Suppressing capillary instability in falling liquid threads

HIGHLIGHTS

  • What: The authors expand these works to falling liquid threads and show that modifying a circular falling jet into a non-circular profile suppresses capillary instability. In ยง 3, the authors examine how fibres embedded in a falling thread can deform it and provide a simple argument for thread stability based on pressure considerations. The authors examine the thread morphology as Q increases. The authors then quantify the bead dynamics when the thread is unstable and derive a simple predictive scaling for the bead velocity v. Finally, the authors demonstrate the application of this technique to a thin . . .

     

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