Hello, Ive been confused sometimes about the feedwater exits. Is its enthalpy always equal to the sat. Liq of the extracted steam? When using the pump method, i noticed it is not, assuming the given state when both extracted and feedwater mixed
i was wondering if you can make a video explaining the both the feed water-heater and reheat in one rankine cycle thank you so much for the video it was helpful
Immediately found out what I needed to know with the feedwater heater. Thank you.
I just love the way you explains, Thousands thanks, got all my basic concepts clear.. from Italy
Sir, you are one of the best I have come across! Your explanations always bring insights! Thanks !!
Thanks a lot Sir for such clear explanation... from India.
Thank you so much for the clear explanation, much appreciated from London
Clear explanation...
Fantastic video! -Iowa
thank you very much for the video! (from singapore)
very clear explanation! thanks a lot!
Thank you very much sir.. from Seoul
Hello, Ive been confused sometimes about the feedwater exits. Is its enthalpy always equal to the sat. Liq of the extracted steam? When using the pump method, i noticed it is not, assuming the given state when both extracted and feedwater mixed
i was wondering if you can make a video explaining the both the feed water-heater and reheat in one rankine cycle
thank you so much for the video it was helpful
Huda Abbas Hi...what are studying currently?
Good day sir, does the CFWH have a efficiency? If yes, what is the most common efficiency?
They're usually shell-tubes heat exchangers whose energy losses are usually negligible.
what Qout equation for this cycle
thank you
is it steam or stream that comes from turbine?
The exits from the turbines are always steam, that depending on where you perform the bleeding, will have greater or smaller pressure and temperature.
amazing.