Recent advances concerning analysis of sprays and drop/turbulence interactions are
reviewed. Consideration is given to dilute sprays and related dilute dispersed flows, which …

Development and application of comprehensive, multidimensional, computational
combustion models are increasing at a significant pace across the world. While once …

The paper provides an overview of the challenges and progress associated with the task of
numerically predicting particle-laden turbulent flows. The review covers the mathematical …

This paper presents an overview of the state-of-the-art of direct numerical simulation (DNS)
and closure models of particle-laden turbulent flows. The paper also shows how the results …

The present paper describes an Eulerian two-fluid model for the prediction of dispersed two-
phase (gas/liquid and liquid/liquid) flow at high volume fractions of the dispersed phase. The …

A Lagrangian approach is used to describe particle dispersion in turbulent flows. Fluid
particle trajectories are simulated with the aid of a correlation matrix evolving along the …

Various existing analytical descriptions for predicting turbulent flows laden with solid
particles or liquid droplets are reviewed here. The main focus is on a collisionless dispersed …

A two-equation model for low Reynolds number turbulence has been developed for
dispersed dilute two-phase confined flows. The two equations describe the conservation of …

This article reports on the potential of application of LES in the calculation of turbulent two-
phase flows, in the case where each phase is resolved and interfaces remain much larger …

Various theoretical and computational aspects of the fluid dynamics of sprays are reviewed.
Emphasis is given to rapidy vaporizing sprays on account of the richness of the scientific …