INDEX 



roughness, three-dimensional, 45 

 roughness Reynolds number, 147 

 Rubesin, M. W., 368, 391 



scales of turbulence, 78 

 Scherbarth, K., 11 

 Scherrer, R., 65, 398 

 Schiller, L., 10, 21, 25, 39 

 Schlichting, H., 5, 32, 53, 447, 452 

 Schlichting's computation of transition, 



37 

 Schroder, K., 29 

 Schubauer, G. B., 5, 6, 15, 25, 30, 41, 45, 



241, 250 

 secondary motion, 40 

 Seiff, A., 66 



semi-infinite solid, heat conduction in, 262 

 separation, 21, 29 

 separation "bubble," 24, 29 

 Shapiro, A. H., 171, 181 

 shear flow, 



definition of, 76 



relation to turbulence, 76 



statistical theory, 245 

 shear layer, reattachment of, 24, 41 

 shear layers, transition of, 21, 29 

 shearing stress, 454 

 Shen, S. F., 247, 291 

 Short, B. J., 392 

 Shoulberg, R. H., 369, 393 

 Sibulkin, M., 362 

 similarity in isotropic turbulence, 224, 



225, 229 

 Sinclair, A. R., 59, 62, 66, 398 

 skewness factor, 200 

 skin friction, 



compressible flow, 

 basis of theories, 107 

 empirical laws, 113 

 experiment and theory compared, 

 116 



for transpiration-cooled walls, 446 



fully rough wall, 148 

 skin friction coefficient, 449, 457, 464, 478 



definition of, 113, 120 



determination from velocity profile, 134 

 skin friction laws in compressible flow, 

 von Kdrmdn and Prandtl hypotheses 

 compared, 112 

 skin-friction logarithmic law, 



Prandtl-Schlichting formula, 128 



Squire- Young formula, 128 



von Kdrmdn formula, 127 



von Kd,rmd.n-Schoenherr formula, 128 

 skin friction measurements, incompressi- 

 ble flow, 129 

 Skramstad, H. K., 5, 6 

 Slack, E. G., 58 



small scale structure of turbulence, 221 



Smith, A. M. O., 39 



Smith, J. M., 310 



Smith, J. W., 368 



Snodgrass, R. B., 67 



Sommer, S. C., 392 



Spangenberg, W. G., 250 



spectral analysis of turbulence, 



one-dimensional, 214 



three-dimensional, 216 

 spectral function, relation to correlation 



function, 211 

 spectral radiancy, 489 

 spectrum, 



equation for change of, 213 



of disturbances, 68 

 Squire, H. B., 180, 365 

 stability in accelerated and retarded flow, 



32 

 stabilization, 



cooling required for, 396 



effect of centrifugal field, 51 



effect of density gradient, 53 

 stagnation enthalpy, 446 

 stagnation point, 447 



instability, 46 

 Stalder, J. R., 58 

 Stanton, T. E., 349 

 Stanton number, 104, 349 

 statistical averages, 198 

 statistical theory of turbulence, 196, 201 

 Stefan-Boltzmann constant, 490 

 Stefan-Boltzmann law, 502 

 Stephens, A. V., 38 

 Sternberg, J., 55 

 Stewart, R. W., 200, 232 

 Stine, H. A., 368 

 structure of turbulence, 



large scale, 219 



small scale, 221 

 Stuart, J. T., 52 

 Stiiper, J., 11 

 subcooling, 313, 316 

 supercritical carbon dioxide, heat transfer 



in, 310 

 supercritical fluids, 309 

 surface erosion, 284 

 surface melting, 284 

 surface of discontinuity, 23 

 surface tension, 



boiling heat transfer, 321, 322 



effect on bubble growth, 325 

 sweat cooling, 429 

 Szablewski, W., 180, 182 



Tani, I., 10-12 

 Tatsumi, T., 237 



( 546 ) 



