, viscous, 84 

 dimensionless groups, in boiling heat 



transfer, 334 

 displacement thickness, 131, 450 

 dissociated air, properties of, 422 

 dissociation effects, 419 



of heat transfer near the stagnation 

 point, 

 laminar flow, 422 

 turbulent flow, 424 

 double velocity correlations, 



longitudinal, 202 



transverse, 202 

 Drougge, G., 32 

 Drude's law, 491 



Dryden, H. L., 10, 12, 29, 226, 250, 404 

 Dumas, R., 211 

 Dunn, D. W., 63, 65, 67 

 Duwez, P., 430 



Eber, G. R., 66, 369, 398 



Eckert, E. R. G., 310, 484 



eddy diffusivity, 289, 291, 292, 305 



ratio, 294 

 eddy Reynolds number, 146 

 eddy viscosity, in boundary layers, 143 

 eigenfunctions, 257 

 eigenvalue problem, 257 

 eigenvalues, 257, 466 

 Einstein, H. A., 294 



Ekman, V. W., 39 

 Elrod, H. G., 298 

 emissive power, 490, 492 



of metals, 492 

 emissivity, 502 



spectral, 492, 493 



total, 491, 493, 499, 505 

 Emmons, H. W., 6, 69 

 energy dissipation in isotropic turbu- 

 lence, 212 

 energy spectrum, stability of, 239 

 energy transfer hypotheses in homo- 

 geneous turbulence, 238 

 enthalpy recovery factor, 349 

 entrance heat transfer, effect of various 



factors on, 301 

 entrance length, 



comparison of laminar and turbulent, 

 300 



effect of Prandtl number on, 300 

 entrance region, heat transfer in, 298 

 equation of energy and enthalpy, 85 

 equilibrium boundary layer according to 



Clauser, 135 

 equihbrium profiles, 136 

 error function, complementary, 262 

 Euler number, 447 

 exchange factor in radiant heat transfer, 



application to simple enclosure, 529 



from gas in enclosure, 528 



modification for real gas, 532, 534 



over-all, 524, 525 

 extinction coefficient, 493 



Fage, A., 9, 11, 23, 47, 48, 49 



Favre, A. J., 211 



Feindt, E. G., 8, 11, 12, 18 



Fila, G. H., 53 



film boihng, 316, 333 



film cooUng, 429, 481 



critical injection velocity, 483 

 film heat transfer coefficient, 442 

 Fischer, W. W., 412 

 Flachsbart, O., 23 

 flatness factor, 200 

 flow separation, 130, 446 

 fluctuations, role of, 



in generating bubbles, 322 

 form of turbulent motions, general, 78 

 Forstall, W., 171, 181 

 Fourier equation, 435 

 Fourier series, 259 

 Fourier transform relation, 211, 218 



derived, 215 

 free stream boundaries of turbulent flow, 



127, 163 

 free stream boundary, mechanism of 

 spreading, 166 



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