Nowadays, the number of transistors on electronic components is increasing exponentially
leading to an ultra-high heat flux (106~ 107 W/m2). The non-uniform load distribution on the …

Heat transfer performance of nucleate boiling is interlinked with the departure dynamics of
vapor bubbles, which also serves as the basis for heat transfer partitioning schemes and …

Monitoring two-phase cooling systems and identifying corresponding boiling regimes are
vital to avoid device failure owing to thermal runaway. Boiling acoustic characteristics can be …

A novel methodology for estimation of mass transfer in bubbly flows is investigated. The key
advantage of the research is integration of the developed theoretical model of absorption …

The effect of foaming agents, or frothers, on the water-liquid-vapor interface is studied
through molecular dynamics at different frother concentrations. The frothers are aliphatic …

An innovative method for bubble detection and characterization in multiphase flows using
advanced computer vision and neural network algorithms is introduced. Building on the …

This paper presents BubbleID, a sophisticated deep learning architecture designed to
comprehensively identify both static and dynamic attributes of bubbles within sequences of …