ANSYS Fluent Tutorial | Laminar Pipe Flow Problem | ANSYS Fluent Pipe Flow | CFD Beginners Tutorial

This is a 2D Axisymmetric laminar flow problem , recommended for ANSYS Beginners.

ANSYS Geometry (Design Modeler )

# #ansysfluent # #ansystutor# #ansyscfd# #lockdownskills#

[mananpandya]

Good tutorials serves as a revision tutorial also for everyone thanks a lot for uploading these kinds of tutorials during pandemic lockdown

[-vinod]

Thank you so much for such a wonderful video. Waiting for few more like these.

[jithinskumar]

Amazing content and very clear explanation of each step.It was really usefull.Thank you, keep posting more such basic fluent tutorials.

[beatrizisaac]

very good tutorial I really needed someone to explain these stuff as I am like an old lady working on computers

[fikrimisnadi]

how do we set the type of mesh ? either coarse or medium or fine

[akshaydevanpally]

your tutorials really helped practicing models, Thankyou.

[traavel_bug]

Thank you for a great beginners tutorial 👍

[nilzonaguirrevelasquez]

Great video, It would be helpful a video about the DDPM Model

[nimankosar]

Good tutorials thank you ..please do insteady flow through .

[hhveycl]

It is very good that you comment your actions during the video!

[usamatariq-jutt]

great work man..keep it up specially explanation is good..

[matheuscarvalho]

Do you have any material about Gauge pressure? If i must use 0 or another value.

[kalam]

Showing comment, your way of explaining was superb...and also back ground music was calming 😅

[alifetoh]

Is it possible to extract the G value of the graduated velocity from the Ansys program?

[TEDJES]

Here you have mentioned there will be another tutorial on adjusting the number of CPU processors to be used while solving. Did you already make that? Great work, by the way.

[mdfoysalahmed]

Great...
Thank you sir...
This is my final year project

[madhulatha]

The class is saying it very well - understood way. Good tutorial. Thanks a lot.

[SandeepKumar-zhfi]

very very good tutorial ever seen
Thanks a lot

[shuvekshasapkota]

I am looking towards simulation of circular microchannel and i created the geometry and mesh in micrometeres. Now in Fluent solver, micrometers units is not there and now will i have to put scaling factors and then scale or if mesh and geometry are already in microcmeters, Fluent directly keeps the domain extents in 10^-6. So what should i do? If already in domain extents by keeping the units metre, its already in value of 10^-6, do i need to scale again or leave and continue?
It is also showing solution is converged? Is it sue to the small dimension? Please give me idea.

[manojkumar-cmym]

Thank you for such a wonderful explanation