awesome content

Thanks Prof Meyer. The recording of your lectures is highly appreciated

Great stuff. Thank you for the upload and a very clear and understanding lecture

During my school days I remembered a simple conversion trick to convert km/h to m/s by multiplying kmph by 5/18 to get mps..Like 7km/h =7×5/18 m/s

you are #1 professor

v helpful lecture. thank you for all your effect

Thank you, sir :) Keep it coming..

Sir why doubling the mass flow rate halve the temperature

Mr.Josua Meyer you are amazing. Please do refer R.C.Sachdeva heat and mass transfer.

Dear Prof. Joshua Meyer, I just started watching your lecture videos. Your lectures are making a lot of impact in my life and teaching skill. I teach Heat and Mass Transfer in department of Mechanical Engineering, Rivers State University, Port Harcourt, Nigeria. In fact my students are really enjoying the lectures. Could you please kindly arrange the whole lectures in a series of chapters (playlists )or topics divided according to the topic because I didnt follow from begining. I will be very grateful because it be of great help to me and the students. I will also be grateful if you can assist me to get the textbook of Cengel and Ghajar. Thank you' my email is tonileo.ust@gmail.com

Dear Prof. Joshua Meyer, I just started watching your lecture videos. Your lectures are making a lot of impact in my life and teaching skill. I teach Heat and Mass Transfer in department of Mechanical Engineering, Rivers State University, Port Harcourt, Nigeria. In fact my students are really enjoying the lectures. Could you please kindly arrange the whole lectures in a series of chapters (playlists )or topics divided according to the topic because I didnt follow from begining. I will be very grateful because it be of great help to me and the students. I will also be grateful if you can assist me to get the textbook of Cengel and Ghajar. Thank you

Sir what is the significance of velocity boundary layer in convective heat transfer ?

Hello Dr. I am interested in watching your lectures. I wonder if you have conduction lectures.

Sir,@ 45:28 the value of pressure drop comes out to be 3Pa n' pumpin' power comes around 0.4456W

الف شكر from Algeria

😍 this gv me hope

Very easy to understand Sir. Thanks.

THANKS, SIR

Thank you for this upload! Much appreciated

Thank you so much Prof Meyer!!!

Thank you so much Prof. Meyer, for sharing knowledge in such a clear way!!

Sir excellent

Nice presentation

hello. I can't find his videos for chap 1,2 and 3. Can someone please give me the link. Thank you

in the Nusselt number sample problem, the unit of k value of the air is watt,/ m K . while the unit of h is watt/sq m C, d o we have to convert K to C,

so means that, we need two temperature which hot and cold in order to use heat exchangers. is it possible to use pvc or silicon material for heat exchangers??

Thank you Mr. Josua Meyer... Keep explaining and making the future engineers dreaming and helping us improving the world... You sir are a MVP (Most Valuable Player) :)

God bless you Doctor. I am taking the course now in summer semester. Thank you doctor.

Hats off sir! You're teaching is worth gold!

Sir, I'm confused with one concept of thermal resistance where you've taken the resistance due to convection and radiation parallel to the resistance due to conduction. Can you help me out with this doubt?

Really a beautiful derivation amidst a shaky pronunciation.

Excellent explanation, thank you very much. Greetings from Portugal

Do you have any videos starting from chapter 1?

Thank you Prof. Meyer from Brazil!

hi , prof >>> can ypu tell me about any source of fins

Dear Professor Meyer, Can you please tell a name of text book that you follow for heat exchanger design?

Professor, I think you may have meant semi infinite bodies instead of lumped ones at 1:48 seconds, right? Thank you very much for your content here in youtube!

Thanks professor for the video. I just have a question about tube shell heat exchanger. Is there any formula which links the dew pression within the condenser (hot fluid) and the temperature of the cooling fluid?

What will happen if the same pipe as described in the example is in a room which has walls with a different temperature from the air. What does it change in the radiation? Thanks

Thx for sharing.

see you on monday professor

can you give us lectures about mass transfer convection

great work!

how about bank tubes

thanks

Thank you so much :)

Sir.... This is d most exciting subject I found in my B. TECH just bcoz of U...... Tnxxxxxx a lot sir....

I wish I could do My Masters in your university

i think assumption of taking the wall temperature is constant is false. it cant be. becz the in order to maintain constant rise in fluid temperature the delta T should decrease.

thank u sir. :) it would be helpful if the Conduction part be available also.