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A combined experimental and computational fluid dynamics analysis of the dynamics of drop formation

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Academic year: 2019

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Figure

Fig. 1Schematicshowingtheneckingofanaxisymmetricliquiddropformingfromavertical capillary tube into air at a constantflowrate
Fig. 2Schematic of the experimental arrangement designed for visualization of dropletdynamics
Table 1Physical properties of liquids used in the exper-iments at 20.5 8C
Fig. 3Effect of Q on the interface shape at breakup for flow from a capillary tube withRo ¼ 1.375 mm and (a) 85 per cent, (b) 50 per cent, (c) 20 per cent glycerine solutions,and (d) pure water at Q ¼ 1, 10, and 18 ml/min
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