Abstract Deflagration-to-detonation-transition (DDT) experiments were performed in a fully
optically accessible smooth narrow channel using simultaneous schlieren visualization …

Hydrogen is a required key material for petroleum refineries that convert crude oil into
products with higher economic value and is often produced by the steam methane reforming …

The extraordinary complexity of real Rotating Detonation Combustors (RDC) demands a
deep knowledge of each phenomenon involved in the wave development and propagation …

The steam methane reformer (SMR) has become more attractive owing to the increasing
importance of hydrogen production using natural gas. This study developed a rigorous …

Statistically planar premixed hydrogen/air flames with and without liquid water injection are
numerically investigated through Direct Numerical Simulations. The approach used for …

This study was a numerical and experimental investigation of low-temperature auto-ignitions
behind reflected shock waves in which a shock tube was employed as the experimental …

Two types of three-step chain-branching kinetics for gaseous hydrogen–oxygen detonation
quenching are proposed. The reaction rates dependency on density and pressure, as well …

In the present work, using a high-resolution three-dimensional numerical analysis, the
initiation and propagation mechanism of a detonation wave is studied in a circular tube with …

In this work, we introduce a furnace-balancing scheme that generates an optimal furnace-
side feed distribution that has the potential to improve the thermal efficiency of a reformer …

A numerical approach has been developed to simulate flame acceleration and deflagration
to detonation transition in hydrogen-air mixture. Fully compressible, multidimensional …