Thank you so much, I have an exam tomorrow and this makes me feel prepared <3

Why does Rtotal not include the resistance of the pipe material itself? If it did, it would add ln(Ro/Ri)/(2pi*K*L) to the equation, correct?

This was pretty straight forward. I did this in Uni and already forgot the basics, I think I just blocked it out.

Is there a short cut to this? Or is there a place we can get too and we'd know that its dependent or independent

Thank you!!!!

Good 👍

Thank you so much for this...

Thank you very much i didn't fully know what was matrix but now i have bit more clear understanding

at this moment ı can not express how beneficial this video are, ı hope ı pass exam and finish my me degree

Is there a difference between Bilinear shape functions and Linear shape functions? The formulas seem to be the same to me...

Thank you so much

I have an assessment in 10 minutes this was asuper helpful thank you so much

😢love this

bruh whats the -1 for? like you put a matrix cube and then -1 on top. why?

Sir, you are amazing! I wonder how you would explain the Gauss-Newton and Levenberg-Marquardt algorithms as well. Thank you!

Where should I find the continue?

It my time NOV 2024 💪

Microscopically, the pin is allowing the beam to bend there. Pins do not resist moments and therefore do not have moment reactions

Why thank you good sir, very helpful 👏

This video has helped me so much! Thank you for the amazing detailed explanation! Keep up the good work!

Excellent explanation

Excellent Video!!!

I am studying computational applied mathematics and this video is insanely useful, pretty amazing to see why in order to find these parameters we transpose all these matrices. Great job!

Thank you😊

How is it a 2 by 2? 3:04

thankyou so much for the video.

4:03 i dont really understand😅

Thank you so much for the clear explanation !

Great explanation!

Thank You!

Best guy to explain it!

please continue bro :( these are good

I love this video, I'm my masters degree and forgot some algebra and statistics. Anyways the professor is really poor at teaching. You explain what he tried to explain in two hours in 7 minutes. Great video, just wish you went over subtraction since negative values play different.

It would be great if you could scan all these postcards so they could be printed out for quick reference.

Just a question, @2:35 you say that there are dimensions dx, dy, and h. So isn't this really a 3d solid, or is it still a 2d solid?

You calculation for LMTD is wrong. It will be the other way around.

Any idea about using Lagrange, instead of Hermitian shapes.?

great professor indeed thank you

One thing I struggled with during this tutorial was the difference between matrixes [ ] and vectors [ ] It would have been nice for some mention of the difference between the two (A vector is just a matrix with a single row or column. For those also wondering). Especially because the first google search result says: a vector is an object with both a magnitude and a direction (AKA: an arrow). Which I don't think is related to this in any way. Its not a huge dealbreaker mind you. And I did find this tutorial very helpfull. But worthy of mentioning regardless.

This video is gold, thank you!

nice work

this man is a king

Thank you sir

Thank you!

Professor made the exam to take two points behind and 1 point ahead to calculate the derivative. Super interesting, and I trusted the process and got it correct.

Thanks for the video

Am really helped

Amazing sir

Great video thanks 👍

come on man I can't see the licture despite of your hands