Very nice and helpful video. There are 2 questions I have: How to get the isosurface data in txt, dat or csv format? Let's say I am taking a value of x (distance from leading edge) at a time. For each x, I want to find the y value (vertical Y axis) at which velocity tends to 0.0999. How do I do this? This is for calulating BL coefficient from the isosurface in the video?
@@Saudaljadir Sure, it is the film temperature, but how did you find the value. I am assuming it is just the average of the wall and t_infinity (20+100)/2 Is that how you entered 60?
Thank you very much, sir, for your efforts. Just a question, you have created a line with the following chords (1.0) and (1. 0.05). Where does the value 0.05 come from?
![[CFD] Heat Transfer Coefficient (htc) in ANSYS Fluent, OpenFOAM and CFX](http://i.ytimg.com/vi/PuTl98d0iZ0/mqdefault.jpg)
Very nice and helpful video.
There are 2 questions I have:
How to get the isosurface data in txt, dat or csv format?
Let's say I am taking a value of x (distance from leading edge) at a time. For each x, I want to find the y value (vertical Y axis) at which velocity tends to 0.0999. How do I do this? This is for calulating BL coefficient from the isosurface in the video?
Sir can you do tutorial of calculating drag and lift theoritically and compare with analytical solution...
Why is this video not downloadable????
How can I find the heat transfer coefficient when it is free convection?...
بارك الله فيك
My question would be on the temperature of the reference value?
Why did you enter 60?
or how did you came to a conclusion of entering 60 C?
Madara Uchiha thanks for your question
It’s the film temperature
@@Saudaljadir Sure, it is the film temperature, but how did you find the value.
I am assuming it is just the average of the wall and t_infinity (20+100)/2
Is that how you entered 60?
I stopped my video and also have the same question with you，the simulation is calculated from inlet，why did you type in 60？？
why did you think 60 as the reference value computing from inlet
Not sure if it is this, but i think he summed the temperatures and divided them by 2 ... (100+20)/2
Where is boundary layer..😢😢
بارك الله فيك عمل جيد
Thank you very much, sir, for your efforts. Just a question, you have created a line with the following chords (1.0) and (1. 0.05). Where does the value 0.05 come from?
tooooooooooooooooooooooooooooooooop,sir,