Cross Correlation Flowmeters, Their Design and ApplicationTaylor & Francis, 01.01.1987 - 256 Seiten Flow measurement is an extremely important aspect of plant instrumentation, and has in recent years been the subject of intense research activity. Much of this work has centred on the cross correlation flowmeter, which gives impressive results in many applications for which the traditional industrial flowmeters are known to be inadequate. Successful industrial cross correlation flowmeters are now on the market, but the technique is still very much in its infancy. This book provides a comprehensive review of the theory and practice of cross correlation flowmetering, and is aimed at three potential audiences: the graduate student in engineering or science who requires an introduction to the relevant signal processing theory; the advanced research and development engineer who requires the theory and its practical implementation in considerable depth; and the industrial instrument engineer who is interested in the practical aspects of transducers and installation features for specific applications. The subject is presented in a concise form, but with sufficient supporting information to enable the reader to gain a full understanding without reference to other books. |
Inhalt
Analytical and Physical Models for Cross Correlation Flowmeter | 11 |
Sensing Techniques | 48 |
Cross Correlators for Flow Measurement | 103 |
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accuracy amplitude anemometer applications autocorrelation function average bandwidth Beck M S bubbles calculation calibration capacitance Chapter circuit component conveying correlation flow measurement cross correlation flow cross correlation flowmeter cross correlation function cross correlation method delay density function described detected detectors developed diameter eddies effect electrode equation error filter flow imaging flow noise flow profile flow rate flowmeter factor frequency gamma hence impulse response input laminar flow laser low-pass filter mass flow measuring the flow modulation ms¯¹ multi-component flow normalised obtained optical parameters particles pattern phase PhD Thesis University photodetector pipe wall Pląskowski power spectral density pulsation pulse radiation random data random process Rxx(t Rxy(t sample scattering sensors shot peening shown in figure solids spatial spatial filtering spectral density standing wave statistical techniques transducer spacing transfer function ultrasonic cross correlation ultrasound University of Bradford variance velocity measurement velocity profile
Verweise auf dieses Buch
Handbook of Conveying and Handling of Particulate Solids, Band 10 A. Levy,H. Kalman Keine Leseprobe verfügbar - 2001 |

