What Happens to a Fluid Drop in a Vacuum? Insights from Recent Studies

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SUMMARY

The discussion centers on the behavior of fluid drops in a vacuum, referencing recent studies that reveal counterintuitive phenomena. Notably, the study linked from arXiv discusses how fluid dynamics change under low pressure conditions, impacting material science and chemical engineering. Participants express surprise at the findings, particularly regarding the interaction of fluid drops with liquid surfaces in a vacuum. The conversation highlights a long-standing interest in this topic within the physics community.

PREREQUISITES
  • Understanding of fluid dynamics principles
  • Familiarity with vacuum physics
  • Knowledge of material science concepts
  • Basic grasp of chemical engineering applications
NEXT STEPS
  • Research the effects of low pressure on fluid behavior
  • Explore the implications of fluid dynamics in vacuum environments
  • Study the interaction of fluids with surfaces in various pressure conditions
  • Examine the findings from the linked arXiv study on fluid drops
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Material scientists, chemical engineers, physicists, and anyone interested in the dynamics of fluids under varying pressure conditions.

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TL;DR
In air, a drop of fluid hitting a surface will splash.
In vacuum, there is no splash.
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This is very counterintuitive ! Has no one noticed this previously ? What if the drop falls onto a liquid surface ?
Gobsmacked, I am.
 
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256bits said:
Any one know about this.

Yeah, for 20 years. From this forum.

 
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