A review on ignition in expanding gaseous media
Y Tan, R Mével, YC Liu - Process Safety and Environmental Protection, 2023 - Elsevier
Fundamental research on detonation is relevant to industrial safety issues, propulsion and
energy production applications, and internal combustion engines. Detonation waves are …
energy production applications, and internal combustion engines. Detonation waves are …
The mechanism of detonation attenuation by a porous medium and its subsequent re-initiation
MI Radulescu, BMN Maxwell - Journal of Fluid Mechanics, 2011 - cambridge.org
The attenuation and re-initiation mechanism of detonations transmitted through a porous
section consisting of a two-dimensional array of staggered cylinders was investigated …
section consisting of a two-dimensional array of staggered cylinders was investigated …
Spherically expanding flame simulations using Cantera coupled to an unsteady Lagrangian formulation
A Lagrangian-based one-dimensional approach has been applied, using Cantera libraries,
to study the dynamics of spherically expanding flames. Detailed reaction models have been …
to study the dynamics of spherically expanding flames. Detailed reaction models have been …
Ignition limits of rapidly expanding diffusion layers: Application to unsteady hydrogen jets
BM Maxwell, MI Radulescu - Combustion and flame, 2011 - Elsevier
The present paper addresses the ignition problem of a one-dimensional unsteady diffusion
layer of fuel and oxidizer, undergoing volumetric expansion. The problem is applied to shock …
layer of fuel and oxidizer, undergoing volumetric expansion. The problem is applied to shock …
Real gas effects on the dynamics of a reactive diffusion layer: Application to the study of spontaneous ignition limit of pressurized hydrogen jet
The spontaneous ignition of hydrogen accidentally released from pressurized equipment
poses safety risk to the utilization of hydrogen as an energy carrier. This work aims at …
poses safety risk to the utilization of hydrogen as an energy carrier. This work aims at …
The effect of finite molecular volume on the propagation of unsteady spherical flame front
An asymptotic analysis on the dynamics of adiabatic and nonadiabatic spherically
expanding laminar flame was performed for real gas described by the Noble-Abel equation …
expanding laminar flame was performed for real gas described by the Noble-Abel equation …
Critical ignition in rapidly expanding self-similar flows
MI Radulescu, BM Maxwell - Physics of Fluids, 2010 - pubs.aip.org
The generic problem of ignition of a particle undergoing an expansion given by a power law
rate of decay behind a decaying shock is addressed in the present study. It is demonstrated …
rate of decay behind a decaying shock is addressed in the present study. It is demonstrated …
[PDF][PDF] Real gas effects on the spontaneous ignition limit of pressurized hydrogen jet
The spontaneous ignition of hydrogen accidentally released from pressurized equipment
poses safety risk to the utilization of hydrogen as an energy carrier. From the safety point of …
poses safety risk to the utilization of hydrogen as an energy carrier. From the safety point of …
On the Effect of Variable Opening Geometries, and Operating Conditions on High Pressure Hydrogen Releases: Ignition Risks
W Nakhle - 2013 - spectrum.library.concordia.ca
Understanding and predicting the behavior of pressurized hydrogen when released into air
is needed for the safe utilization of hydrogen. Analysis based on Computational Fluid …
is needed for the safe utilization of hydrogen. Analysis based on Computational Fluid …