INDEX 



turbulent flow, recovery factor, 372 



Reynolds analogy factor, 378 



rough walls, 391 



stagnation point solution, 388 



status of experimental knowledge, 

 heat transfer, 393 

 skin friction, 391 

 turbulent heat transfer, 288 

 turbulent motion, 



dynamical effects, 249 



effect of damping screens on, 249 



in compressible fluid, 247 



in wind tunnels, 249 



mean value defined, 81, 197 

 turbulent Prandtl number, 371, 373 

 turbulent shear flow, statistical theory of, 



245 

 turbulent spots, 6, 69 

 turbulent structure of shear flows, 

 bibliography for, 



diffusion and heat transfer, 188 



free flows, 188 



instrumentation, 189 



statistical theories, 186 



vorticity and structure of turbulence, 

 185 



wall-bounded flows, 186 



Uberoi, M. S., 171, 176, 241 

 universal skin friction law, 151 



van der Hegg Zijnen, B. G., 170, 174 

 van Driest, E. R., 67, 293, 342, 349, 350, 

 370, 373, 374, 379, 382, 383, 388, 389, 

 391, 396, 398, 402, 403 

 vapor flow, in boiling heat transfer, 328 

 vapor pressure, effect on boiling heat 



transfer of, 325 

 variable fluid properties, 



analysis of heat transfer for, 303 



effect of, on heat transfer in air, 304 

 variable properties, effect in liquid heat 



transfer of, 307 

 velocity, effect on bubble growth, 328 

 velocity correlations of higher orders, 206 

 velocity-defect law, 123 

 velocity distribution, turbulent, 292, 305 

 velocity-distribution formula, 



plane jet, 174 



plane wake, 172 



round jet, 174 

 velocity profile, 



effects of free stream, 125 



H-parameter family, 130 



view factor, 507 



viscous sublayer, 374 



von Doenhoff, A. E., 25, 45, 130, 154 



von Doenhoff-Tetervin integral method, 



154 

 von Kdrmdn, Th., 122, 203, 205, 210, 225, 



227, 229, 231, 238, 246, 290, 291, 374, 



458 

 von Kdrmdn logarithmic skin friction law 



derivation, 127 

 von Kdrmdn logarithmic velocity, 457 

 von Karmdn momentum equation, 134, 



154, 438 

 von Karmdn momentum integral, 383 

 von Karmdn similarity hypothesis, 291 

 von Kdrmdn similarity law, 382 

 von Kdrmdn vortices, 27 

 von Karman-Howarth equation, 210, 



220, 222 

 von Karmdn-Prandtl logarithmic equa- 

 tion, 292 

 vortex layer, 21 

 vortex pattern, regular, 27 

 vortex-stretching in turbulent motion, 



223 

 vorticity scale of turbulence, 210 



Walker, W. S., 52 

 Wanlass, K., 368 

 water, 



aerated, burnout point in, 331 



boiling heat transfer to, 329 

 water-aerosol solution, 



bubble growth in, 327 



burnout point in, 329 

 wave length of radiation, 489 

 wave number of radiation, 491 

 wedge-type flow, 449 

 Weinbaum, S., 435 

 Wendt, F., 50 

 Wendt, H., 362 

 Wheeler, H. L., 431, 435, 479 

 Wieghardt, K., 484 

 Wien's displacement law, 490 

 Wien's radiation law, 490 

 Wilkins, M. E., 66 

 Williams, E. P., 366 

 Wilson, R. E., 384 

 Wright, E. A., 6 



Yamamoto, K., 11, 12 

 Young, G. B. W., 366 

 Yuan, S. W., 476 



( 549 ) 



