Angry
Limp Gawd
- Joined
- Feb 27, 2006
- Messages
- 482
An update to the previous video, now compared to an original 212 and ek aro.
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I'm pretty sure it's just a fun experiment. You guys are so serious lol.
I wish he would have added a 212 with hi-flow fans in push\pull to the testing. This probably would have given results closer to the "watercooled" 212.
My take on this is that they wanted to test how quickly the aluminum fins start to corrode in the presence of the copper heat pipes. This test setup allows for easy visual inspection at all times and the loop can be in operation continuously. Everything else ("hey, how well do you think this thing would actually cool a CPU? lol") is bonus.I guess my question is, why?
My take on this is that they wanted to test how quickly the aluminum fins start to corrode in the presence of the copper heat pipes. This test setup allows for easy visual inspection at all times and the loop can be in operation continuously. Everything else ("hey, how well do you think this thing would actually cool a CPU? lol") is bonus.
Edit: They put red coloring in it. RIP my theory.
I'm waiting for the air-cooled water cooler mashup. Oh...wait... rads are already air-cooled. That's the place for real innovation. Water cool the air-cooled rads! So much thermal genius, so little sense.
You're shitting me. There has to be plenty of research and data on the process and all they had to do was plug in some data into an existing formulae to answer the question.
This is an example of what I mean, although the metals and conditions differ.
https://www.chegg.com/homework-help...-couple-equal-areas-carbon-steel-iro-q8813155
The rad is at floor level with 2x140mm fans, in contact with nothing other than the carpet and a glass jar to hold one end up.Is there a direct electrical connection between the blocks and radiator core nenu?