The computational fluid dynamics (CFD) method has been widely adopted and accepted in
the nuclear reactor safety analysis in the recent years. Especially, the application of …

The accurate prediction of two-phase gas and liquid flow regimes is important in the proper
design, operation and scale-up of pressure management and fluid handling systems in a …

This study presents numerical and experimental investigations on air-water flows in a
centrifugal pump. The objectives are to examine the accuracy of common numerical models …

The interphase forces play a crucial role in gas–liquid two-phase flow modeling as they
construct the mechanical equilibrium between phases and determine the phase distribution …

Although great efforts have been made in modeling the drag force in gas‐liquid two‐phase
flow, the research about that in both theory and method is at the stage of development due to …

One of the major challenges in bioreactors is maintaining a critical level of dissolved oxygen
concentration in highly viscous fluids. In this perspective, we investigated how the aeration …

The accuracy of the modelling of gas–liquid flows depends strongly on a suitable modelling
of the interfacial forces. Among these, drag is dominant. Most drag models reported in the …

Based on a LES Euler/Lagrange approach, numerical computations of single bubble rise
and bubble swarms in a column were conducted and validated including mass transfer and …

Gas-liquid two-phase flows are used in industrial systems over a range of flow regimes that
have different bubble size distributions. In this work, the Eulerian-Eulerian (EE) …

Long distance pipelines are considered as the vein of the oil and gas industry on land and
offshore. A well often produces water along with crude oil. The presence of water as well as …