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On the Theory of Flame Propagation
The Journal of Chemical Physics, 1934A new theory of flame propagation in slow inflammation is proposed which considers that the highly energized atoms or radicals formed in the flame front play a more important rôle than heat conductivity in bringing the unburned gas to the reacting state.
Bernard Lewis, Guenther von Elbe
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Flame Propagation in Microchannels
2018Combustion at small scales (micro- and mesoscales) is gaining increasing attention these days due to the wide spectrum of potential applications in sensors, actuators, portable electronic devices, rovers, robots, unmanned air vehicles, thrusters, industrial heating devices, and, furthermore, heat and mechanical backup power sources for air-conditioning
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A Conservative Adaptive Method for Flame Propagation
SIAM Journal on Scientific and Statistical Computing, 1989The one-dimensional flame propagation in a gaseous mixture with a single one-step chemical reaction is considered. In a moving frame it is described by the equations \[ (1)\quad T_ t=T_{xx}+\Omega (T,Y)+V(t)T_ x,\quad Y_ t=(1/Le)Y_{xx}-\Omega (T,Y)+V(t)Y_ x, \] where: T is the temperature, Y is the mass fraction of the reactant, \(\Omega\) is the ...
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Flame propagation of premixed hydrogen-air explosion in a closed duct with obstacles
International Journal of Hydrogen Energy, 2021Xiaowei Chen
exaly
Influence of flame propagation direction on the flame propagation limit
The Proceedings of Conference of Tohoku Branch, 2003Takaya Hoshino, Tadashige Kawakami
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1988
The structure of planar and steady premixed flames is controlled by a system of nonlinear reaction diffusion equations. The stiff character of some of the nonlinear reaction terms makes flames different from most of the other reaction-diffusion waves.
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The structure of planar and steady premixed flames is controlled by a system of nonlinear reaction diffusion equations. The stiff character of some of the nonlinear reaction terms makes flames different from most of the other reaction-diffusion waves.
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