b'Geek Hub | Engineer InnovationCPU cooler radial heatsink and fan. Once solved, this gave a junction temperature of 65.1C after five minutes of the CPU being under full load at 54W with the system approaching equilibrium.ConclusionThe passive cooling of the egg cannot match the forced convection of the stock cooler. An egg-based cooling solution could only keep the CPU below the maximum 90C Tjunc if the CPU performance were throttled down to 10W TDP, so there are only possible applications in lower power environments with plenty ofFigure 5: Board with egg replaced with stock CPU coolerventilation. With the requirement of frequently swapping out the egg, Iedu/~mcclemen/581Thermal.htmlC Selected Goalscant see this catching on. If the aim is[accessed April 2015] 60to cook eggs though, CPUs certainly produce enough heat to do so; with[3]50C. Nmeth, K. Horvth, . Drobecz, thermal throttling, the processor actsL. Friedrich, K. Psztor-Huszr, C. as a thermostatically controlled surfaceBalla. Calorimetric study of40at around 90C, sufficient to cook on. Ifchanges induced by preservatives you value your computer, maybein liquid egg products. Polish30consider buy a frying pan instead. Journal of Food and Nutrition20Sciences, 2010, Vol.60(4) 0 25 50 75 100 150 200 250 300References TimeA. Laca, B. Paredes, M. Daz.Figure 7: Temperature against time for stock [1]Intel Corporation, 2014. ARK |[4] Intel Core i3-4130 Processor (3MThermal behaviour of lyophilizedcooled CPUCache, 3.40 GHz) [online]. http:// egg yolk and egg yolk fraction. ark.intel.com/products/77480/ Journal Of Food Engineering, 2011 Intel-Core-i3-4130-Processor-3M- Jan, Vol.102(1)Cache-3_40-GHz [accessed April 2015] [5]J. Coimbra, A. Gabas, L. Minim, E.Garcia-Rojas, V. Telis, J. Telis-[2]J. McClements, University ofRomero. Density, heat capacity andMassachusetts, 2001. Thermalthermal conductivity of liquid egg Analysis of Foods [online]. http:// products. Journal of Food people.umass. Engineering, 2006, Vol.74(2) nT=300.00sT=300.00sFigure 7: Particle plot showing air flow through stock cooler Figure 8: Surface plot of stock cooled CPU65'