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@@pro.empire I've not measured it directly, it depends on gas flow and input power but typically local temperature is high, in order of several thousands of degree of centigrade

Description of the RUclips channel t.me/Abolfazl_Mahmoodooor

No, sorry

Join our group chat of Telegram channel t.me/Abolfazl_Mahmoodooor

There is a group chat in our Telegram channel t.me/Abolfazl_Mahmoodooor

The code is written already, have you seen it? t.me/Abolfazl_Mahmoodooor

@@abolfazlmahmoodpoor_ Y‏es, I saw it, but it only shows the number of nodes and elements. What I want is the value of nodes at some points

@@shahad9376 but there is also two figures, one shows the mesh, the other shows the value of V at the nodes, did you see these figures?

@@abolfazlmahmoodpoor_ Oh i see it now, Thanks Can i change this code to use it in another equation?

@@shahad9376 yes sure

if f == f(x)

​@@abolfazlmahmoodpoor_ yeah indeed in your example f is equal to a constant, but how do you solve the RHS integral if f is a function of x?

@@MNDriveIn if analytical solution is available, analytically, if no, you need to solve it numerically

@@abolfazlmahmoodpoor_ Thanks for your quick response! When f is a function of x do you also need to rewrite f in terms of zeta when solving the integral? Something like f=f(x) --> f=f(zeta) with zeta(x)?

@@MNDriveIn yes

Unfortunately no 😕

@@abolfazlmahmoodpoor_ will it be possible to get the pdf of the lecture. Also rather than matrix method will it be possible to solve simply by discretizing the second order differential equation. While doing the analytical solution, on the right hand side you assume the function to be independent of x but I think the function is dependent of x, in that case how to get the analytical solution. Please explain. Thank you.

​@@sachinrajpandey5242In many cases the RHS is a function of coordinates and analytical solution does not exist. That is why we try to solve in numerically. I considered a constant RHS to have a analytical solution and compare it with the numerical one. What we did here, was discretizing the second order differential equation and solved it in both iterative method and direct method. About the sharing the PDF file, I am thinking about putting it in my Telegram channel but I think view hours of my videos will drop, and may be doesn't. I am not sure yet.

@@sachinrajpandey5242 In this video, RHS is a function of x, check this out ruclips.net/video/bT0sk6jMzsE/видео.html

I will upload it on my telegram channel, the link is in description of my RUclips channel

Yes

I hope I can do it in future

t.me/Abolfazl_Mahmoodooor

There is no doubt that Indians are great in mathematics, I am glad that you found my videos useful

:D, Please checkout this video, in theory part right hand side is not zero, with a small modification in code you can solve 2D Poisson's equation easily ruclips.net/video/1arN0uizaXc/видео.html

Here is 2D Poisson. ruclips.net/video/rgh0Mu6exnc/видео.htmlsi=qePCP0CMgyf3zEx2

Theory of 2D Poisson is presented here using finite difference approach: ruclips.net/video/1arN0uizaXc/видео.htmlsi=RmToxAjYPmJVT8YI

It is just several line bro :) you can see every line n the video