Nucleation and bubble dynamics on a heater surface contribute to high heat transfer rate in
pool boiling. Introducing two-phase flow in narrow channels further improves heat transfer …

Flow boiling within minitubes holds immense promise for efficient heat dissipation owing to
its substantial latent heat exchange capacity. The performance and efficacy of the pump …

Recent advancements in computational fluid dynamics (CFD) have triggered research in the
field of heat exchangers. Driven by the need to decrease the size of heat exchangers, many …

To meet the limited installation space and strict weight requirements of spacecraft while
achieving high heat transfer efficiency in vapor compression refrigeration and heat pump …

A two-phase closed thermosyphon (TPCT) is promising for heat removal due to its simple
structure and high performance in heat transfer. However, investigating the phase change …

The microtube length significantly influences the convective boiling process and associated
heat transfer characteristics. Other than high heat transfer, low pressure drop is also desired …

The upcoming energy scarcity problem has driven research toward developing energy-
efficient two-phase heat exchangers essential for various cooling applications. This research …

In this paper, the transport phenomena and heat transfer mechanisms associated with
saturated flow boiling of water in a large aspect ratio narrow channel were computationally …