A kinetic model based on the particles on demand method is introduced for gas phase
detonation hydrodynamics in conjunction with the Lee–Tarver reaction model. The proposed …

A discrete Boltzmann model (DBM) for compressible reactive flows, with a two-step reaction
scheme is presented. The discrete velocity model is modified using the characteristic points …

A solid phase explosives deflagration and detonation model capable of surface burning,
convective bulk burning and detonation is formulated in the context of Eulerian–Lagrangian …

This study aims to extend the original Eulerian space-time conservation element and
solution element (CE/SE) method to the Eulerian-Lagrangian framework to solve the gas …

OVER the past several years, revolutionary advances in computational modeling of
multiscale physics1− 3 have prompted numerous numerical simulations of the subject of this …

A highly accurate numerical shock-fitting scheme composed of fifth order spatial and third
order temporal discretizations was applied to the two-dimensional reactive Euler equations …

This paper presents a simplified reactive multi-gas model for the numerical simulation of
detonation waves. The mathematical model is formulated based on a thermodynamically …

In this paper, an Eulerian–Lagrangian two-phase flow model for liquid-fueled detonations is
constructed. The gaseous mixture is described by an Eulerian method, and liquid particles in …

The current study presents a new simplified model for predicting the detonation cell
dimensions obtained by multidimensional gas-phase detonation numerical simulations …

In this paper, a method is proposed for modeling explosive‐driven fragments as spherical
particles with a point‐particle approach. Lagrangian particles are coupled with a …