Thermo-fluid Dynamics of Two-Phase Flow, Second Edition is focused on the fundamental
physics of two-phase flow. The authors present the detailed theoretical foundation of multi …

The interfacial area transport equation (IATE) employs a dynamic approach to predict
interfacial area concentration (IAC) in two-phase flows. It eliminates the need for the static …

Bubble coalescence and breakup play important roles in physical-chemical processes and
bubbles are treated in two groups in the interfacial area transport equation (IATE). This …

This paper presents the modeling of bubble interaction mechanisms in the two-group
interfacial area transport equation (IATE) for confined gas–liquid two-phase flow. The …

Interfacial heat and mass transfer are prevalent in industrial processes. The interfacial
transfer rate can be obtained by the product of their fluxes and interfacial area concentration …

Modeling and simulation study of industrial scale beyond-bubbly flows, like cap-bubbly, cap-
turbulent and churn-turbulent, using the two-fluid model, has been limited due to the wide …

Traditionally, the flow regimes in two-phase flow are considered in a global sense. However,
a local flow regime is required to understand and model the interfacial structures present in …

The interfacial area transport of vertical, upward, steam-water two-phase flows in a vertical
annular channel has been investigated. The inner and outer diameters of the annular …

To develop a mechanistic constitutive model to characterize the flow structure development
in more than one flow regime, the detailed measurement of the flow structure is …

To improve the interfacial area transport equation model in the bubbly to slug transition flow,
experiments are performed using the four-sensor conductivity probe for upward bubbly and …