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The combined bubble length distribution predicts well the measured bubble length distribution in three-phase fluidized beds.
The typical slug flow pattern and the slug bubble length model of Sakaguchi et al.
Experiments have been carried out to measure the stable bubble length at various liquid flow rates.
Statistical bubble parameters (bubble frequency, mean bubble rise velocity, mean pierced bubble length and mean bubble volume fraction) were evaluated.
It was found that the particle deformation increased with the droplet (bubble) length or the capillary number.
The peripheral spargers showed superior characteristics compared to the horizontal ones, but suffered from sudden bubble length fluctuations.
Similar(31)
The predicted Taylor bubble lengths are compared against empirical correlations as well as available experimental data in the literature.
The bubble lengths measured were consistently shorter than those measured using water, irrespective of sparger design.
Additionally, the BMMR is compared to that of a single channel regard the slug and bubble lengths and bubble generation frequency.
The new experiments introduce data (including the pdf distributions) on pressure gradients, bubble lengths, passage frequency and translational velocity of bubbles.
Two critical dimensionless bubble lengths are introduced to describe the transitions between B1 and B2 and between B2 and B3.
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