Reciprocating Compressor , Working and derivation of workdone.

[@RashidAli-zq4cn]

Kamaal ki knowledge h sir apke paas dig fan of u sir

[@viveksharma5483]

Finally found a satisfactory explanation🙂

[@SunilPGIME]

nice sir !!!!!!!!! VERY GOOD EXPLANATION

[@taushifjamal5294]

Very easy to understand 👍👍👍

[@aafakmunshi5281]

yaah...it is very easy way for learning and for concept clearing.

[@mohammadshahnawazhussain8229]

awesome explanation sir hello sir i am your student studied in poornima uni . I want you make a video on screw compressor and scroll compressor .

[@vinaykumaruppala4673]

superb......thank you paajii

[@ACF11JULY24]

there is no need of disclaimer I just say one thing about this short lecture. SUPERB

[@shankykumar5319]

Very very good..... meja aa gya bhai....

[@deepakPanwar-c7r]

wow! great explanation.

[@suryaprakash8638]

very easy to understand sir.. thank you very much

[@Soman89]

If constant pressure at which air is sucked inside the cylinder is atmospheric pressure, how valve will open if pressure on both side of the valve is atmospheric pressure

[@mohmmednawaz890]

How does polytropic compression area derive

[@shikharana3307]

thankuuu soo much sir ...it is going to be very helpful to me 🙋

[@snehalrajurkar320]

Sir...It was an awesome lecture....very helpful....sir can you share about how to calculate inertia load of reciprocating components....thanks in advance

[@mshujaatali6300]

Very easy to understand Thanks

[@learnphysics6455]

Best explanation

[@abinvarkey2331]

I have semester exam this Wednesday and I thank u for the help

[@अण्वायुवरीवर्त]

Wow what a coincidence I have my thermodynamics exam on this coming Wednesday

[@aniljoshi1001]

super awesome!!!

[@suyashdwivedi7754]

It's without clearance

[@Soman89]

P1 should be less than atmospheric pressure then only the valve will open. There has to be the pressure difference on both side of the valve.

[@Dr.AmitMandal]

It is slightly lower which is not considered.

[@alternate_lyrics_telugu]

Thank you Amit

[@farheenriyaz3460]

thank you sir

[@Rajendraprasad-es8vd]

sir it was an awesome lecture. I think if we are considering the piston-cylinder arrangement as the compression process starts the pressure inside the cylinder increases and then the outlet valve opens when pressure becomes more than the pressure in storage tank or pressure valve. so with an open volume we can't increase the pressure that's why the process is isobaric. This may be a reason for that. Is it?

[@Dr.AmitMandal]

+Rajendra prasad Swain actually when the mode changes from closed to open valve then due to small displacement of piston compared to large system ( large volume of pressure vessel) the pressure change is very small and insignificant

[@saichaithanyajoolakanti928]

What is cp cv T1 T2 R??

[@jigneshraval3110]

Please make Video hindi 👍

[@ACF11JULY24]

let's subscribe

[@itsok2902]

Thank u

[@satyampsm3636]

Great

[@SonamKumari-qr8lg]

Thanks sir

[@tanishqsolanki2721]

awesome (y)

[@SurajSharma001]

Thank you so much sir ji. Ye with clrearence volume tha, without clearence volume ka note mil jaata to aapko aur ak baar thanks bol dete. [e-mail]

[@arpitagrahari7157]

thanks sir..

[@frictionless]

The formula derivation is incorrect. work done in open system should be W1-2 = integration(v.dp) and not p.dv

[@Dr.AmitMandal]

No the result of derivation becomes P=VdP

[@frictionless]

Sir, We should take area towards y axis or x axis?

[@अण्वायुवरीवर्त]

@@frictionless both will work but in limits of Y U will have to use change of orders for double integrations So easy n preferred is normal way Plus in that other way u will have to encounter some variable limits

[@AmanSingh-qj8fl]

Thnx sir

[@arunodyahimachal9092]

nice

[@ngvsuministrossac6279]

your email please...! i need to ask a question

[@gajendrarock1707]

Dear sir u did wrong expressions for the

[@shivanandsinghPCEME]

Thank you sir

[@rahulchaudhari2727]

Thanks sir