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looking good, don't fully agree with the excess of bends in it but its your system
Very colorful indeed!
if ure getting all the jokes serious.. Let me be a bit serious .. that ice cube thing was a total joke and the bends causing the excessive heat was a joke being unable to place dolphin was a joke.. its on the exact place where I wanted it to be.. and No offence I literally had cooled thousands tons of water within the years I have some clues about how does water cooling work(Not a joke) having lots of information is something givin that information life is some other .-) and if I have any problems with temps I know more serious ways to express them I suppose...Bends do not increase temperature directly. One of the things that do increase the temperature is the flow reduction (due to the lenght and the turns that the liquid is forced to take which actually exponentially decrease your flow compared to regular resistance of the tubes), liquid likes to take it easy and go straight as much as possible and least amount of resistance, bends do increase this resistance and some of those 180 degrees bend you made do decrease the flow ALOT)
In short decrease the lenght of your tubing and decrease the number of bends. For example the tubing running from the res to the GPU is 3 times longer then necessary even including the flow meter which imo has no use except for aesthetics. The gpu to CPU tubing could be reduced simply by using a straight fitting.
res to gpu: 3 90 degrees bends should be more then enough
gpu to cpu: 1 90 degree bend
the rest is fine except for them not being straight, this can ofcourse be forgiven
on your temps, do remember that heat transfer decreases (it takes more time) the smaller the ▲T , reaching ambient is nearly impossible and not worth it considering the noise it will make. Balance temperature and noise, and 5 ghz (is not a mild overclock. do realise that your gpu at stock is around 250W and your cpu overclocked is around 150W thats a total of 400W that needs to be cooled through the loop (not taking into account the heat produced by the pump ofcourse): the rads thickness, total cooling surface (fins per cm²), material used for heat transfer (thermal conductivity coefficient or λ) and the water flow (trust me there is more but lets keep it "simple"). make a fancy calculation out of this (or formula if you want, cba to make one tbh) and you get your temperature above ambient.
its a asus board, do they still lie approx 10 degrees?
the rest is fine except for them not being straight, this can ofcourse be forgiven
Maybe on AMD boards? Never heard that with Intel.its a asus board, do they still lie approx 10 degrees?