TAGGED: ansys-cfx, fluent, jet, perfomance, turbo-machinery, turbocharger
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August 23, 2024 at 2:27 pmasustark700Subscriber
Hey Guys!
How are you doing?Well, I've been designing an impeller,
Kindly consider me as a beginner throughout the conversation.Now I am trying to generate a performance map {nominal mass flow rate v/s pressure ratio} of the impeller to know the operational range.
However, I've gone through the Ansys documentation & YouTube but found no tutorial.If there are already some tutorials, please provide me with any references.
In case of unavailability, we can continue with the threat.
But I don't have any clue how to start.
It would be warmly appreciated if any replies.Sending positive vibes!
cheap person 😁 -
August 23, 2024 at 4:58 pmFedericoAnsys Employee
Hi!
this example is not specific to an impeller case but shows how to conduct a parametric study in Fluent and create relevant reports for each design point. Chapter 9: Performing Parametric Analyses in Ansys Fluent
I believe this could at least get you started!
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August 24, 2024 at 2:08 pmasustark700Subscriber
Thank you so much Frederico for replying to me!
After watching this tutorial, I can say "This can get me started!"
but I have some doubts:
- His input parameters are {inlet_temp and inlet_velo}, output parameter is {outlet_temp}, which is not time dependent.
In my case, My input parameters are {speed} and output parameters are {pressure ratio, mass flow rate}, which is time dependent.
POV: If I am wrong anywhere please correct me and if there is another method please tell me. - My analysis is going to be transient. I cannot afford high computational costs. so how can I reduce it?
POV: I run the steady simulation for 3 hours with 1000 iterations and transient simulation for one and a half hours with 200 time steps with 5 sub-iterations.
Sending positive vibes... Again!
cheap person 😁-
August 26, 2024 at 1:53 pmFedericoAnsys Employee
Since you create a new post, let's continue our conversation on that thread: How to reduce computational cost or time. (ansys.com)
- His input parameters are {inlet_temp and inlet_velo}, output parameter is {outlet_temp}, which is not time dependent.
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