An Experimental Assessment into the Pressure and Thermal Efficacy of Chemically Synthesized Nanofluids in Computer Cooling Applications

In order to maintain ideal working conditions by reducing heat from the system, a certain mechanism must be put into place. This research aims investigate effects of nanofluids on performance microchannel heating components used in computer cooling methods. The mixture 25% ethylene glycol and 75% alkaline water is create fluids experiment. combination contains nanoparticles SiC, TiO2, ZnO. It between 25 40°C, includes 0.25%–1.5% nanoparticles, has volume flow rate 0.025–0.080 kg/s. temperature central processing unit, transfer, pressure losses, pumping power have all been researched relation thermal properties base fluids. Data show that SiC–EG/AW at 1.5% concentration 0.080 kg/s 31% higher coefficient transfer than fluid 9% lower other nanofluids. due fact highest force TiO2–EG/AW lowest decrease. Because nanofluid performs better basic computers, little boost reduction may acceptable.