Lohit Sharmaa
, Sunil Kumara
, Robin Thakura
, Bhaskar Goela
, Amar Raj Singh Suria
, Sashank Thapaa
, Nitin Kumara
,
Rajesh Maithanib
, Anil Kumarb
Frontiers in Heat and Mass Transfer, Vol.14, pp. 1-15, 2020, DOI:10.5098/hmt.14.30
Abstract This article presents an extensive review on exergy analysis of nanofluid flow through heat exchanger channels. The improvement of exergy
efficiency of nanofluid flow through heat exchanger are determined by the net impact of the relative variations in the thermophysical properties of the
nanoparticle which are sensitive towards numerous parameters including size and shape, material and concentration as well as base fluid thermal
properties. Exergy efficiency of nanofluids flowing through heat exchanger is greater as compare to simple conventional fluids. The augmentation of
exergy efficiency in the nanofluid flow through heat exchangers can be achieved by breaking laminar sub layer… More >
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