If water cooling my CPU, GPU, and Chipset all in one system. I thought about different ways to set the tubing up, and I finially came up with the setup that I drew in the linked picture. (pic is worth 1000 words)
Here is my Q: There will be a lot more restriction in the GPU, chipset line, and it will also be a lot longer. I'm not a physics major, but won't that cause some unwanted effects? Will the CPU line's water slow down to match the GPU/ chipset's water when they combine again? Will the water just go at different speeds?
I don't know how this will work out. I know that on a airplanes wing, the air is split before the wing, and combines after the wing. This is cond of like my setup. Just like my water lines being longer, the top of a air plane's wing is longer and curved. The air that goes over the longer path must meet with the same air that it split from, and thus (due to pysics) travels faster. Faster air moving over longer path = same as air moving on bottom. This is how planes fly!
But how will my water cooling be? I would think if would just be the same as with an air plane. But that means that the water going to the GPU, chipset will travel MUCH faster to meet up with the cpu water. If that was true, then why aren't people exploiting this, and making thier CPU line VERY long and another line very short. After all, then the CPU line's water would travel VERY fast to catch up.
I don't know what to think and this makes me hate physics more.
Thanks to anyone that A) can understand what I am even talking about. B)can actually provide me with a right answer.
Here is my Q: There will be a lot more restriction in the GPU, chipset line, and it will also be a lot longer. I'm not a physics major, but won't that cause some unwanted effects? Will the CPU line's water slow down to match the GPU/ chipset's water when they combine again? Will the water just go at different speeds?
I don't know how this will work out. I know that on a airplanes wing, the air is split before the wing, and combines after the wing. This is cond of like my setup. Just like my water lines being longer, the top of a air plane's wing is longer and curved. The air that goes over the longer path must meet with the same air that it split from, and thus (due to pysics) travels faster. Faster air moving over longer path = same as air moving on bottom. This is how planes fly!
But how will my water cooling be? I would think if would just be the same as with an air plane. But that means that the water going to the GPU, chipset will travel MUCH faster to meet up with the cpu water. If that was true, then why aren't people exploiting this, and making thier CPU line VERY long and another line very short. After all, then the CPU line's water would travel VERY fast to catch up.
I don't know what to think and this makes me hate physics more.
Thanks to anyone that A) can understand what I am even talking about. B)can actually provide me with a right answer.
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