Scalar mixing and chemical reactions in turbulent shear layers and jets are examined with emphasis on experimental results of high spatial and temporal resolution. Such measurements show that the notion of distinguishing fluids that are molecularly mixed from those that are simply stirred is valid and useful. Two models that seem especially suitable for implementing mixing analyses from this viewpoint are described and speculations on possible connections with the idea of chaotic advection offered
The mental picture of turbulence structure had progressed from the hypothesis that it mimics molecul...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
Turbulence, mixing and the mutual interaction of turbulence and chemistry continue to remain perplex...
Scalar mixing and chemical reactions in turbulent shear layers and jets are examined with emphasis o...
A turbulent mixing layer in a water channel was observed at Reynolds numbers up to 3 × 10^6. Flow vi...
The general subject of this paper is turbulent mixing, chemical reactions, and combustion in fully d...
Arguments are presented to show that the concept of gradient diffusion is inapplicable to mixing in ...
The general subject of this paper is turbulent mixing, chemical reactions, and combustion in fully d...
Arguments are presented to show that the concept of gradient diffusion is inapplicable to mixing in ...
Observations were made on a turbulent mixing layer in a water channel at Reynolds numbers up to 3 x ...
The ability of turbulent flows to effectively mix entrained fluids to a molecular scale is a vital p...
The extent of molecular mixing in several two-dimensional free turbulent shear flows was measured us...
Recent data on turbulent mixing suggest that the mixing transition, previously documented to occur i...
Recent data on turbulent mixing suggest that the mixing transition, previously documented to occur i...
The broad problem being addressed in our research is to identify and describe the primary vortical (...
The mental picture of turbulence structure had progressed from the hypothesis that it mimics molecul...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
Turbulence, mixing and the mutual interaction of turbulence and chemistry continue to remain perplex...
Scalar mixing and chemical reactions in turbulent shear layers and jets are examined with emphasis o...
A turbulent mixing layer in a water channel was observed at Reynolds numbers up to 3 × 10^6. Flow vi...
The general subject of this paper is turbulent mixing, chemical reactions, and combustion in fully d...
Arguments are presented to show that the concept of gradient diffusion is inapplicable to mixing in ...
The general subject of this paper is turbulent mixing, chemical reactions, and combustion in fully d...
Arguments are presented to show that the concept of gradient diffusion is inapplicable to mixing in ...
Observations were made on a turbulent mixing layer in a water channel at Reynolds numbers up to 3 x ...
The ability of turbulent flows to effectively mix entrained fluids to a molecular scale is a vital p...
The extent of molecular mixing in several two-dimensional free turbulent shear flows was measured us...
Recent data on turbulent mixing suggest that the mixing transition, previously documented to occur i...
Recent data on turbulent mixing suggest that the mixing transition, previously documented to occur i...
The broad problem being addressed in our research is to identify and describe the primary vortical (...
The mental picture of turbulence structure had progressed from the hypothesis that it mimics molecul...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
Turbulence, mixing and the mutual interaction of turbulence and chemistry continue to remain perplex...