Photographic data shows bubble centring degree increases with liquid viscosity in slug flow, supporting new hypotheses on boundary layer and transition mechanisms.
Investigation and prediction of high-viscosity liquid effect on two-phase slug length in horizontal pipelines
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Elongated bubble centring and high-viscosity liquids in horizontal gas-liquid slug flow: Empirical analyses and novel theory
Photographic data shows bubble centring degree increases with liquid viscosity in slug flow, supporting new hypotheses on boundary layer and transition mechanisms.