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 …

Two-phase bubbly flows are found in many industrial applications. These flows involve
complex local phenomena that are still poorly understood. For instance, two-phase …

Many metallurgical functions such as dehydrogenation, decarburization, and inclusion
removal are achieved during Ruhrstahl–Heraeus (RH) treatment. The realization of these …

To realize efficient computational fluid dynamics (CFD) prediction of two-phase flow, a multi-
scale framework was proposed in this paper by applying a physics-guided data-driven …

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 …

Carbon dioxide is one of the main if not the most potent greenhouse gases responsible for
climate change. Scientists put great efforts to tackle this problem and carbon dioxide capture …

This paper is primarily concerned with the development of three dimensional (3-D)
multiphase computational fluid dynamics models for use in Pressurized Water Nuclear …

A benchmark activity on two-fluid simulations of high-pressure boiling upward flows in a pipe
is performed by 12 participants using different MCFD (Multiphase Computational Fluid …

The critical heat flux (CHF) is a crucial thermo-hydraulic parameter or phenomenon in
boiling heat transfer in many industry applications. For a long narrow rectangular channel, a …

In gas-liquid systems, bubble motion and interaction with the surrounding liquid medium
serves to dramatically modify the liquid turbulent kinetic energy profile. While several two …