Three-dimensional simulations of a realistic two-phase rotating detonation engine are
conducted to understand the effects of gaseous and liquid fuel on mechanisms of wave …

This paper investigates the autoignition characteristics of two-phase n-dodecane spray and
air mixtures through detailed simulations, utilizing a skeletal mechanism with optimized low …

This study proposes a dynamic model to reflect the physical image of the droplet breakup
process in two-phase detonation flows. This breakup model is implemented in a two-phase …

We describe detailed numerical simulations of a liquid fuel droplet impacted by a Mach 5
shock wave, considering the effects of chemical reactions and phase change due to …

Traditional exhaust-gas turbocharging exhibits hysteresis under variable working conditions.
To achieve rapid-intake supercharging, this study investigates the synergistic coupling …

ABSTRACT A renewed two-step n-decane mechanism is presented to improve reliable and
robust simulation results, substituting for kerosene. This mechanism demonstrates that …

Multiphase detonations are phenomena involving multiple coupled systems evoking
fundamental thermodynamic, hydrodynamic, heat/mass transfer, and chemical questions …

This experimental study investigates the intricate dynamics of droplet breakup when
interacting with shock waves and detonation. Understanding this phenomenon holds …

Liquid fuel droplet evaporation under high-speed gas flows is of direct interest in scramjets
and detonation engines. In this work, through detailed numerical simulations of a 2D …

In liquid-fueled detonations droplets are subjected to a myriad of complex codependent
physical phenomena occurring on overlapping temporal and spatial scales. Developing an …