Accurate and efficient simulations of 3D liquid-gas flows are of first importance in many
industrial applications, such as fuel injection in aeronautical combustion chambers. In this …

In this paper, a methodology for modelling two-phase flows based on a conservative level
set method in the framework of finite volume method is presented. The novelty of the …

This paper proposes a comparison of four popular interface capturing methods: the volume
of fluid (VOF), the standard level set (SLS), the accurate conservative level set (ACLS) and …

We propose a comprehensive approach for treating complex wall boundaries in two-phase,
free-surface flow simulations on a Cartesian adaptive grid. The external gas–liquid interface …

I. Introduction tomization of fuel jets and mixing of liquid propellants play a critical role in the
combustion processes of aerospace engines. Accessibility to the complex near-field flow of …

The atomization process of turbulent liquid jets is as of this day not well understood. Detailed
numerical simulations can help study the fundamental mechanisms in regions where …

The rise of bubbles in viscous liquids is not only a widespread process in many industrial
applications but also an essential fundamental problem in fluid physics. The modeling and …

This paper presents results of a multiphase computational fluid dynamics code using a
coupled level-set/volume-of-fluid method to simulate liquid atomization. This interface …

Designing fuel atomizer is currently one of the most challenging task in aeronautical
combustors. Atomizer characteristics play an important role on the combustor performances …

This paper presents a novel methodology for interface capturing in two-phase flows by
combining a Lagrangian–Eulerian Volume-of-Fluid method with a Level Set transport. While …