Thank you so much for explaining everything in such great detail. Your analysis of this cycle was very easy to follow. I will share your video with my fellow classmates
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I know its a old video, but i still have hopes that someone can help me, so, what if we use another fluid other than air, like ammonia or Tetrafluoroethane, R-134a, what would be the change in the equations?
Your positive comment motivates me. My goal is to create largest community of engineers in entire globe. Please help me by sharing this video or channel with your friends.
Your positive comment motivates me. My goal is to create largest community of engineers in entire globe. Please help me by sharing this video or channel with your friends.
Your positive comment motivates me. My goal is to create largest community of engineers in entire globe. Please help me by sharing this video or channel with your friends.
It was very good lectures and the meaning of pv and ts diagram is actually i learnt today
Thank you dear
Thank you so much for explaining everything in such great detail. Your analysis of this cycle was very easy to follow. I will share your video with my fellow classmates
Thank you matthew. And welcome
nice explanation by seing your video i can understand bell coleman cycle clearly thanks for explanation
Welcome dear.share video and channel with your friend.
Thank u for the lecture. Easily learned more lectures are uploaded
Welcome @surya narayana.share video and channel with your friend.
Awesome learning skills sir
Great effort from your side
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Why have you used Cp while calculating isentropic work. Since it is isentropic, Q=0. Thus W =-del U=Cv(T1-T2)??
Truly a nice explanation
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Nicely explained. Thanks!
Welcome
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This lecture helped me a lot to understand Air Refrigeration Cycle. May I ask what is m CP? I'm sorry I might be just confused
M means mass of air and cp means specific heat
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My goal is to create largest community of engineers in entire globe. Please help me by sharing this video or channel with your friends.
@@bestmechanicalengineeringOhh Thank you!
@@bestmechanicalengineering and ofcourse!!
I know its a old video, but i still have hopes that someone can help me, so, what if we use another fluid other than air, like ammonia or Tetrafluoroethane, R-134a, what would be the change in the equations?
The equations will remain the same for any working fluid. However values of Cp, temperatures and pressures etc. will differ for different fluids.
Well explained,
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Well explained
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how Wc=mc(t2-t1)pls explain
How expansion is happening when temp is decreasing ( in T -S diagram process 3-4)
During expansion of temp and pressure both decrease
@@bestmechanicalengineering how?
Super
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Please share the notes
nice language
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