Lecture 35 (2013). 11.3 Analysis of Heat Exchangers. 11.4 Log Mean Temperature Difference Method

Lecture 35 (2013). 11.3 Analysis of Heat Exchangers. 11.4 Log Mean Temperature Difference Method. Work based on Chapter 11 of the tectbook of Cengel and Ghajar (4th edition). Lecture presented by Prof Josua Meyer, Department of Mechanical and Aeronautical Engineering, University of Pretoria, South Africa. E-mail: [e-mail]

[@lanae4915]

I'm addicted to these lectures. So well delivered material. Thank you, Dr. Meyer.

[@alexmashego3094]

Only if I had a lecturer who could deliver the lessons like this during my university days....Great job Prof ! Great job

[@KurdoHamad1]

Thank you so much Professor Meyer, for your excellent lectures, your lectures survived me this semester. I didn't learn anything from my teacher at school what I know on HT, you taught me all. God bless you.

[@Nick-vf7of]

Great work, outlining the concept first and then describing the method used to solve the problem. sounds obvious but a lot of teachers fail to do this well

[@anshulbaghmare6268]

thanks a lot sir... I was there to keep this chapter in option but u made me learn it so easily..thanks..keep it up

[@Abbbod204]

amaaazing and excellent lecture
thank you

[@marioserrano5919]

Thank you. God bless you

[@swr4547]

thanks for giving awesome lecture A+++++++

[@ghismani555]

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?

[@amalqahtani1]

Outstanding

[@TheEndern]

Like your lesson Prof Meyer, beside that can I know what text book you are using?

[@KurdoHamad1]

Cengel and Ghajar (4th edition), in the begging all of the lectures he mentions the name of the text book and it also proved in the publication information; now you know how stupid are?? !! :) :)

[@quintiman]

F=0.97?