This review concerns recent progress in primary atomization modeling. The numerical
approaches based on direct simulation are described first. Although direct numerical …

This paper presents a novel model for the sub-filter surface tension induced motion of
interfaces separating immiscible fluids. A key feature of the proposed Sub-Grid Surface …

Turbulent liquid/gas phase interface dynamics are at the core of many applications. For
example, in atomizing flows, the properties of the resulting liquid spray are determined by …

In this report, a dual-scale modeling approach is presented to describe turbulent twophase
interface dynamics in a Large Eddy Simulation spatial filtering context. To close the …

Recently developed approaches to droplet and spray modeling in computational fluid
dynamics (CFD) codes are reviewed. It is emphasized that the modeling of spray primary …

Energy conversion devices often rely on the combustion of high energy-density liquid fuel to
meet weight and volume restrictions. The efficiency of the conversion and the emission of …

Advances to a dual-scale modeling approach are presented to describe turbulent phase
interface dynamics in a LES spatial filtering context. Spatial filtering of the governing …

This paper reports on the development of a model for the sub-filter surface tensioninduced
motion of liquid/gas phase interfaces. A key feature of the proposed model is to take the sub …

Advances to a dual-scale modeling approach (Gorokhovski and Herrmann, 2008) are
presented to describe turbulent phase interface dynamics in a Large Eddy Simulation spatial …

Abstract Direct Numerical Simulation remains an expensive task for atomization simulations.
To decrease the burden of DNS, a Dual-Scale modeling approach (Gorokhovski and …