We consider the statistical description of the break-up of an immiscible fluid lump immersed
into a fully developed turbulent flow. We focus on systems where there is no relative velocity …

The mechanisms and modeling concepts proposed in the literature for the fluid particle (ie,
bubble and drops) breakage phenomena in laminar and turbulent dispersions are …

The breakup of immiscible fluid particles in a prototypical turbulent flow has been
investigated. Dispersed fluids of varying density, viscosity and interfacial tension with water …

A computational investigation of a turbulent methanol/air spray flame in which a poly-
dispersed droplet distribution is achieved through the use of a pressure-swirl atomiser (also …

The accurate prediction of the size distribution in liquid–liquid or gas–liquid turbulent
dispersions is of fundamental relevance in many industrial applications. The distribution can …

A new mathematical model is developed for calculating droplet break-up frequency based
on both drag and turbulence induced fragmentation stresses. The droplet break-up model is …

The accurate prediction of droplet sizes is fundamental in many industrial applications. In
order to be able to simulate the evolution of a size distribution, suitable kernels should be …

This paper describes a procedure to acquire and process droplet data in a liquid–gas two
phase system in order to obtain the evolution of the droplet size distribution. The droplets are …

Przedmiotem badań, których wyniki przedstawiono w pracy, są zjawiska rozpadu i
koalescencji wpływające na rozkład wielkości kropel. Rozważono dyspersje wytwarzane w …

The present work attempts to conduct numerical simulations of turbulent two-phase flows in
two academic burners with methanol/air spray flames. It is challenging to simulate turbulent …