Oblique detonation waves (ODWs) are induced by oblique shock waves (OSWs) and hold
significant research value for air-breathing ramjet engines due to their high thermodynamic …

The understanding of oblique detonation dynamics has both inherent basic research value
for high-speed compressible reacting flow and propulsion application in hypersonic …

The influence of the viscous boundary layer on the oblique detonation wave structure has
been simulated and analyzed by solving the two-dimensional Navier–Stokes equations …

In this paper, numerical simulations using Euler equations coupled detailed chemical
reaction model are performed to reveal the influence of inhomogeneous distribution of inflow …

Oblique detonation waves in hydrogen-air mixtures are simulated with detailed chemical
reaction models to study the initiation process. To mimic the flow in Oblique Detonation …

The stability of oblique detonation waves (ODWs) is a fundamental problem, and resistance
of ODWs against disturbances is crucial for oblique detonation engines in high‐speed …

Modelling of the structure and the limiting flow turning angles of an oblique detonation wave,
established by a two-dimensional wedge, requires the implementation of detailed chemical …

The study investigates the oblique detonation characteristics in a stoichiometric methane–air
mixture employing reactive Euler equations coupled with a detailed chemical reaction …

ETONATION is a supersonic combustion phenomenon that results from the coupled
feedback mechanism between the thermochemical and hydrodynamic flow processes29 …

In this study, the surface instability of oblique detonation waves (ODW) formed by two-
dimensional, semi-infinite wedges is investigated numerically by solving the unsteady Euler …