Evaporation and breakup of droplets are critical phenomena in the liquid-fueled, multiphase
detonation process. Understanding the relevant conditions and times for each process is …

Two-dimensional (2-D) numerical simulations based on the Eulerian–Lagrangian method
that take droplet break-up into account are conducted to clarify the mean structure of …

Spray detonation in n-heptane droplet/vapour/air mixtures is simulated using Eulerian–
Lagrangian method. Two-dimensional configuration is considered, and the effects of droplet …

A two-dimensional numerical simulation of detonation in a reactive dispersed liquid droplet
cloud is performed with an Eulerian-Eulerian method. This study aims to investigate the …

A numerical model for liquid-fuelled detonation is developed. An Eulerian–Lagrangian
formulation with two-way coupling between the gas and droplet phases is used to …

A sequence of events has been described which offers an explanation for the processes
leading to the onset of detonation in a heterogeneous field of low volatility fuel droplets …

Two-dimensional numerical simulations with Eulerian–Lagrangian method are conducted to
study propagation and extinction of stoichiometric hydrogen/air detonations in fine water …

Numerical simulation has been performed to characterize the detonation initiation and
propagation for low-volatility liquid fuel/air mixtures in an obstructed tube. The effects of the …

This paper presents a numerical model of micro-explosion for multicomponent droplets. The
first part of the model addresses the mass and temperature distribution inside the droplet …

The detonation of a condensed explosive within a solid container and the detonation of a
gaseous explosive within an inert‐gas boundary are found to be hydrodynamically similar …