This paper describes an expanded mechanism of metal combustion that emphasizes
reactions and phase changes occurring within the burning metal in addition to those …

Following the ignition and solid-to-liquid phase transition of a fine (on the order of 10–100
µm in diameter) iron particle, the self-sustained combustion of a liquid-phase droplet of iron …

In this article, we report an investigation of laser-initiated ignition of pure iron rods, using
optical pyrometry, video observations, and analysis of metallographic cross section of …

A pilot study was performed to measure head impact accelerations in collegiate men's ice
hockey during the 2005–2007 seasons using helmets instrumented with Head Impact …

In the present study, combustion of a single iron particle is modeled by virtue of a novel
thermophysical procedure. The temperature of iron particle during combustion is studied …

In the present study, a theoretical investigation is accomplished to model the combustion of
a single iron particle by virtue of a novel thermophysical approach. It is assumed that a …

This paper presents the findings of an investigation into the rate-limiting mechanism for the
heterogeneous burning in oxygen under normal gravity and microgravity of cylindrical iron …

The ignition of pure iron, mild steel S355J, and stainless steel 316L has been investigated.
The whole ignition and combustion processes have been monitored using a high-speed …

With its founding in 1975, ASTM Committee G-4 embarked on the process of defining the
concept of the flammability of metallic materials in oxygen-enriched atmospheres. While …

An investigation of cylindrical iron rods burning in pressurised oxygen under microgravity
conditions is presented. It has been shown that, under similar experimental conditions, the …