La confluence de deux écoulements parallèles d'air et d'hydrogène est examinée numériquement en vue de déterminer les conditions d'autoinflammations dans la couche de mélange. Le calcul met en évidence une zone de réaction étroite limitée à la région stoechiométrique. Dans le cas des deux écoulements à la même température, la longueur d'inflammation peut être évaluée en négligeant les effets de la diffusion latérale.Studying the chemical evolution in an air - hydrogen mixing layer. The confluence of two parallel flows of air and hydrogen is examined numerically in order to determine the conditions of self-ignition in the mixing layer. The calculations evidence the reaction zone to be limited to the stoechiometric region. For the two streams...
The Internal Structure of Hydrogen-Air Diffusion Flames. Tho purpose of this paper is to study finit...
Autoignition of hydrogen, leading to flame development under turbulent flow conditions is numericall...
Oblique detonations are simulated using Euler equations with the detailed chemical reaction models, ...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
A theoretical analysis is given for the high-temperature ignit~on in a laI~lÍnar mixing layer betwee...
Abstract. The chain-branching process leading to ignition in the hydrogen-air mixing layer is studie...
Des simulations numériques sont réalisées pour étudier le développement spatial du mélange de jets ...
Ce travail de doctorat a pour objet l'étude de la propagation d'une zone de combustion dans un milie...
The current study primarily aimed to simulate detonation initiation via turbulent jet flame accelera...
A theoretical analysis is given for the high-temperature ignition in a laminar mixing layer between ...
During an accidental release, hydrogen disperses very quickly in air due to a relatively high densit...
Autoignition of hydrogen, leading to flame development under turbulent flow conditions is numericall...
The Internal Structure of Hydrogen-Air Diffusion Flames. Tho purpose of this paper is to study finit...
Autoignition of hydrogen, leading to flame development under turbulent flow conditions is numericall...
Oblique detonations are simulated using Euler equations with the detailed chemical reaction models, ...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
This paper addresses ignition histories of diffusion flames in unstrained hydrogen-air mixing layers...
A theoretical analysis is given for the high-temperature ignit~on in a laI~lÍnar mixing layer betwee...
Abstract. The chain-branching process leading to ignition in the hydrogen-air mixing layer is studie...
Des simulations numériques sont réalisées pour étudier le développement spatial du mélange de jets ...
Ce travail de doctorat a pour objet l'étude de la propagation d'une zone de combustion dans un milie...
The current study primarily aimed to simulate detonation initiation via turbulent jet flame accelera...
A theoretical analysis is given for the high-temperature ignition in a laminar mixing layer between ...
During an accidental release, hydrogen disperses very quickly in air due to a relatively high densit...
Autoignition of hydrogen, leading to flame development under turbulent flow conditions is numericall...
The Internal Structure of Hydrogen-Air Diffusion Flames. Tho purpose of this paper is to study finit...
Autoignition of hydrogen, leading to flame development under turbulent flow conditions is numericall...
Oblique detonations are simulated using Euler equations with the detailed chemical reaction models, ...