RANKINE CYCLE (Simple and Basic)

[@alinaasim9713]

The illustrations are so refreshing to look at and learn after the hours I've spent reading books. Amazing work! Thanks youtube :D

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@Superninja1211]

The vid is great. But god damn the background music is driving me nuts....

[@EarthPen]

Yes sir! We have that covered and that would be our major improvement to more engineering topics to come. Thank you for your support!

[@VJ-yk9dk]

Video is great ❤️👌.i think the background music is also nice

[@soske1872]

alan perera Agree, Music added some nice chill vibe to the vid. Great work in general

[@SampathKumar-kx5bm]

Dear friends pl kindly see my next video I will play Thanam technique Raga Ravathi please give good coments tq

[@BloodCatters]

Man music can be good in KZbin videos I got it but not a music in a loop when you try to understand a thermodynamic process. Thanks for the video anyways :D and also good animations btw

[@EarthPen]

Thank you for the idea sir, and yes we apply what you said on our other videos.

[@iulianhodorog9979]

That backwards turbine is really annoying.

[@kemzi2454]

This is so amazing, detailed, and clear. I'm so grateful for your content!

[@EarthPen]

Thank you so much for your kind words. We are so grateful with your support. 😊

[@jimhinkley8983]

that music is doing my head in

[@evilpanky]

Ungrateful

[@jonaspetelo2525]

"there's no pump that can pump steam so we use a condenser" this was great

[@David_Mash]

Why would you even need to waste energy on the pump. There should be a thermosiphon effect.

[@brendanc9276]

​@@David_Mash i would assume relying on the thermosiphon effect by itself wouldm't generate enough pressure to allow the steam to reform

[@erhardbock1228]

From 3-4 there is an isothermal process taking place i suppose. Because the Temperatur would change if it was an isobaric process as you assumed. Plus there would be a different curve within the T-S diagram for an isobaric process.

[@demonhunter5520]

0:46, felt snubbed as a nuclear reactor operator when it didn't mention uranium fuel. Nuclear power plants also deal with the Rankine cycle.

[@carmechanic5497]

Please remove Music

[@lockercoin3693]

absolutely fantastic videos! i am a 4th year engineering student doing my graduation thesis and this video brushed up my long forgotten thermo!

[@EarthPen]

I hope for flying colors and a happy graduation to your studies sir. Thank you for the support!

[@Frederik19951995]

4:25 Not converted to superheated steam. But only saturated steam

[@JesusMartinez-zu3xl]

Im taking applied thermo and this video helped a lot!!

[@patelmonik4448]

you make it really simple in understanding. Can u pls explain organic rankine cycle same as. thank you

[@ismincmuhi5127]

know it clears confusion in my mind, thank you !!

[@EarthPen]

It's our pleasure.

[@mohamedmagdy299]

great explanation , but music is too loud

[@smferreiro2610]

The "turbine" featured is actually a compressor but, besides the detail, great video!

[@adithiyabharathwaj8372]

How?

[@EarthPen]

Yes, you are correct. We will be editing this video in the future.

[@jeffbrunswick5511]

I used to teach thermodynamics and it is one of the most badly explained topics in science. I think it is a legacy of the people that were pioneers in the field. They happened to be awful teachers that came up with bad explanations which have been repeated from one generation to the next. This is a shame, because thermodynamics is a wonderful subject that can be incredibly useful.

[@tamilplaychannel]

The world is revolving because of people like you.

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@omarjallad2001]

this is a great video Thank you so much for the easy explanation and the illustrations

[@EarthPen]

You are very welcome Omar.

[@dibyajeetpradhan6411]

Such a smooth explanation........... Loved it.....

[@jimhinkley8983]

same systems are used in solar thermal plants to make electricity from concentrated solar energy. you don't have to have combustion systems

[@ingenhop4365]

also geothermal is possible.... it does not matter where the heat comes from... admittedly fossil fuels make is very easy to provide this heat, but are we happy to live with the consequences of continued fossil fuel usage... in saying all this... thanks for the very instructive videos... they help me teach a lot!!

[@dahubs4325]

Nice and understandable way of presenting this topic - thanks for the video

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@mertcabilar]

Recap for the video, you should've been explaining the important parts with more feelings, this is what differs a good tutor from a tutor. I had to re-watch some parts. Nice job and since you are a young fellow engineer, I hope the best for you. You've been useful for me to understand whats going on :)

[@EarthPen]

Cheers to all of the Engineers in the world. 😊

[@jmaxx00]

Kuddos for the presentation. An easy way to understand for us students and also very informative. Thanks! I look forward for more videos :D

[@EarthPen]

Thank you!

[@zulmam9677]

Thank you so much for the easy explanation and the illustrations! After watching this, I finally understood the basics of the Rankine cycle a lot better than from my professor's confusing explanation. The graphics were amazing and I actually felt that the music infused the video with a positive vibe, making the video more entertaining to watch. So, once again thank you for sharing such informative and creative content!

