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In most heat transfer applications, knowledge of the viscosity variation is important.
The energy released during these reactions can potentially be utilized for various heat transfer applications.
Existing industrial heat transfer applications are grouped by a hierarchical clustering algorithm.
Nano-engineered surfaces have been recently studied as a promising solution for many heat transfer applications.
Stochastic metallic foams and periodic porous media have been used extensively in heat transfer applications.
In addition, these films exhibit tremendous potential for separations, catalytic, biomedical and heat transfer applications.
Nano-engineered surfaces have recently been studied as a promising solution for several heat transfer applications.
As an overall conclusion, this innovative class of heat transfer fluids reveals great potential in advanced heat transfer applications.
Micro-channel heat exchangers offer potential for a highly compact solution in heat transfer applications that have space limitations.
This article presents a review of the heat transfer applications of nanofluids to develop directions for future work.
Heat transfer enhancement is an important factor in obtaining energy efficiency improvements in a variety of heat transfer applications.
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