Add to ORKGA simple reaction rate model is proposed for turbulent diffusion flames in which the reaction rate is proportional to the turbulence mixing rate. The reaction rate is also dependent on the mean mass fraction and the mean square fluctuation of mass fraction of each reactant. Calculations are compared with experimental data and are generally successful in predicting the measured quantities
Work performed during the first six months of the project duration for NASA Grant (NAG-1-861) is rep...
The validity of the premixed flamelet equations and the dependence of the fuel burning rate on the p...
A typical eddy box model for the second-order closure of turbulent, multispecies, reacting flows dev...
A principal element to be derived from modeling turbulent reacting flows is an expression for the re...
An enhanced diffusion-reaction reaction system (DRS) is proposed as a statistical model for the evol...
New transport equations for chemical reaction rate and its mean value in turbulent flows have been d...
The scalar mixing time scale, a key quantity in many turbulent combustion models, is investigated fo...
Breithaupt, Peter P. The present study is concerned with mathematical modelling of natural gas flame...
The joint probability distribution function (pdf), which is a modification of the bivariate Gaussian...
A description of the turbulent diffusion flame is proposed in which the flame structure is composed ...
Present work concerns the interaction of chemistry and turbulence in a turbulent reacting flow. Both...
International audienceA two-scalar probability density function (PDF) is used to evaluate the mean c...
A complete second-order closure computer program for the investigation of compressible, turbulent, r...
Recently, a transport equation for the mean rate of product creation in a premixed turbulent flame w...
Paper I-III focuse on the problem to validate models for premixed turbulent flames. <p> The main res...
Work performed during the first six months of the project duration for NASA Grant (NAG-1-861) is rep...
The validity of the premixed flamelet equations and the dependence of the fuel burning rate on the p...
A typical eddy box model for the second-order closure of turbulent, multispecies, reacting flows dev...
A principal element to be derived from modeling turbulent reacting flows is an expression for the re...
An enhanced diffusion-reaction reaction system (DRS) is proposed as a statistical model for the evol...
New transport equations for chemical reaction rate and its mean value in turbulent flows have been d...
The scalar mixing time scale, a key quantity in many turbulent combustion models, is investigated fo...
Breithaupt, Peter P. The present study is concerned with mathematical modelling of natural gas flame...
The joint probability distribution function (pdf), which is a modification of the bivariate Gaussian...
A description of the turbulent diffusion flame is proposed in which the flame structure is composed ...
Present work concerns the interaction of chemistry and turbulence in a turbulent reacting flow. Both...
International audienceA two-scalar probability density function (PDF) is used to evaluate the mean c...
A complete second-order closure computer program for the investigation of compressible, turbulent, r...
Recently, a transport equation for the mean rate of product creation in a premixed turbulent flame w...
Paper I-III focuse on the problem to validate models for premixed turbulent flames. <p> The main res...
Work performed during the first six months of the project duration for NASA Grant (NAG-1-861) is rep...
The validity of the premixed flamelet equations and the dependence of the fuel burning rate on the p...
A typical eddy box model for the second-order closure of turbulent, multispecies, reacting flows dev...