Is the Nexus TDD-3000 Heatpipe Effective for Cooling Laptops?

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The Nexus TDD-3000 Heatpipe's effectiveness for cooling laptops is questioned due to its placement, which does not target the hottest areas of the laptop. Users report that the heatpipe does not efficiently dissipate heat, as it tends to heat up without effectively moving heat away from the laptop. Modifications, such as adding extra USB fans, have been attempted, but results are inconclusive due to issues with temperature monitoring. A suggested experiment involves comparing the cooling performance of the heatpipe against a standard surface using thermometers. Overall, the heatpipe may need a better design, such as an improved radiator, to enhance its cooling capabilities.
Ebolamonk3y
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http://www.nexustek.nl/tdd3000.htm

This product, which I currently have, claims that the heatpipe system can draw out the heat... well... As you can see on that site the heatpipe is at the worst places beacuse the center of the laptop is where it displaces most heat and where a few heatpipes should be...

I modded this by adding a few extra fans via USB. :)


But I don't know how those are working because my ACPI d4mn isn't updating my CPU temp. :( :(


Does this model physically work or does what it claims?


Anyone? Anyone? :)
 
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1. Bring two identical pots of water to a boil.

2. Remove pots from heat, wait a few minutes.

3. Place one pot on the laptop cooler, place the other one on whatever table you normally rest the laptop on.

4. Put a thermometer in each pot; record temperature versus time for several minutes.

5. If you're not interested in doing this yourself, find a middle school kid and get her to do it as a science fair project.

P
 
haha... I did that for the the cooler already... the heatsink part of it doesn't seem to disappate heat... Rather, the whole cooler heats up and the heatpipe gets hot... But it doesn't "move" anywhere...
 
If the pipe heats up, then it's increasing the surface area over which heat can dissipate into the cooler environment.

Now that I think about it, though, that pipe is not that large compared to the surface area of the laptop that's already getting fairly hot.

I still think you should compare two pots with thermometers (as opposed to qualitative 'it-still-feels-hot' measurements), but I don't think they'll be much of a difference.

The wicking-system might work, but it really needs a good radiator, maybe in the form of a mesh 'skirt' that hangs down over your knees when the machine sits on your lap.

P
 
I have recently been really interested in the derivation of Hamiltons Principle. On my research I found that with the term ##m \cdot \frac{d}{dt} (\frac{dr}{dt} \cdot \delta r) = 0## (1) one may derivate ##\delta \int (T - V) dt = 0## (2). The derivation itself I understood quiet good, but what I don't understand is where the equation (1) came from, because in my research it was just given and not derived from anywhere. Does anybody know where (1) comes from or why from it the...

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