The paper presents the results of two-dimensional simulations of the cellular structure of a
detonation wave in a stoichiometric mixture of hydrogen with air. The dependence on …

The induction zone length is an important length scale for gaseous detonations, as it is
correlated with other characteristic parameters such as the cell size. A good characterization …

This study presents a thorough evaluation of the simultaneous planar laser-induced
fluorescence (PLIF) on hydroxyl (OH) radicals and nitric oxide (NO), for characterizing …

The effect of ignition energy on the cellular structure of hydrogen-oxygen and hydrogen-
oxygen-argon detonations was investigated experimentally over a range of initial conditions …

The current study presents a new simplified model for predicting the detonation cell
dimensions obtained by multidimensional gas-phase detonation numerical simulations …

Two-dimensional numerical simulations of a weakly unstable detonation mixture 2 H 2+ O
2+ 3. 76 Ar at 20 kPa and 295 K were performed using our validated OpenFOAM solver …

We present a model for predicting a representative width for the three-dimensional irregular
patterns observed on the front views of cellular detonation fronts in reactive gases. Its …

This study presents a novel algorithm based on machine learning (ML) for the precise
segmentation and measurement of detonation cells from soot foil images, addressing the …

Self-luminous high-speed photography was used to study flame acceleration and
deflagration-to-detonation transition (DDT) in a clear polycarbonate round tube equipped …

Numerical simulation of two-dimensional detonations in channels using detailed chemistry
presents a formidable computational challenge with stiff requirements on resolution and time …