ABSTRACT
The efforts aimed at improving heat exchangers in many industrial sectors (automotive, electronic, etc.) require the intensifying of heat transfer by convection. New optimization means must therefore be studied. The usage of nanofluids as thermal fluids is a new domain which is still at the research stage. The influence of a certain number of parameters, such as size and form, the phenomena at interfaces between liquid and particle are still ill-understood and characterized. The successful development of an industrial nanofluid requires simultaneously solving several issues and primarily improving the thermal exchange coefficient.
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INTRODUCTION
Efforts to improve heat exchangers in many industrial sectors (automotive, electronics, etc.) require the intensification of heat transfer by convection
[1][2][3][4][5]
. So-called "passive" improvements to heat exchanger surfaces have already been widely explored and are reaching their limits. New avenues of optimization therefore need to be explored. One of these is the use of new fluids capable of enhancing heat transfer: this is the case of nanofluids.
Definitions of technical terms, in bold in the text, are given in a table at the end of the article.
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Nanofluids for thermal applications