Sentence examples for correlation flow from inspiring English sources

Reynolds number greater than 10,000 has been correlated with Dittus-Boelter equation given below: Figure 8 Validity of the experimental heat transfer setup for (a) low (Shah correlation) and (b) high (Dittus-Boelter correlation) flow rates using water.

A summary of the theoretical background to the correlation technique leads onto a short history of the correlation flow meter's development culminating in the reasons that industrial interest focused on the ultrasonic version of the instrument.

A brief outline is given of desirable features sought of a flow meter design and attention drawn to the attractiveness of the basic correlation flow metering concept in meeting these.

A detailed explanation of salient features of the ultrasonic correlation flow meter's demodulator design development illustrates how, by appropriately accommodating the flow meter's acoustic aspects, the flow meter attained potential industrial viability and allowed the gathering of data to establish its major design rules.

Attention is brought to the fact that the ultrasonic correlation flow meter suffers worse from phase differences between the two detecting channels than other forms of the instrument, and that initially the consequences of this were so severe that the instrument seemed impractical.

One application of this method, presented in this work, is the mathematical modeling of ultrasonic cross-correlation flow measurement.

Performance of an ultrasonic cross-correlation flow measurement instrument may be significantly affected by turbulence at the location of the ultrasonic sensors.

Many methods are helpful during this process, including heat transfer correlations, flow network modeling (FNM), computational fluid dynamics (CFD), and experimental measurement techniques.

It combines analysis and experimental thermal design tools, including heat transfer correlations, flow network modeling (FNM), computational fluid dynamics (CFD), and experimental measurement techniques.

The lack of significant correlation between flow rate and DMFS may be ascribed to the narrow window of flow rates in pSS.

A recent study examined the correlation of flow and pressure patterns between the computed and the measured values for two deformable flow phantoms mimicking a normal and an obstructed aorta, respectively [ 28].