You are a super genius and smart professor. This lecture gave me hope to pass my Radiation Heat Transfer. Thank you is not enough to appreciate your smart work.
We'll investigate whether the other portion of the lecture was indeed recorded or not. In the meantime, the surface resistance of a single surface was derived before the recording starts and can be seen at 5:57 .
This lecture (and all other lectures) by him helped me review for my Ph.D. Qualifying Exam. And yes, I passed. Thank you, Professor!
sir u r the best professor I have ever seen
You are a super genius and smart professor. This lecture gave me hope to pass my Radiation Heat Transfer. Thank you is not enough to appreciate your smart work.
Much better explanation than my thermodynamics and heat transfer professors. Thank you.
This professor is awesome. Thank you so much.
You're welcome!
Wow I wish my HT class had this amount of students...
One of the advantages of Cal Poly Pomona is the small class size (~30-35 students per section for ME courses).
I wish I can like a video a million times
half of the video is missing i guess ?
Yeah :(
We'll investigate whether the other portion of the lecture was indeed recorded or not. In the meantime, the surface resistance of a single surface was derived before the recording starts and can be seen at 5:57 .
@@PaulNissenson Were they ever uploaded anywhere else?
@@akadhing129 No, this is the only place where the videos were uploaded.
@@CPPMechEngTutorials Then, where is the 1st half ?
Half of part this lecture is missing.
Thank you so much teacher.
ur so awesome.
You are a chad sir
half of the video is missing ?
You should watch the updated lecture series from 2020. Check the playlists of this channel.
Watching this 2 hours from my final exam. LMAO
Im your student