Відео

I think we need a new cover of Thermo World

new anthem fr

ITs a thermo world, and we are just living in it fr

The moment arm is shredding 🤠 💪🏽

This is by far the best explanation of this topic on UA-cam

hey dr davis can i get extra credit for watching lol

After having you teach me for 3 different classes at ark I can honestly say one thing, you’re the fucking man Dr Davis! Keep it real my guy!

The best presentation of this problem. Thumbs up!!!

I read the stuff before HT class and the teacher wrote it down on the board, but this helped to put it together. trying to figure out why q for a triangular fin is a completely different formula : (

Thanks for ur video it helped me alot

Thank you very much it makes sense.

5:35

Thank you so much! that actually helped a lot!!!!

Hi Sir, is this same Newton's Method?

Very reminiscent of my years at University of Arkansas. Great professors worthy of the song. Thanks for sharing and Woo Pig Sooie!

Great! Thanks very much

why is temperature profile specified as a ratio of temperature difference and not just the numerator part?

You are my hero

Am I the only one who thinks that the equation he wrote at 7:21 is wrong?😅

nice teaching skills

Sir..plzz come back..

thank you!

Thanks man!

Thank you, man! Lost the class my professor teached that and yesterday was like trippin hard on wtf was m or theta or c1... Keep the good work!

Thanks man.

Great video! Clearly explained, thanks so much

Sir you have my respect and gratitude. Thanks a lot

thank you

13:13 thanks, this help alot

oh. no. I can not stand the sound of the marker rubbing the paper.

Thank you very much m4413e's channel .I have a question if you allow me .???if I have a long bar with square cross section area @ temperature T1 and then was placed in a furnace which is acting like a black-body @Tb if the flux is :- q=(ipslon)*(sigma)*(Tb^4 - T^4)what is the boundary condition if the system is transient ???

that would be great if you could do the analysis in 3D

Thanks dude, well explained. I would say that you explained it better than my heat transfer's professor. lol

I have learned some of this in school and it reinforces it all so well I just love it!

It's like butters from south park is teaching me heat transfer!

thank you for this great video.

What a video sir........Thank you............

thank you well explained.

dat accent !

fantastic.... It was very useful to me.....

you the best man lm glad u did this vidz

thanks a lot for the explanations ,please do more videos for heat Transfer...

you are awesome ,you always what the problem is , in my controller

thank you for posting, helped me out a lot, always good to have someone walk you through.

Hi ChriamYes it will be Cel/sec

isn't it 6 minutes 46 seconds??

Thank you so much, it took 6 minutes to explain it, while it took our proof two hours to explain it and he did not succeed!!

nicely done, i only got thrown off near the end when you were explaining the 3 different cases cause the math isn't so clearly written out Thanks for the lesson!

love

isnt the surface area of a sphere 4(pi)r^2 ?