A micromechanics pressurization (MMP) model has been derived for explosive
decomposition models that are pressure‐dependent. The model includes volumetric thermal …

The heat of detonation of energetic materials (EMs) is determined by the release of chemical
energy, bond energies, and chemical structures and can be reflected by the variation of …

Polymer bonded explosive (PBX) belongs to energy materials, which generally consists of
explosive crystals and binder molecules crystals. Thermal conductivity of PBX is a key …

Abstract The closely related Green–Kubo and Helfand moment approaches are applied to
obtain the thermal conductivity tensor of β-1, 3, 5, 7-tetranitro-1, 3, 5, 7-tetrazoctane (β-HMX) …

Numerical investigations were conducted on the mixing efficiency of resonant acoustic
mixing (RAM) technology using a high-viscosity mixture under vertically forced vibrations …

We have used reverse non-equilibrium molecular dynamics (⁠ R NEMD) simulations to
determine the full thermal conductivity tensor for the monoclinic high explosive crystal β-1, 3 …

Large rocket motors may violently explode when exposed to accidental fires. Even hot metal
fragments from a nearby accident may penetrate the propellant and ultimately cause thermal …

Transforming polymorphs, melting, and boiling are physical processes that can accelerate
decomposition rates during cookoff of PETN and make measurements difficult. For example …

A universal cookoff model (UCM) is applied to the melt cast explosive Comp-B composed of
RDX and TNT. The UCM uses a simple kinetic mechanism with rates and thermophysical …

To improve the thermal stability of the explosive HMX (C4H8N8O8), in this study, different
functional groups (hydroxyl, carboxyl and butyl) were grafted on the surface of graphene …