Application of nanofluids to a heat pipe liquid-block and the thermoelectric cooling of electronic equipment

Nandy Setiadi Djaya Putra, Yanuar, Ferdiansyah N. Iskandar

Research output: Contribution to journalArticlepeer-review

98 Citations (Scopus)

Abstract

Microprocessor power dissipation is constantly increasing. An increase in microprocessor size has also resulted in higher heat fluxes. The growth of information technology has rapidly increased over the past few years, causing an increase in the demand for a microprocessor that has a very high computing ability. The previous generation of central processing units (CPU) had 1.17 billion transistors planted in it, which indicates that a significant amount of heat was generated. The total heat dissipation resulting from a high end CPU is approximately 110-140. W, which will increase if the CPU voltage and frequency increase. Conventional air-cooled cooling systems are no longer adequate to remove these heat fluxes. For a number of applications, direct air-cooling systems will have to be replaced or enhanced by other high performance compact cooling techniques. In this study, the application of nanofluids as the working fluid on a heat pipe liquid-block combined with thermoelectric cooling is investigated. The type and effect of volume concentrations of nanofluids, coolant temperature, and thermoelectricsystem as heat pumps of a PC on the CPU's temperature are considered. The results obtained from this technique are compared to those from other conventional cooling techniques. The heat pipe liquid-block combined with the thermoelectric system has a significant effect on heat transfer from the CPU. The higher thermal performance heat pipe liquid-block and thermoelectric cooled system with nanofluids proved its potential as a working fluid.

Original languageEnglish
Pages (from-to)1274-1281
Number of pages8
JournalExperimental Thermal and Fluid Science
Volume35
Issue number7
DOIs
Publication statusPublished - 1 Oct 2011

Keywords

  • Electronic cooling
  • Heat pipe liquid-block
  • Heat transfer
  • Nanofluid
  • Thermoelectric

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