Thermodynamics: Closed feedwater heaters, Vapor-compression refrigeration cycle (37 of 51)
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- เผยแพร่เมื่อ 30 ก.ย. 2024
- 0:01:15 - Closed feedwater heaters
0:11:50 - Overview of refrigeration cycles
0:14:28 - Coefficient of performance for refrigerators
0:16:01 - Coefficient of performance for heat pumps
0:20:38 - Carnot refrigeration cycle
0:22:03 - History of units used in cooling
0:23:18 - Overview of vapor-compression refrigeration cycle
0:32:29 - T-s diagram of vapor-compression refrigeration cycle
0:37:29 - Components of a typical home central air conditioning system
0:45:53 - Selection of refrigerants
0:51:08 - Revisiting coefficient of performance for refrigerators and heat pumps
0:54:36 - Example: Refrigerator
This lecture series was recorded live at Cal Poly Pomona during Spring 2018. The textbook is Cengel & Boles, "Thermodynamics: An Engineering Approach (8th edition)."
Want to see more mechanical engineering instructional videos? Visit the Cal Poly Pomona Mechanical Engineering Department's video library, ME Online (www.cpp.edu/meo....
took his lectures for both, thermo 1 and thermo 2. Luckily the course outlines were same and i kid you not i secured an A grade (highest grade) in both of the courses. He cultivated a love for thermodynamics and HVAC in me that the teachers at my university couldn't. He has a hold on this subject that is unparalleled and there is nobody who can teach this better than him. Thank you Sir David Miller, i am truly in your debt forever.
I just finished my final for Thermodynamics last week (I'm studying in Australia). I'm not sure why I opened up this video, especially since I am quite over it after studying it so hard, but there's something about these lectures that I love. What's also cool is that we used the exact same textbook!
It is a very common textbook. These videos will remain TH-cam for the foreseeable future, so you can revisit Professor Miller as many times as you like!
This video and the previous other videos really help me on my studies. I don't know why but it's just that Prof. David Miller have that kind of charisma that you could easily understand every topic he would discuss. Love from Philippines❣️
I watched just your lecture videos for my thermo fluid applications course, and got a 100 on my midterm exam. I cannot thank you guys enough for the amazing content. Keep up the good work.
I fall in love vd the lectures of cppmech eng .....plz upload all subjects lectures of mechanical engineering such as control engineering, maintenance engineering ,project management,mech vibrations ,theory of mechanics,machine design
Eventually we will. The pandemic slowed us down a bit.
I am a chemical engineer and we exist, yes xd. 48:42
Are you sure??
@@CPPMechEngTutorials omg to be or not to be, Hamlet was right.
Love these vids. Pls keep on uploading videos. Much love from Edinburgh.
Thanks!
Sir! Can you upload the lectures on Internal Combustion Engines by Prof David Miller.
Sorry, his IC engines lectures have not been recorded.
Thank you very much for the excellent content, would it be possible to post lectures on the topic Process Control Dynamics, thank you
Sorry. At the moment we have no plans to record a lecture series on control systems.
Professor Miller is a great lecturer. Especially when it comes to internal combustion engines!
ICEs are his specialty!
Hello, thanks for the video. I want to ask a question, mostly in every Mechanical Engineering, is it okay if students study Heat Transfer without finishing the whole Therymodynamics? I mean, now in my campus I'm having my Thermodynamics 1, but I want to use my spare time to learn Heat Transfer... Is there any disciples that I should finished first before going to Heat Transfer?
You may want to study fluid mechanics as well because convection requires topics from both thermo and fluids.
@@CPPMechEngTutorials okay i understood, thanks for replying.. 😊
Does cal poly engr students not have a uniform?
No uniforms Cal Poly Pomona or any other Cal State University.
Do you have a uniform for any university in your country?
Tnx sir
Our pleasure.