In this paper a breakup model for analysing the evolution of transient fuel sprays
characterised by a coherent liquid core emerging from the injection nozzle, throughout the …

A new atomization model for prefilming airblast atomizers is presented and applied in the
Large-Eddy Simulation of an academic experiment. The model, named PAMELA, expresses …

Primary atomization in a planar pre-filming atomizer has been studied using high
magnification shadowgraphy coupled with particle and ligament tracking. From this, mean …

Effective liquid fuel atomization is an ultimate aim for the prefilming airblast atomizer in aero-
engines, and the liquid fuel breakup behavior is the key indicator of atomization quality …

This work is devoted to the study of liquid–liquid fragmentation. It contains both an
experimental part and a theoretical part. In the experimental part, a low-melting point liquid …

A novel experimental technique for studying the stability of the breakup of a two-phase flow
is presented. High-speed backlit photography is used to capture realisations of the unstable …

Aeronautical gas turbines need to satisfy growingly stringent demands on pollutant
emission. Pollutant emissions are directly related to the quality of fuel air mixing prior to …

When a steep, breaking wave hits a vertical sea wall in shallow water, a flip-through event
may occur, leading to the formation of an up-rushing planar jet. During such an event, a jet of …

The turbulence properties of a gas spray jet generated through the injection of a high-
pressure atomising spray were studied in the context of the Euler–Lagrange formulation …

Singlehole injections of liquid hydrocarbon fuels (isooctane and dodecane) under high
turbulence have been investigated using direct numerical simulation based on the statistical …