Boiling phenomena exhibits a complex nature in many ways with chaotic bubble dynamics
being one of them. Understanding the dynamic behavior of vapor bubbles in pool/flow …

Condensation of vapor bubbles in a subcooled liquid is known to influence heat transfer and
pressure oscillation in subcooled boiling and direct contact condensation. This study …

Determining the empirical coefficient and correlation used in phase change model (such as
Lee model and empirical correlation model) is one of challenges for the simulation of two …

Numerical studies are performed to investigate the condensation behavior of single and
multiple bubbles in subcooled boiling flow. An open-source code is developed to model the …

Bubble condensation with non-condensable gas is more common than pure steam bubble.
In this study, a systematic experimental investigation on the air-steam bubble condensation …

Numerous direct-contact condensation (DCC) and boiling issues are numerically
investigated with the Lee model under an assumed constant mass transfer coefficient …

The magnetic field (MF) effect has demonstrated the capability to disrupt the bonding
between water molecules and salt ions in saline water, thereby enhancing the water …

The nucleate boiling under low gravity was solved numerically, with the thermocapillary
force considered in the momentum equations. The two-phase interface was captured with …

Bubble condensation is an important phenomenon in subcooled boiling and its investigation
facilitates better understanding of the heat transfer mechanism of subcooled boiling. In this …

Bubble condensation is one of the fundamental issues in the direct contact condensation,
which is also affected significantly by the existence of non-condensable gas. In this study, a …