Progress in combustion science and engineering has led to the generation of large amounts
of data from large-scale simulations, high-resolution experiments, and sensors. This corpus …

Turbulent multiphase combustion plays an important role in both nature (eg, volcanos and
pool fires) and industry (eg, industrial furnaces, aeroengines, and internal combustion …

Direct numerical simulations (DNS) of fuel-lean turbulent premixed hydrogen-enriched
flames are analyzed to improve understanding of local effects of molecular diffusion of fast …

Identifying combustion regimes in terms of premixed and non-premixed characteristics is an
important task for understanding combustion phenomena and the structure of flames. A …

This numerical study investigates the combustion modes in the second stage of a sequential
combustor at atmospheric and high pressure. The sequential burner (SB) features a mixing …

This numerical study builds upon the experimental work of Wagner et al., eg [Combust.
Flame 176 (2017)], and focuses on the flame stabilization mechanism of a reactive jet in …

A conservative representation of a chemical explosive mode analysis is formulated for flame
diagnostics in compressible reactive flows. The flame characteristics are detected by the …

In this study, the pressure-temperature explosion limits of H 2/CO/O 2/CO 2/H 2 O mixtures
are analyzed computationally and theoretically. The result indicates that with the increase of …

In compression ignition engines, split-injection strategy has shown great benefits in reducing
pollutant emissions and improving combustion efficiency. Spray–flame interaction involving …

Direct numerical simulations are performed to investigate the transient upstream flame
propagation (flashback) through homogeneous and fuel-stratified hydrogen-air mixtures …