Subcooled flow boiling is characterized by the presence of thermodynamic nonequilibrium
between the liquid and vapor phases. This increases the complexity of the process and …

This paper provides a comprehensive review as well as assessment of accuracy of
published models and correlations for net vapor generation point, vapor quality, and void …

In this work a mechanistic model has been developed for the wall heat flux partitioning
during subcooled flow boiling. The premise of the proposed model is that the entire energy …

Although models of subcooled flow boiling at high pressure have been studied extensively,
there are few equivalent studies for numerical modelling at low pressure. Recent …

Bubble behavior and mean bubble diameter in subcooled upward flow boiling in a vertical
annular channel were investigated under low pressure and mass flux conditions. A high …

Axial void fraction profiles in subcooled flow boiling in a vertical annulus were obtained
using gamma attenuation techniques for different levels of mass flux, wall heat flux and inlet …

The investigation of boiling two-phase flows in annulus flow channels has garnered
increasing significance given its extensive utilization in various heating devices and its …

To support the design of pressure relief systems and pressure suppression systems, such as
in nuclear power plants (NPPs), various experimental and theoretical investigations on …

An experimental study on the subcooled boiling phenomena was carried out in the SUBO
(SUbcooled BOiling) test facility under steam-water flow condition. The test section is a …

Theoretical investigation was carried out for a possible mechanism of the onset of significant
void (OSV) or net vapor generation (NVG) in subcooled flow boiling. Based on available …