Vacuum in FLUENT

DevanK · October 15, 2018, 05:33

how can i create a low pressure region ( vacuum < 5x10 -3 Pa) using special slip wall boundary conditions ??? explain in detail???

stinanamod · June 12, 2023, 01:59

Quote:

Originally Posted by DevanK

how can i create a low pressure region ( vacuum < 5x10 -3 Pa) using special slip wall boundary conditions ??? explain in detail???

When it comes to computational fluid dynamics, one of the most widely used software packages is FLUENT. This powerful tool allows engineers and researchers to simulate fluid flows and analyze complex systems. However, even with its vast capabilities, there are still certain challenges that users may face. One of these challenges is related to vacuum modeling within FLUENT. In this blog post, we will dive into this topic and explore potential solutions to this issue.

MKuhn · June 12, 2023, 03:24

The equations in FLUENT are based on a continuum flow, what you have is probably free molecular flow. I think in this region it doesn't matter if you have slip boundary condition or not.

October 15, 2018, 05:33	Vacuum in FLUENT	#1
DevanK New Member Devanarayanan Join Date: Aug 2018 Posts: 3 Rep Power: 9	how can i create a low pressure region ( vacuum < 5x10 -3 Pa) using special slip wall boundary conditions ??? explain in detail???

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June 12, 2023, 03:24		#3
MKuhn Senior Member Moritz Kuhn Join Date: Apr 2010 Location: Germany, Dresden Posts: 245 Rep Power: 18	The equations in FLUENT are based on a continuum flow, what you have is probably free molecular flow. I think in this region it doesn't matter if you have slip boundary condition or not.