Mechanical Engineering Thermodynamics - Lec 19, pt 2 of 5: Ideal Rankine Cycle

[guvencolak]

Thank you very much for your time. You are the #1 explaining the Rankine Cycle.

[chemengineer]

this channel is a wealth of knowledge. Thank you Dr Hugo for sharing such valuable lessons.

[clashaccount]

Wow, wish I had an American professor....this makes much more sense now.  

[russelwang]

I’m so proud to see so many views after years after graduated from schulich, I was watching those videos to pass ron Hugo’s exam

[ranaosama]

My final is in 2 days and you really helped thank you so much :)

[gabcaterini]

Great video! helped me so much before my final exam

[ismailtopcu]

Thank you so much...Highly appreciated.

[erinbuzzetti]

Potential energy from the earth’s heat releases from the core is key to choosing locations for the plants.

[emmanuelheii]

very thankful for the video and i will keep on following it again and again

[rohitmehta]

Mr. Ron hugo u r awesome.. plz continue making more videos..

[ankurkumaryadav]

great video it, s a very helpful to study thanku very much for provided us

[gooddeedsleadto]

Why is the process in the boiler not constant volume, because the size of the steam drum is constant?
Could u please clarify, thank u?
And why the temperature goes up at the exit of the pump? Thank u

[rahulmourya]

rahul maurya I love it thermal further i will research on it

[gooddeedsleadto]

Why is the process in the boiler not constant volume, because the size of the steam drum is constant?
Could u please clarify, thank u?

[lloydbenablo]

What happens if there are 4 pressures involved? so this means p1is not equal to p4 and p2 is not equal to p3? example problem below, this is my homeactivity and im a bit troubled by the pressure given
In a Rankine cycle power plant superheated steam enters the turbine at 18 MPa and 580 C. Steam expands through a single stage turbine and discharges at 6 kPa with stage efficiency of 82 %. The condensate leaves the condenser at 25 C and pumped to 18.5 MPa going to the steam generator. The pump efficiency is 77 %. For steam flow of 9, 000 kg/hr, determine:
a) Electrical power output of the plant if mechanical efficiency & generator efficiency
are 88 % & 92 %, respectively.
b) Heat added in the steam generator if boiler efficiency is 85 %
c) Plant thermal efficiency

[dvsalim]

can anyone tell me what convention he used for Work in/out and Q in/out

[husnainhyder]

Is it necessary to learn the Process T-s diagram
Or if it isn't Then what is the procedure of Drawing T-s diagram
for different Rankine power cycles
please help me with this
Thanks

[teavitaminc]

hi, nice video !
but i have a question on the net work of the rankine cycle. i found on a website that w(rankine) = w(pump) + w(turbine) . sooo... would be great if you could explain which is which.

[makinemuhendisi]

ı dont understand why wpump eguals to v( P2-P1) why we didnt add the internal energy to the eguation

[sofiaspassova]

isn't it H4 - H3, and H1- H4 instead? Or have you written it like this for people to remember that Wout and Qout are negative?