139 citations · 233 across the 5 of their papers we have counts for
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The ignition of fine iron particles in the Knudsen transition regime
Joel Jean-Philyppe, Aki Fujinawa, Jeffrey M. Bergthorson +1
A theoretical model is considered to predict the minimum ambient gas temperature at which fine iron particles can undergo thermal runaway--the ignition temperature. The model accou…
Numerical modeling of pulverized iron flames in a multidimensional hot counterflow burner
Xu Wen, Arne Scholtissek, Jeroen van Oijen +2
Pulverized iron flames stabilized in a multidimensional hot counterflow burner are simulated using a numerical model, which is extended from the state-of-the-art model developed by…
A Quantitative Analysis of the Ignition Characteristics of Fine Iron Particles
Xiaocheng Mi, Aki Fujinawa, Jeffrey M. Bergthorson
Ignition of iron particles in an oxidizing environment marks the onset of a self-sustained combustion. The objective of the current study is to quantitatively examine the ignition…
Thermal Structure and Burning Velocity of Flames in Non-volatile Fuel Suspensions
Michael J. Soo, Keishi Kumashiro, Samuel Goroshin +2
Flame propagation through a non-volatile solid-fuel suspension is studied using a simplified, time-dependent numerical model that considers the influence of both diffusional and ki…
The Influence of Spatial Discreteness on the Thermo-Diffusive Instability of Flame Propagation with Infinite Lewis Number
XiaoCheng Mi, Andrew J. Higgins, Samuel Goroshin +1
The dynamics of flame propagation in systems with infinite Lewis number and spatially discretized sources of heat release is examined, which is applicable to the combustion of susp…