ANSYS Fluent Tutorial | 2D Laminar Pipe Flow with Heat Transfer | ANSYS Workbench CFD Tutorial |
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- Опубликовано: 20 авг 2024
- ANSYS Fluent tutorial on 2D laminar flow in a rectangular pipe crosssection with heat transfer from the bottom surface. This tutorial is meant for beginners practice with the various option & steps involved in a CFD Project analysis.
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Very informative video sir.
If you make a video on boiling heat transfer, it will be a great help.
thank you, will try to.
the best tutorial. Thanks a lot
most welcome:)
thank you for your effort
Most welcome. Please subscrib🥰🥰🥰🥰
Hi dear
you are doing amazing work for student society.
Hope you will be safe and sound.
Sir I am facing problem in.ansys fluent to capture diesel spray breakup , in literature every body talking about species, Dpm and multiphase phenomenon but in actual.how these can coupled in fluent.
Sir I answer of some.question .
Plz provide me ,I shall be thank full to you .
My topic is .
Investigation of secondary breakup in heavy-duty DI diesel engine at different injection pressure.
1. Here need to use multiphase model ?
2. What is best injection type to select . ?
3. Can I select inert particle type ?
And what about species transport equation.
Plz sir guide me I am.completely stuck due to these confusions.
Thanks in advance
bookmark: 19:13
Good tutorial..when we give value of wall thickness in wall boundary condition..
how can i see temperature distribution on pipe wall..
ruclips.net/video/X6JWlz1vcEY/видео.html
In this tutorial, it has been shown,
it seems like a good tutorial but its very hard to maintain focus without a commentary
you need to have a note of every steps and parameter, and proceed like that. We are trying to make videos with voice soon.
learnt a lot, but i think it's not appropriate to simplify the tube to be a rectangle in 2d, for the uneven viscosity of fluid on the surface, it should be appropriate for, for example, fluid between 2 large tablets close to each other
Would you please elaborate the mistake that you found out.
Please make the video with audio
why theres no turbulent effect near the heated wall?
You can observe properly the turbulence effect if the fluid is static .
Hi, in Meshing at 08:22, why are you using only Triangular Elements? Why not Quadrilateral Elements? How ll this affect the soln ?
you can also take quadrilateral elements. it is more easier to discretize a complex geometry with triangular mesh rather than quadrilateral .
Hey, Thanks a lot for the reply.... Actually, I am an M.Tech student and I am struggling with my Project on CFD on Double Pipe Heat Exchanger... I did watch some videos on youtube , but I am still struggling... So, Can I please ask you to make a Tutorial on it? If you agree, I will send the details of the Geometry, Boundary conditions etc.... Hoping for a positive response...
Send me the details I will help you if its possible.
Hey., thank you a lot for offering help... But how do I give the details here ? Can you give me ur mail id so that I can send all the details ? Or I will give my mail id here - naveen3404@gmail.com..... You please send a sample mail to it... I ll send the details then.. Is it Fine ?
Thanks for amazing work.
But what is the useful of infaltion ?
inflation layers are helpful in modeling flow behavior near the wall regions.
Thanks 😎😀
how to open windows 2 at 23:43 in ANSYS 2019?
You need to select the two sides display if using newer version, for the details procedure you can watch our tutorial on drag force calculations.
can we create face from edges like we used to do it in gambit ? if yes den how ?
you can create a surface from a sketch by going to:concept->surface from sketches, now select the sketch by clicking on it then"apply",then click in "Generate".
can you send a link of this research paper
It's a random tutorial, have no reference paper.
sir how we can find the multiple window option in ansys 2020R1
Multiple windows option means what , can you please elaborate what you want
@@AnsysTutor multiple window means in fluent observe different results and compare at same time.
We have shown that in our drag and lift calculation tutorial.
ruclips.net/video/IRPMwcMJY10/видео.html