International audienceMotivated by some recent experimental results that are incompatible with the standard one-step model, we present an analytical study of the unsteady response of flames to acoustic waves in the framework of a simple two-step chemistry model, using conditions that are appropriate to approximately describe lean methane-air flames. The calculated response functions are qualitatively different from those obtained with the standard one-step model. The results are sufficiently encouraging to suggest that the analysis should be extended in a near future to more detailed kinetics schemes
This extended abstract describes an analysis of the characteristics of acoustic waves transmitted th...
Among the many mechanisms that can contribute to a thermoacoustic instability, the direct effect of ...
The effects of acoustic perturbations on a liquid oxygen/methane spray flame have been experimentall...
Thermo-acoustic instabilities represent a major technical problem in many combustion applications an...
In this paper, a one dimensional premixed laminar methane flame is subjected to acoustic oscillation...
International audienceRecent measurements of the direct response of premixed flames to acoustic pres...
International audienceUsing OH chemiluminescence, we measure the experimental unsteady response of a...
This paper presents the results of a theoretical study of the interactions between a laminar, premix...
AbstractThe dynamic response of a premixed curved flame interacting with sinusoidal acoustic waves h...
The response of burner-stabilized flat flames to acoustic velocity perturbations is studied numerica...
This paper explores some fundamental issues involved in flame–acoustic interaction in the context of...
Thermo-acoustic instabilities remain problematic in the design of propulsion systems such as gas tur...
International audienceThe response of a dynamical flame model to imposed acoustic accelerations is s...
Experimental and numerical techniques to characterize the response of premixed methane-air flames to...
The interactions between acoustic waves and a premixed combustion process can play an important role...
This extended abstract describes an analysis of the characteristics of acoustic waves transmitted th...
Among the many mechanisms that can contribute to a thermoacoustic instability, the direct effect of ...
The effects of acoustic perturbations on a liquid oxygen/methane spray flame have been experimentall...
Thermo-acoustic instabilities represent a major technical problem in many combustion applications an...
In this paper, a one dimensional premixed laminar methane flame is subjected to acoustic oscillation...
International audienceRecent measurements of the direct response of premixed flames to acoustic pres...
International audienceUsing OH chemiluminescence, we measure the experimental unsteady response of a...
This paper presents the results of a theoretical study of the interactions between a laminar, premix...
AbstractThe dynamic response of a premixed curved flame interacting with sinusoidal acoustic waves h...
The response of burner-stabilized flat flames to acoustic velocity perturbations is studied numerica...
This paper explores some fundamental issues involved in flame–acoustic interaction in the context of...
Thermo-acoustic instabilities remain problematic in the design of propulsion systems such as gas tur...
International audienceThe response of a dynamical flame model to imposed acoustic accelerations is s...
Experimental and numerical techniques to characterize the response of premixed methane-air flames to...
The interactions between acoustic waves and a premixed combustion process can play an important role...
This extended abstract describes an analysis of the characteristics of acoustic waves transmitted th...
Among the many mechanisms that can contribute to a thermoacoustic instability, the direct effect of ...
The effects of acoustic perturbations on a liquid oxygen/methane spray flame have been experimentall...