Linear temporal instability analysis of a liquid jet emerging into a stationary gas environment
under a radial thermal field is carried out in this work. The basic temperature profiles are …

We propose a new flame index for the transported probability density function (PDF) method.
The flame index uses mixing flux projections of Lagrangian particles on mixture fraction and …

Adaptivity has emerged as a crucial element for capturing the multi-scale dynamics and,
therefore, effective turbulent flame simulations. This study explores the theoretical framework …

To ensure safe and reliable operation, ignition performance in propulsion and power
devices needs to be thoroughly assessed. Reduced order models (ROMs) for ignition have …

Staged combustion technology is widely applied in modern low-emission energy and power
systems. This study employs large eddy simulations (LES) to investigate the flame dynamics …

A new computational methodology, termed 'PeleLM-FDF'is developed and utilised for high
fidelity large eddy simulation (LES) of complex turbulent combustion systems. This …

A hybrid particle/finite volume algorithm has been formulated for zone-adaptive modelling of
turbulent reactive flows to achieve both high fidelity in predictions and high computational …

We perform a series of experiments to study the velocity fluctuations generated by the flow
past fixed spheres. Planar particle image velocimetry (PIV) is carried out to characterize the …

The predictive numerical simulation of supersonic turbulent combustion, in which the
turbulent intensity is high and the fuel/air mixture is near the flammability limit, remains …

Liquid fuels are used extensively in industry and transportation, with spray combustion being
the predominant feature. At a short distance from the injection nozzle, the liquid jet is …