The scalability of liquid fuel operated jet stabilised combustion systems towards dimensions
and mixing timescales relevant for compact designs (eg MGT, compact aero-engines) is …

The droplet evaporation and autoignition behaviour of a three-component kerosene
surrogate is numerically investigated for a wide range of ambient pressures and …

As part of the global energy transition, an increasing number of sustainable liquid fuels with
a wide range of physical and chemical properties becomes available for gas turbine and IC …

Abstract Large Eddy Simulations of the realistic liquid fueled gas turbine combustor LOTAR
operated at ONERA are performed for two fuels; a conventional JetA-1 and an alternative …

In recent years, multicomponent fuels have been widely studied; among them, dual fuels
with different boiling points have attracted attention because of the micro-explosion …

Extension of high momentum jet stabilised combustors towards liquid fuel operation has
shown significant injector shape and injection strategy impact on the fuel air mixing …

The expansion of the research on nanoscale particles demonstrates several advantages in
terms of stability and an increased surface area to volume ratio compared to micron-sized …

Droplet size distribution and liquid loading are two of the most important properties to
characterise spray processes. For example, nitrogen oxide (NO x) formation of liquid fuel …

Measuring the time and length of fuel droplet evaporation provides a better understanding of
spray dynamics. When a droplet evaporates, it is increasingly difficult to detect it, and …

Entrained flow gasification (EFG) is an important process for generating syngas from
biogenic and anthropogenic waste based feedstocks for a future circular economy. The EFG …