Nanofluid boiling is an important research area of nanofluids, which provides many
opportunities to explore new frontiers but also poses great challenges. This paper presents …

Flow boiling heat transfer widely utilized in numerous industrial applications such as boiler
tubes, evaporators and cooling of reactors in a nuclear power plant. Nanofluids are a new …

It is the aim of the present paper to investigate the effect of Graphene nanofluid on thermal
performance of flat plate solar collectors. Therefore, the influence of Graphene …

The study of the enhancement of critical heat flux (CHF) has a long history, with extensive
experiments devoted in the last several decades to searching for approaches to expand …

Plasma-facing components (PFCs) are used as the barrier to the beam of high heat flux
generated due to nuclear fusion. Therefore, efficient cooling of PFCs is required for safety …

In this study, the flow boiling critical heat flux (CHF) using graphene oxide (GO)/water
nanofluid was investigated under low pressure and low flow conditions. The 0.01 vol …

Nanofluids and microchannel heat exchangers have been studied extensively due to the
advantages that using nanofluids can enhance the heat transfer performance for their larger …

This paper presents the results of a study of enhanced boiling heat transfer (BHT) and
critical heat flux (CHF) for a bare indium tin oxide (ITO) surface, a nonporous few-layered …

The flow boiling heat transfer of nanofluids is an important research area which provides
many opportunities to explore new frontiers but also poses great challenges. This paper …

Boiling is a phenomenon in which heat transfer causes liquid evaporation. Boiling
phenomenon; when the liquid is imposed by a forced flow is termed as flow boiling and in …