Heat Pipe Working and Principle | Heat pipe

GATE mechanical engineering popular 20 videos | Physical significance of mechanical engineering topic playlist;
• GATE mechanical engine...
Heat pipes are the devices which enhances the heat transfer rate. Easy to understand , Learn The working and principle of heat pipes by this small lecture.

[@johnbarry8185]

Thank you, very much. You speak very fast, but you explained it wonderfully.

[@vishalbandal3113]

Useful video... Kal exam me help hogi...👍👍

[@SaiKrishna-pg7kz]

Thank you Sir 🙏🙏❤

[@mukilansmech4297]

Wow clean clear explaination understood right away

[@damodharamkovi3595]

Nice explanation. Thank you So much.

[@mokkastories1299]

Good

[@jagadeeshgurana4490]

Beautiful explanation sir

[@mcnikhilmc]

your english pronunciation is awesome

[@virendrakumarsrivastava9667]

Very nice

[@manasranjansahoo778]

Very nice explaining.

[@mohiththulasi1416]

Great explanation video on youtube .

[@febasm8914]

Thank you very much sir

[@KnowledgeAmplifier1]

Very nice explanation :-)
This is also used in Thermal control subsystem in Satellite ...Thank you for clearing concepts :-)

[@superprabal]

Thanks a lot. Short and crisp.

[@akshaykumarpatil3908]

This was the useful video ,it made me understand the concept completely & clearly ,Thank u sir .keep on making useful,worthy video like this

[@raghavendrakaushik4871]

Great video
Really nice explanation!

[@mohameddaly1355]

thanks brother for your explanation

[@user-tl6gg8hx4k]

Very useful vedio..Thanks...

[@PK-lc4fx]

nice sir

[@forex-chart-analysis-daily]

sir i want install heat pipe with coustome heat sink tell me what is better heat pipe hed open or close

[@gaurirakhade8267]

Thank you so much Sir...!👍

[@pvnprasad1747]

Good explanation

[@eerie-000]

The movement of liquid from hot to cold is by vaporization not cap. action.

[@yashkoli3135]

Helped me...! Thank you

[@SuyogPote]

Bhai thanks.....i got how it works....

[@adityakshirsagar6059]

Thank you sir language is fluent and perfect clear to understand
Explanation simply understanding

[@williamferreira20]

really? im lost on language but for the commnets i think that is a good explanation

[@anasKhan-lt7wo]

You have high data transferring rate sir😊😊😊👌👌👌👌👌👍👍👍

[@brahmanda8200]

great explanation and very understandable!

[@masoodalam5262]

thanks for heat pipe working, but sir ur second written statement is in correct as capillary action is occur from cold to hot region not from hot to cold..

[@Dr.AmitMandal]

I know that but most if the viewers are able to notice that error.

[@PareshGujarati]

Thanks for the nice explanation

[@vikashchauhan9091]

well explained ..

[@winterhaydn5640]

Thank you sir. Very good sir.

[@gopalsb6146]

well understood sir

[@alternate_lyrics_telugu]

Thank you Amit

[@edwin_davis]

Thanks for the video

[@anasKhan-lt7wo]

Nice video

[@ranjitkumar555]

what are the applications of heat pipes?

[@jaypanchal1997]

sir please upload video on gyroscope and effect of gyroscopic couple...

[@Dr.AmitMandal]

+JAY PANCHAL have uploaded..

[@gombogombosvren3629]

What is the liquid

[@akshaysutar5189]

Thank u sir...☺️

[@vinaynandurdikar2005]

Thank you

[@pranavchoudhary5969]

Brand yo yo
😘😘😘😘😘😘😇😇😇😇

[@shubhamraut6622]

Sorry to say but capillary action take place from cold to hot reservior on 0:14 sec

[@Dr.AmitMandal]

+Shubham Raut its a typographical mistake. However the context is correctly understandable. This is the reason i apply disclaimer at the end of lecture...

[@manikanthreddy2690]

Sir what happens if entire heat pipe is placed on a hot material

[@mdaamirsohail1492]

if that happens then there will be no condenser in the heat pipe since both of its end exposed to the heat source both of its end act like evaporator from there continuously vapourization of liquid in the heat pipe takes place since there is no condenser there at that moment all the liquid inside of it convert to vapour when that happens the temperature of heat pipe will increase beyond the saturation temperature of the working liquid and it fails to transfer the heat.

[@chandansangi06]

Excellent explanation