Non-slip condition for inviscid fluids

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Discussion Overview

The discussion revolves around the validity of the non-slip condition for inviscid fluids, exploring theoretical implications and definitions related to fluid dynamics. Participants are questioning the relationship between friction and the non-slip condition in the context of inviscid flow.

Discussion Character

  • Debate/contested

Main Points Raised

  • One participant questions whether the non-slip condition can be valid for inviscid fluids, suggesting that the absence of friction implies the non-slip condition cannot exist.
  • Another participant asserts that the non-slip condition is not valid in inviscid flow.
  • A different participant asks for clarification on what would create a non-slip condition if there is no friction present.
  • One participant mentions that there is no "no slip" condition in inviscid flow, stating that only the no penetration condition is applicable.
  • A participant expresses confusion regarding the formatting of their earlier post, specifically about using LaTeX for the non-slip condition notation.

Areas of Agreement / Disagreement

Participants express disagreement regarding the validity of the non-slip condition for inviscid fluids, with multiple competing views presented without a consensus.

Contextual Notes

Participants have not fully explored the implications of definitions related to inviscid flow and the non-slip condition, and there may be assumptions about the context of fluid behavior that are not explicitly stated.

mech-eng
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Hi, I would like to ask that whether or not ## non-slip condition## is valid for inviscid fluids. We know that inviscid fluids there is no friciton. If there is no friction in the inner surface of pipe (I do not name its technical name) so it seems that there cannot be the non-slip condition. This confuses me. Would someone like to explain it?

Thank you.
 
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No it is not valid.
 
If there is no friction, why has to be a non-slip condition, what will create non-slip condition if there is no fricition?

Thank you.
 
And I have did: number sign non-slip condition number sign but "condition" joined to "slip" in my first post in this thread. what was wrong in using LateX?

Thank you.
 
There is no "no slip" condition in inviscid flow. Only the no penetration condition exists.
 

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