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@alvinjanborja6145]

I like the style of your video discussion. I hope you can make more of this.

[@EarthPen]

Yes, we will. Check out for more videos soon :)

[@studywithsmartwork9953]

good video try for more video u will get success because u have good content

[@EarthPen]

Sir you truly inspired us with your comment. Actually we are now currently polishing a brand new topic. Thank you for your support!

[@MagnificentFitness]

this is a great video, way to make a complex topic seem so simple

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@Sivaramakrishna98]

Detailing is very clear

[@user-or2rv9yt4p]

Great video! Does the pressure change inside the boiler?

[@robertdestefano3476]

What does the S represent on your S vs T graph? If it's entropy, how does entropy decrease at all (3 to 4) over the condenser?

[@shairavacalares5877]

Thank you for making this topic very understandable and fun at the same time 😊 Hoping for More videos soon 😉😊

[@EarthPen]

Your welcome!

[@robertovilchis6068]

Hello. In the condenser, when the temperature drops, why doesn't pressure drop too?

[@EarthPen]

I hope I can answer it in a very simple way. But here it is, Heat Exchangers does not drop their pressure ideally since we are not compressing and expanding a fluid.

[@robertovilchis6068]

@@EarthPen Makes sense, thanks for answering!

[@ss-sq1hn]

Can someone explain what kind of feedwater pump can handle this kind of temps and achieve bigger than boiler pressures? Can you use a smaller turbine working as a pump directly connected to the turbine shaft?

[@EarthPen]

Brother, remember that feedwater pump must have higher pressure than your boiler because that's how Second law works. Also, there are main turbines that have 3 types of turbines connected in one shaft (HP, IP, and LP Turbine).

[@ss-sq1hn]

@@EarthPen I know this already, but the main question was about the pump.

[@shreekanthkulkarni7352]

Very nice make videos of regenerative, reheat cycles... This is Easy way to understand these topics 💞❤️❤️

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@balavignesh1312]

I dont get it thedigram 3 to 4 shows the constant temperature i mean the straight line,but condenser to pump the temperature is decreased compared to the inlet of the condenser how???can the line to 3to4be straight??

[@devivara1162]

Sir why gearbox and coupling used in steam turbine????

[@aaefcfbac]

I don't think the heat source has to be coal, oil, or natural gas. It could be any heat source, such as geothermal, molten salt from concentrated solar, biomass, etc.

[@EarthPen]

Yes surely it is. Thanks for your feedback

[@lindumenzidludlu2213]

You confused enthalpy for entropy. Good video though

[@marygraceabarca4382]

Looking forward for more videos. Good job. 😊

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@simplecreativity6809]

Excellent explanation. Thanks

[@EarthPen]

Thank you so much for the appreciation sir. We will be uploading more videos soon!

[@Aline_Studio]

Really simple and easy to understand - but - the background music was too loud and distracting. It was hard to concentrate on the topics that were discussed because of it.

[@EarthPen]

Thank you for the suggestion! We will be adjusting things to give you a more comfortable feeling on watching our videos.

[@mithrangopakumar7996]

Well Explained ❤

[@roryscottish8053]

Could this be a perpetual motion device if the device is generating it's own energy for evaporation and condensation?

[@pedrovisco9231]

Dude, this kind of thing doesn't exist. The carnot efficiency (just based on the temperature difference, ignoring all the losses) never gets 100%. Beside that, there's something called "the second law of thermodynamics" that says that the entropy of a closed system ALWAYS increase through time. In other words, you cannot create a perpetual motion or infinity energy device.

[@HansKrMusic]

thank god for the advancement of auto-generated subtitles. The accent is so difficult to understand (+music). AI can distinguish the words better than I can. What a time to live in

[@MrLinox92]

Really easy to understand! great video.

[@EarthPen]

Thanks, hope our video helps you understand in the easiest way.

[@yaswanthchunduru5298]

Very nice and clear

[@dollyarthiya7661]

thankyou sir ...we need more and more videos regarding mechanical concepts pls support.

[@EarthPen]

Thank you so much for supporting our channel. We really appreciate it.

[@x_keamas]

Thank you so much ❤

[@numatechprototypes222]

perfect a closed loop cycle now just replace the water with a low boiling point liquid and Bam higher efficiency bye needing less input heat this is what ill use for my fusion reactor prototype. I have four vids up about it.

[@abednegovidolo7665]

thanks for this great video

[@EarthPen]

It's our pleasure. 👍😊

[@ssivaramanaero-hicet4968]

which software you use for animation purpose

[@nicoalbus_10]

I think the formula of the power needs the mass flow rate but not the work itself. Please correct it

[@EarthPen]

Yes you are totally correct my friend. The all of heat and work on the formula for each process should be "rate" and it seems we have not put a "dot" above it. Anyway, we are going to edit it soon. Thank you so much for correcting us.

