Azimuthal instability in an impinging jet: adiabatic wall temperature distribution C. MeolaL. de LucaG. M. Carlomagno Originals Pages: 303 - 310
Development of a bluff body wake under the combined influence of curvature and pressure gradient E. G. TulapurkaraV. RamjeeJacob George Originals Pages: 311 - 318
A new calibration and data reduction method for turbulence measurement by multihotwire probes G. LemonisT. Dracos Originals Pages: 319 - 328
Systematic errors in PIV by realizing velocity offsets with the rotating mirror method M. OschwaldS. BechleS. Welke Originals Pages: 329 - 334
Measurements of turbulent quantities in a complex three-dimensional boundary layer flow L. LöfdahlT. V. TruongJ. M. Bruns Originals Pages: 335 - 342
Application of holographic interferometry for evaluation of 3D Navier-Stokes calculations C-W. HustadL. C. Squire Originals Pages: 343 - 350
The vortex ring velocity resulting from an impacting water drop B. PeckL. Sigurdson Originals Pages: 351 - 357
Directionally-unambiguous, digital particle image velocimetry studies using a image intensifier camera I. GrantX. Wang Originals Pages: 358 - 362
A study of the effects of curvature and compression on the behavior of a supersonic turbulent boundary layer D. R. SmithA. J. Smits Originals Pages: 363 - 369
Improved methods for measuring laminar-turbulent intermittency in boundary layers S. P. Schneider Originals Pages: 370 - 375
Temperature and concentration measurements by CARS in counterflow laminar diffusion flames P. MagreF. AguerreJ. C. Rolon Originals Pages: 376 - 382
Use of video-based Particle Image Velocimetry technique for studies of velocity fields in a water heat storage vessel J. DahlR. HermanssonP. Veber Originals Pages: 383 - 388
Period-doubling route to chaos for a swirling flow in an open cylindrical container with a rotating disk D. L. YoungH. J. SheenT. Y. Hwu Technical Notes Pages: 389 - 392
An investigation of the spatial resolution requirements for two-point correlation measurements using LDV J. G. ErikssonR. I. Karlsson Technical Notes Pages: 393 - 396