Cross-Correlation Flow Measurement — A History and the State of the Art

Favre A. Gaviglio J. Dumas R. 1957. ‘Space-time, double correlations in a turbulent boundary layer’, JFM, 2, 313.

Fisher M. J. Davies P. O. A. L. 1964. ‘Correlation measurements in a non-frozen pattern of turbulence’, JFM, 18, 97.

Atomics International, 1965. ‘Development of noise analysis techniques for reactor coolant velocities', NAA-SR-11193.

Bailey R. E. 1965. ‘The effects of molecular diffusion of heat flow on fluid velocity, measurement accomplished by thermocouple cross-correlation, NAA-SR-10848.

Bentley P. G. Dawson D. G. 1966. ‘Fluid flow measurement by transit time analysis of temperature fluctuations,’ Trans SIT, 18, 183.

Fisher M. J. Krause F. R. 1967. ‘The crossed-beam correlation technique’, JFM, 28, 4, 705–717.

Bull M. K. 1967. ‘Wall pressure fluctuations associated with subsonic turbulent boundary layer’, JFM, 28, 4, 719–754.

Beck M. S. Drane J. Plaskowski A. Wainwright , 1968. ‘A new method of measuring mass flow in a pneumatic conveyor, using an on-line computer’, IEE Conf Pub, 43.

Coulthard J. , 1973. ‘Ultrasonic cross-correlation flow measurement’, Ultrasonics, 11, 2.

Massen , 1982. ‘Non-contact velocity measurement with a new microprocessor-based industrial correlator’, IMEKO Berlin Paper 13.4.

Keech R. P. 1982. ‘The KPC multi-channel correlation signal processor’, IMC Trans, June.

Olszowski S. T. 1976. ‘Measurement of dispersed two-phase flow by correlation of modulated ultrasonic signals’. Int. Journal of Multiphase Flow, January.