Sentence examples for model of drop from inspiring English sources
A model of drop breakage in turbulent stirred dispersions based on interaction of a drop with eddies of a length scale smaller than the drop diameter has been developed.
This new model of drop breakage, coupled with the pattern of interaction of drops with eddies of different sizes existing in the vessel, has been used to evaluate not only the breakage frequency, but also the size distribution of the daughter droplets(which was hitherto assumed).
After defining points on the outline of the image of the drop and baseline as well of the first approximation of the outline of the drop, an iterative process should be initiated aimed at fitting the model of drop and baseline.
Thus, the goal of this review was to develop a preliminary conceptual model of drop-in center use by homeless youth.
The Pareto distribution appears as the limit distribution of the extreme value theory, which has been applied to an idealised model of drops that run along a path.
With the present experimental investigations of drop breakage processes it is shown, that the modelling of drop size distributions in stirred tanks is sensitive to daughter drop distributions.
The existing models of drop breakage in stirred turbulent dispersions are applicable only to purely viscous dispersed phases.
Implications for our future work on PBE modeling of drop size distributions in pharmaceutical emulsions prepared with high pressure homogenization are discussed.
A study is performed to assess commonly used assumptions in the modeling of drop behavior in moderate to high temperature surroundings and at all pressures.
We conclude that PBE models of drop breakage can be used to reasonably predict the effects of emulsion formulation variables on drop volume distributions and have the potential for guiding experimental efforts aimed at the design of novel emulsified products.
High-fidelity finite element models of drop weight tests on reinforced concrete (RC) beams conducted previously by the authors are developed and validated by comparing the numerically simulated results with measured experimental data.
