Abstract
A statistical method is proposed to express the characteristics in interface on various sizes of liquid lumps appearing both in froth flow and huge wave regimes. According to cross-sectional mean liquid holdup traces, the interfacial structures were assumed fundamentally to consist of base wave and liquid slug or huge wave. The determining procedures of the shape factors and probability density of wave crests for these liquid lumps are explained. In addition, typical examples of applying this method into air-water two-phase upward flow in a 18.0 mm inside diameter tube are presented.
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