Add to ORKGThe Theory of Steady, One-dimensional, Laminar Flame Propagation for One-step Chemical Reactions. The present status of the theory of one-dimensional, steady, laminar flame propagation for one-step chemical reactions is reviewed with particular emphasis on methods of solution and on the physical processes that dominate observable results
Theoretical models of an axisymmetric laminar diffusion flame are discussed, with an emphasis on the...
In this paper we describe the numerical analysis underlying our efforts to develop an accurate and r...
The one-dimensional thermal theory of constant-pressure deflagration has been discussed in a recent ...
The Theory of Steady, One-dimensional, Laminar Flame Propagation for One-step Chemical Reactions. Th...
The complete system of equations for a theory of laminar flame equations is presented, taking into a...
In this paper, a new methodology to determine kinetic parameters for simple chemical models and simp...
The study of combustion processes is in a sufficiently early stage so that there is no strong conne...
The mechanism of flame propagation has been qualitatively formulated. In accordance with this formul...
Laminar flame propagation equations in stagnation flow using flat flame diffusion burne
The analytic investigation of laminar combustion processes which are essentially two- or three-dimen...
A study has been made of the problem of steady, one-dimensional, laminar flame propagation in premix...
Abstract. We consider models of laminar flames with Arrhenius kinetics in long thin tubes. In previo...
THE fundamental problem of laminar fíame theory consists of determining the structure and properties...
The structure of laminar diffusion flames is analyzed in the limiting case of large, although finite...
A thermal theory of laminar flame propagation for hydrocarbon-oxygen flames is described. The meth...
Theoretical models of an axisymmetric laminar diffusion flame are discussed, with an emphasis on the...
In this paper we describe the numerical analysis underlying our efforts to develop an accurate and r...
The one-dimensional thermal theory of constant-pressure deflagration has been discussed in a recent ...
The Theory of Steady, One-dimensional, Laminar Flame Propagation for One-step Chemical Reactions. Th...
The complete system of equations for a theory of laminar flame equations is presented, taking into a...
In this paper, a new methodology to determine kinetic parameters for simple chemical models and simp...
The study of combustion processes is in a sufficiently early stage so that there is no strong conne...
The mechanism of flame propagation has been qualitatively formulated. In accordance with this formul...
Laminar flame propagation equations in stagnation flow using flat flame diffusion burne
The analytic investigation of laminar combustion processes which are essentially two- or three-dimen...
A study has been made of the problem of steady, one-dimensional, laminar flame propagation in premix...
Abstract. We consider models of laminar flames with Arrhenius kinetics in long thin tubes. In previo...
THE fundamental problem of laminar fíame theory consists of determining the structure and properties...
The structure of laminar diffusion flames is analyzed in the limiting case of large, although finite...
A thermal theory of laminar flame propagation for hydrocarbon-oxygen flames is described. The meth...
Theoretical models of an axisymmetric laminar diffusion flame are discussed, with an emphasis on the...
In this paper we describe the numerical analysis underlying our efforts to develop an accurate and r...
The one-dimensional thermal theory of constant-pressure deflagration has been discussed in a recent ...