Oblique detonation is an important direction in gaseous detonation physics and has great
potential in the application of new-concept aeronautic and astronautic propulsion. As the fast …

In the real flow for high altitude, the initiation mechanism of the oblique detonation involves
the coupling of complex wave structures and combustion waves, which may result in the …

In order to reveal the influence of incoming flow velocity and mixture equivalence ratio on
the characteristics of oblique detonation, Euler equations coupled detailed chemical …

Oblique detonation waves are simulated to study the evolution of their morphology as
gasdynamic and chemical parameters are varied. Although two kinds of transition pattern …

In this paper, the flow field characteristics of Oblique Detonation Waves (ODWs) induced by
a finite wedge under argon dilution are studied by solving the Euler equations with a …

By taking advantages of rapid heat release, high specific impulse and simple combustion
chamber structure, oblique detonation plays an important role in hypersonic air-breathing …

The stability of oblique detonation waves and the thermodynamic efficiency of the oblique
detonation wave cycles are studied systematically. The stability of oblique detonation waves …

Oblique detonation wave engine is a well-chosen next generation power system for aircraft
that the Mach number level of which is at 10 orders of magnitude, and oblique detonation …

The oblique detonation induced by a two-dimensional semi-infinite wedge is simulated
numerically with the Navier–Stokes equations and a detailed H 2/air reaction model based …

Detonation combustion is characterized by the high thermodynamic efficiency and fast heat
release. Benefitting from these potential advantages, an oblique detonation wave (ODW) is …