[@proprojects2807]

Nice explanation 👌

[@EarthPen]

Thanks man! 😁

[@musclepreneur]

Why did u stop uploading more videos...You r doing Great.. Please Continue your Work👌👍

[@EarthPen]

Sir this kind of comment is our inspiration. Definitely we will be uploading more videos soon! Thank you so much for your support.

[@michaelmcleary8566]

This appears to be a good, informative presentation but I stopped watching after a minute due to the distracting music. Imagine going to a lesson and as the lecturer is talking there is music in the background at the same volume as the speaker. There are some excellent comments here but as a mature learner it is too distracting for me. IMHO if the info is well presented, you don't need music.

[@ferhanlimpao7905]

Thank you for the nice discussion

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@arjunvs6329]

The animation is very helpful but the music could have been avoided or at least kept in a lower volume (because the narrator's accent is already difficult to understand).

[@brokenEngineerMathAndPhysics]

The video is cool and appreciate the hard work , but the background music does not give me the chance to focus.

[@EarthPen]

Actually, we are planning to make a better version of this. But thank you for your suggestion. 🙂

[@mgakhtar1001]

H is enthalpy, I'm sure the guy mentioned it as entropy

[@manibitra0099]

Good teaching

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@teluguvideomemetemplates1528]

thank you bro ❤️

[@lacey86]

Good but a shame the music is so loud. I can hardly hear the speech.

[@wontawnnn]

awesome video! straight to the point- this was a good review for my thermal systems design class

[@EarthPen]

That is our goal when making videos. Easy and straightforward.

[@haribalajir7284]

Clearly understood

[@EarthPen]

Thank you for your support sir

[@mohamadbakhtiari7380]

thank you for your effort

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@micheekisukilakamba1435]

Great ! Thanks

[@martinrausa6900]

Energy convert no directly mechanical to electrical but chemical to thermal after to mechanical after to electrical

[@baluyutfamily5175]

nice video. keep it up!

[@EarthPen]

Thank you! We will be uploading more fun videos soon!

[@patriot159]

good video, but I watched it muted. the music ruined it all

[@RifkyNasution22]

Thanks

[@uzziekiellostwanderer3606]

Good Day Easy Engineering... Thanks for this simple yet very well explained Rankine Cycle... It seems Studying Thermodynamics is fun... I enjoy watching it because of the music that is very relaxing; and also that music gives also positivity while listening on you... I also like your voice because it sound relax that you do not imply to learn it immediately... it seems that my brain is so relax that its absorbing all the knowledge i needed to know.... If you don't mind,... me I know the title of the background music so I can also listen to it while studying to other subjects.... :-)

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@MalikUsman-xh7kx]

thank you really helpful

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@wpocpo1919]

Add efficiency of rankine cycle

[@andrysirait3748]

Process 1-2 as i know isentropic compression in a pump. But i not see in this video. cmiiw

[@romeomedina-ontiveros8646]

Great vid, easy to follow 👍

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@GauravGupta-pb8mk]

Thank you sir

[@EarthPen]

Thank you for your support man

[@husnainkhan6374]

The background music is very irritating. You should upload such types of videos without music.

[@destinysibanyoni4153]

Excellent engineering explanation

[@EarthPen]

Thanks man!

[@allysweet28]

GENIUS!!!!

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@danielalfamo3378]

This was a great explanation!

[@dezdezasseis]

Well explained

[@EarthPen]

Thank you for the support sir!

[@jagadeeshgurana4490]

excellent...

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@austinlemuel5012]

Thanks boss

[@a93397]

you are great! looking forward to your video.

[@EarthPen]

Thank you so much! Yes actually we are currently making other fun engineering videos.

[@dollyarthiya7661]

we need to know all cycles

[@EarthPen]

Please subscribe and explore our channel. Hopefully you can find the cycles you arr looking for. 😊

[@bijilsajeev2541]

Thx...😍

[@louism.4980]

thanks a lot!

[@EarthPen]

Thank you also for your support sir!

[@jeetmaster5144]

Nice sir

[@Alhapra]

thanks you sir

[@EarthPen]

No problem sir! I hope we have provided you with what you have been looking for with this topic.

[@navithapzal7701]

Nice bro

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@jeyaraman2394]

great

[@franztwo9595]

Nice

[@venkateshsherikar6439]

Awesome

[@EarthPen]

Thanks man! It's our pleasure. 👍😊

[@BANKO007]

The music is hellishly distracting. Could you repost without the background noise?

[@EarthPen]

Actually we are planning to have a better version of this video. But thanks for your suggestion. 🙂

[@karthicksampath3158]

sir otto cycle please

[@EarthPen]

We will upload more videos soon :).

[@arsalanzahoor2840]

bro you have used wrong symbol for turbine

[@takeadeepbreathandfocus]

+1 subscriber

[@kyleblue6094]

I just wanna graduate.