Combustion is a reactive oxidation process that releases energy bound in chemical
compounds used as fuels─ energy that is needed for power generation, transportation …

This work investigated the ignition and combustion process of single micron-sized iron
particles in the hot gas flow of burned methane-oxygen-nitrogen mixture. The particle …

Nowadays we are gradually transitioning from fossil to renewable energy in our energy
consumption, but the green electricity, represented by solar and wind power, is highly …

Aluminum is a promising energy-containing material that can satisfy both aerospace and
underwater thermodynamic propulsion systems. A high-temperature pressurized …

Aluminum (Al) powder has been proposed as a promising dense energy carrier to store and
transport abundant renewable power for a future carbon-neutral society. In this work, a …

This work seeks to investigate the ignition and burning of micron-sized aluminum particles
using nonintrusive temperature measurements and high-speed photography. First, the …

Aluminum-based fuel in energetic formulations has favorable ignition and combustion
characteristics, but it is also prone to an explosion. To ensure safe production and prevent …

In order to understand the ignition and combustion characteristics of NEPE propellants
under different pressure conditions and the agglomeration behavior of aluminum particles …

A numerical model for aluminum cloud combustion which includes the effects of interphase
heat transfer, phase change, heterogeneous surface reactions, homogeneous combustion …

Aluminum dust counterflow flames are investigated numerically using a two-stage model
including the effects of interphase heat transfer, phase change, heterogeneous surface …