Hi Ricochet J,
I'm a data analyst at the moment. If stuff hadn't gone wrong I'd be doing a PHD in Physics now or Naval architecture. But thats lift.
Incropera is good, I'll take a look at Hewitt, Shires and Bott +Rohsenhow, Hartnett and Cho.
Physics books always make good reading.
I was a technical sales engineer, but I got fired for having cancer in January. So now I analyze data. Boring data but still, keeps the maths up while I look for something more permanent (and of course better paid).
As for the modeling, I was already down the 2d route. 3d is just unnecessary and given the turbulence in the pipes, largely can be ignored.
I'm working on all the thermoelectric loops at the moment. They're the more complex ones.
Still from the current flow rates, the pressure in the ram slots is good. Arguably I could use smaller ID tubes there to increase flow speed, but that depends on how good the Y splitters are. I'm already losing a lot of speed in the first Y junction.
Im also having to take into consideration the reduction in CPU loop speed that this change will have. I prefer the ram coolers being much slower flow speed than the CPU.
Its catch 22 with the fans.
While the front intake and top intake can be on full pelt, and barely make any noise as they're super awesome, the rad ones are different.
Turbulent over the rad means noise.
I've gone for sucking over the rad to allow for turbulent flow and with the blade geometry on the prop hopefully laminar flow from the exhaust of the fans. That should scramble noise.
A bigger problem at the moment is I forgot to put a bleed valve in, so once the case is filled, I'm going to have to rotate it to get rid of the air bubbles.
They're not big now (yay) but before when it was a closed loop the air all gathered in the right ram coolers and compressed so it was going no where.