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satanicoo · 11-19-2003, 04:33 PM

Hi guys.

I am here again to trow some thinking to this mess that is called watercooling.
Basing myself on a Rotor's idea in parallel/low flow blocks and on High pressure pumps i came with this:
Imagine a WW with 1mm high walls, 0,1 mm tich walls with 0,1 mm space between each.

A very restrictive block. But if used with a very high pressure/low flow pump, it could outperform the best blocks around.

Now imagine 3 of these blocks in parallel:
-2 for CPU
-1 for GPU
And that the pump is able to provide the flow (very restictive blocks) equal on all of them, with high pressure so that the water INSIDE the block is fast.

We would have only 1 pump, with 3 superb-performing blocks, and water passing slowly on the radiator (with water being cooler more).
Of course, the pump could no be an impeller one, probably an piston one or others.

Give me your thoughts on this.

11-19-2003, 04:33 PM	#1
satanicoo Cooling Savant Join Date: Nov 2002 Location: portugal Posts: 635	More Teory - Very low flow with very high pressure Hi guys. I am here again to trow some thinking to this mess that is called watercooling. Basing myself on a Rotor's idea in parallel/low flow blocks and on High pressure pumps i came with this: Imagine a WW with 1mm high walls, 0,1 mm tich walls with 0,1 mm space between each. A very restrictive block. But if used with a very high pressure/low flow pump, it could outperform the best blocks around. Now imagine 3 of these blocks in parallel: -2 for CPU -1 for GPU And that the pump is able to provide the flow (very restictive blocks) equal on all of them, with high pressure so that the water INSIDE the block is fast. We would have only 1 pump, with 3 superb-performing blocks, and water passing slowly on the radiator (with water being cooler more). Of course, the pump could no be an impeller one, probably an piston one or others. Give me your thoughts on this.