Ferrofluids are stable colloidal suspensions of nanometric sized ferromagnetic, or their oxide
particles, in conventional basefluids like water, oil, etc. The property of ferromagnetism is …

Subcooled flow boiling is extensively applied in engineering systems and greatly improves
efficiency owing to bubbles' existence and associated heat exchange enhancement …

This paper provides a comprehensive review of published literature concerning heat transfer
benefits of nanofluids for both macro-channels and micro-channels. Included are both …

In this paper, we quantified the heat transfer coefficient (HTC) of Fe 3 O 4 aqueous nano-
suspension at various mass concentrations of 0.05% 0.2%. The potential role of operating …

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 …

Taking advantage of electric fields and magnetic fields during boiling processes can be a
very beneficial way for enhancement of boiling heat transfer and increase of the critical heat …

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 …

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 …

Microchannel flow boiling heat transfer with nanofluids is an effective approach to enhance
the heat transfer performance of high-power electronics. However, conventional nanofluids …

This paper presents a comprehensive and critical review of studies on nucleate pool boiling
heat transfer, flow boiling heat transfer, critical heat flux (CHF), and two-phase flow …