Add to ORKGThe theory of turbulent premixed flames is based on acharacterization of the flame as a discontinuous surface propagatingthrough the fluid. The displacement speed, defined as the local speed ofthe flame front normal to itself, relative to the unburned fluid,provides one characterization of the burning velocity. In this paper, weintroduce a geometric approach to computing displacement speed anddiscuss the efficacy of the displacement speed for characterizing aturbulent flame
The determination of the turbulent flame speed is a central problem in combustion theory. Early stud...
This paper, dedicated to Norbert Peters, follows his lead in developing theoretical understanding of...
The effects of turbulent Reynolds number on the statistical behaviour of the displacement speed have...
The theory of turbulent premixed flames is based on a characterization of the flame as a discontinu...
In the flamelet approach of turbulent premixed combustion, the flames are modeled as a wrinkled surf...
We examine premixed turbulent combustion within the context of a hydrodynamic model derived from phy...
The propagation of premixed flames in turbulent flows is a problem of wide physical and technologica...
Local flame displacement speeds were measured along the flame front of laminar unsteady premixed fla...
The flame displacement speed is one of the major characteristics in turbulent premixed flames. The f...
The characterization of premixed flames by a flame speed has been a subject that has occupied much i...
Direct numerical simulations (DNS) are conducted in 3D to investigate the evolution of flame surface...
gIn this study, we assess the veracity of models for density-weighted local flame displacement speed...
Development of a premixed flame theory that includes the effects of flame stretch and curvature has ...
The effects of mean curvature on the propagation of turbulent premixed flames have been investigated...
Displacement speed of a flame is a hydrodynamic concept, and it is defined as the normal component o...
The determination of the turbulent flame speed is a central problem in combustion theory. Early stud...
This paper, dedicated to Norbert Peters, follows his lead in developing theoretical understanding of...
The effects of turbulent Reynolds number on the statistical behaviour of the displacement speed have...
The theory of turbulent premixed flames is based on a characterization of the flame as a discontinu...
In the flamelet approach of turbulent premixed combustion, the flames are modeled as a wrinkled surf...
We examine premixed turbulent combustion within the context of a hydrodynamic model derived from phy...
The propagation of premixed flames in turbulent flows is a problem of wide physical and technologica...
Local flame displacement speeds were measured along the flame front of laminar unsteady premixed fla...
The flame displacement speed is one of the major characteristics in turbulent premixed flames. The f...
The characterization of premixed flames by a flame speed has been a subject that has occupied much i...
Direct numerical simulations (DNS) are conducted in 3D to investigate the evolution of flame surface...
gIn this study, we assess the veracity of models for density-weighted local flame displacement speed...
Development of a premixed flame theory that includes the effects of flame stretch and curvature has ...
The effects of mean curvature on the propagation of turbulent premixed flames have been investigated...
Displacement speed of a flame is a hydrodynamic concept, and it is defined as the normal component o...
The determination of the turbulent flame speed is a central problem in combustion theory. Early stud...
This paper, dedicated to Norbert Peters, follows his lead in developing theoretical understanding of...
The effects of turbulent Reynolds number on the statistical behaviour of the displacement speed have...