Just a random, bored side question...
Can anyone think of any Mathematical Formulas that an be used for water cooling? Ex: Calculating heat transfer in the loop, Calculating the curves in the water cooling loop and using that to calculate water flow resistance, etc.
I just thought it'd be cool while I'm waiting for my last part to build my pc, to come up with a general idea where to place all my cooling stuff, what order to put them in, etc, to get the best out of my water cooling setup.
Only one I can think of is E=Cm(DT), E is the energy, C is the heat capacity of the material (copper, etc), m is the mass, and DT is the increase in heat. It can be used to calculate how much warmer a material gets after heat is transfered to it. Ex: Use this formula to disprove the theory that putting a cpu block before a video card in the loop is bad.
Finally putting Calculus and Chemistry to good use...
Can anyone think of any Mathematical Formulas that an be used for water cooling? Ex: Calculating heat transfer in the loop, Calculating the curves in the water cooling loop and using that to calculate water flow resistance, etc.
I just thought it'd be cool while I'm waiting for my last part to build my pc, to come up with a general idea where to place all my cooling stuff, what order to put them in, etc, to get the best out of my water cooling setup.
Only one I can think of is E=Cm(DT), E is the energy, C is the heat capacity of the material (copper, etc), m is the mass, and DT is the increase in heat. It can be used to calculate how much warmer a material gets after heat is transfered to it. Ex: Use this formula to disprove the theory that putting a cpu block before a video card in the loop is bad.
Finally putting Calculus and Chemistry to good use...