INSIDE a CPU Heat pipe ?( vapor technology )
Вставка
- Опубліковано 21 жов 2024
- This video contains Paid links that gives me a 6% commission if you click and buy any product on that website . This video contains Paid links that gives me a 6% commission if you click and buy any product on that website . Check out my web site www.nobox7.com/ Check out my store front www.amazon.com...
Support this channel on Patreon www.patreon.co... Check out my store front www.amazon.com...
Support this channel on Patreon www.patreon.co... Check out my store front www.amazon.com...
A heat pipe is a heat-transfer device that combines the principles of both thermal conductivity and phase transition to effectively transfer heat between two solid interfaces. ... The vapor then travels along the heat pipe to the cold interface and condenses back into a liquid - releasing the latent heat.The components of a HP are pipe wall and end caps,
a wick structure and a small amount of working fluid. The length of a HP could be divided into three
parts: the evaporator, adiabatic and condenser sections. Heat applied to the evaporator section is
conducted through the pipe wall and wick structure, where the working fluid evaporates. The resulting
vapour pressure drives the vapour to the condenser, where it releases its latent heat of vaporization to
the provided heat sink [2]. The capillary pressure created by the wick pumps the condensed fluid back
to the evaporator section. This process will continue as long as there is a sufficient capillary pressure
to drive the condensate back to the evaporator. The selection of the wick structure could be an
important parameter which depends on several factors: working fluid, pipe material and working
conditions.
For designing a HP for specific application like solar collectors, one of the important elements is the
characterisation of the wick structure, in particular its permeability, the developed capillary pressure
and the effective conductivity [3]. In order to have a large capillary pressure difference, capillary
radius must be small. Permeability must be large in order to have a lower liquid pressure drop, a better
distribution of the liquid and therefore, higher heat transport capability. A large value of effective
thermal conductivity gives a small temperature drop across the wick, which is a favourable condition
for the HP performance.
Your interest is infectious 👍😎
Tks sir, u came up with things I want to see but no one else have.
That explains how they cool the components. Good video.
thanks now I can sleep well
Very Very Good Explanation, Thanks
I need to get me one of those magnifiers.
I thought air will travel through pipes via fan 😂😂
If the laptop is heating means is there any problem inside the heat sink pipe???.Whether I have to change the heat sink pipe ?? somebody told me like to change the coolent .. is there any chances to change the coolent of heat sink pipe??
Thanks brother ❤️🔥
So would a dent in the heat pipe cause it not to cool the CPU properly?
Ive been searching everywhere for the answer to this question as i accidentally bent it when i was trying to pull out the laptop fans
nice video. finally i know how laptop heatsink works
It hearts when you say it was just a copper.
12:21 Those old HP Pavilion are prone to overheating btw.
Excellent
It is filled with copper dust and a little bit of water in there at vacuum
I know exactly how you feel. I just learned this and now I'm going to show more appreciation for copper pipes. Can you do this experiment with a Chinese PC heat pipe, that would be interesting.
Cool brother
I have small doubt .. is there any liquid inside the heat sink pipe ..
Same doubtt
I had some puncture on my gaming laptop but the powder do not leak or come out. I just hope it mean that the housing is the only one got puncture.
Is there any way to refill this with fluid without destroying it? If so what fluid
what is the PDF link
?
What is that magnifier?
Subscribed
Thankyou
If they leak, the Laptop will overheat. CPU and GPU getting hot in no time at all. If it was his copper, the CPU would burn before the heat even reaches the condenser.
whats with the music? I would rather listen to what you have to say
yah i though that it is not hollow too
I'll send you another
4:28 "try not to damage it"
♥️
Did I not allude to this some place in my past comments? Maybe it was on another channel...
Yes i think you mentioned it in your heat engine description but i never new CPU's had heat pipes of this caliber , i just assumed i was looking at a copper bar lol , yeah i know i know ...Sad
Seeing as heat energy transfer is at the core of solar thermal power, such systems are very nearly the same systems I work with in my ammonia designs.
awesome , hope to see some of your work , solar is a prized solution for me , i have this idea to maybe use solar heat to make super heated steam then blast that steam into white hot solar heated trough tubes entrained with carbon powder . this would liberate large amounts of hydrogen and carbon monoxide that would then be used to run a conventional I.C engine . from cradle to grave it should be carbon neutral except the carbon refining process may be more energy intense then considered . if the carbon isnt pure the tubes may foul .
I would have had a lot of it done by this year if my track loader had not spent the past 4 years broken down. Hopefully next year I will have some significant headway.
Wow
ARE YOU AWAKE ?
ask your wife to make SENSE
out of it for you...
WORTHLESS ! video ?
Are you worthless ?
I broke mine how to fix 😂😂😂
cannot!!!
You cant
🌬💨🤯
กิตติพล ขาวงาม