While the conventional design of thermal power plants is mainly focused on high process
efficiency, market requirements increasingly target operating flexibility due to the continuing …

Two-phase annular flow in vertical pipes is one of the most common and important flow
regimes in fluid mechanics, particularly in the field of building drainage systems where …

The main objective of this study is to present new equations for a flow pattern independent
drift flux model based void fraction correlation applicable to gas–liquid two phase flow …

Linear and nonlinear free vibrations of supported pipes containing two-phase flow were
modeled in different flow regimes by including gravitational force, structural and two-phase …

A reliable multiphase flow simulator is an important tool to improve wellbore integrity and
production decision-making. To develop a multiphase flow model with high adaptability and …

Aiming at the simulation of multi-phase flow in the wellbore during the processes of gas kick
and well killing of complex-structure wells (eg, directional wells, extended reach wells, etc.) …

Electrochemical systems suffer from poor management of evolving gas bubbles. Improved
understanding of bubbles behavior helps to reduce overpotential, save energy and enhance …

While numerous surface geometries have been explored to achieve enhancements in pool
boiling critical heat flux and heat transfer coefficient (HTC), their mechanistic contributions …

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 …

A wellbore simulator is an important tool for understanding flow in geothermal wells,
however, the literature on the topic is confusing because previous wellbore simulators have …