Add to ORKGThis is a continuing effort in both gas phase and liquid phase mixing, chemical reactions and combustion, in moderate to high Reynolds number turbulent free shear flows. This is primarily an experimental investigation closely supported by theoretical and modeling efforts, as well as specific diagnostics developments, as dictated by specific needs of the experimental program
The effects of freestream density ratio on the mixing and combustion in a high Reynolds number, su...
The effects of freestream density ratio on the mixing and combustion in a high Reynolds number, su...
Results from experiments performed in a newly-constructed High Pressure Combustion Facility are pres...
This is a continuing effort in both gas phase and liquid phase mixing, chemical reactions and combus...
Work is continuing primarily in gas phase turbulent mixing and chemical reactions. The liquid phase ...
Experiments were conducted to study the effects of heat release in a planar, gas-phase, reacting mix...
Experiments were conducted to study the effects of heat release in a planar, gas-phase, reacting mix...
A chemical reaction for which the reaction rate can be varied is studied in a fully developed, two-d...
The effects of heat release were studied in a planar, gaseous reacting mixing layer formed between f...
Turbulent mixing and combustion are investigated in a gaseous shear layer formed between two streams...
A chemical reaction for which the reaction rate can be varied is studied in a fully developed, two-d...
This program focused on fundamental investigations of mixing, chemical-reaction, and combustion proc...
A fully second-order closure model for turbulent reacting flows is suggested based on Favre statisti...
The effects of heat release were studied in a planar, gaseous reacting mixing layer formed between t...
Several aspects of mixing and reaction in a turbulent two-dimensional shear layer have been studied....
The effects of freestream density ratio on the mixing and combustion in a high Reynolds number, su...
The effects of freestream density ratio on the mixing and combustion in a high Reynolds number, su...
Results from experiments performed in a newly-constructed High Pressure Combustion Facility are pres...
This is a continuing effort in both gas phase and liquid phase mixing, chemical reactions and combus...
Work is continuing primarily in gas phase turbulent mixing and chemical reactions. The liquid phase ...
Experiments were conducted to study the effects of heat release in a planar, gas-phase, reacting mix...
Experiments were conducted to study the effects of heat release in a planar, gas-phase, reacting mix...
A chemical reaction for which the reaction rate can be varied is studied in a fully developed, two-d...
The effects of heat release were studied in a planar, gaseous reacting mixing layer formed between f...
Turbulent mixing and combustion are investigated in a gaseous shear layer formed between two streams...
A chemical reaction for which the reaction rate can be varied is studied in a fully developed, two-d...
This program focused on fundamental investigations of mixing, chemical-reaction, and combustion proc...
A fully second-order closure model for turbulent reacting flows is suggested based on Favre statisti...
The effects of heat release were studied in a planar, gaseous reacting mixing layer formed between t...
Several aspects of mixing and reaction in a turbulent two-dimensional shear layer have been studied....
The effects of freestream density ratio on the mixing and combustion in a high Reynolds number, su...
The effects of freestream density ratio on the mixing and combustion in a high Reynolds number, su...
Results from experiments performed in a newly-constructed High Pressure Combustion Facility are pres...