Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, originally documented to occur in shear layers, also occurs in jets, as well as in other flows and may be regarded as a universal phenomenon of turbulence. The resulting fully-developed turbulent flow requires an outer-scale Reynolds number of Re = U[delta]/v [greater, similar] 1–2 × 104, or a Taylor Reynolds number of ReT = u[prime prime or minute] [lambda]T/v [greater, similar] 100–140, to be sustained. A proposal based on the relative magnitude of dimensional spatial scales is offered to explain this behaviour
Starting from an alternative decomposition of the turbulent field, a multi-dimensional statistical f...
Starting from an alternative decomposition of the turbulent field, a multi-dimensional statistical f...
Starting from an alternative decomposition of the turbulent field, a multi-dimensional statistical f...
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...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
The ability of turbulent flows to effectively mix entrained fluids to a molecular scale is a vital p...
Proposals and experiment evidence, from both numerical simulations and laboratory experiments, regar...
Proposals and experiment evidence, from both numerical simulations and laboratory experiments, regar...
Scalar mixing and chemical reactions in turbulent shear layers and jets are examined with emphasis o...
Scalar mixing and chemical reactions in turbulent shear layers and jets are examined with emphasis o...
We report on the results from a set of incompressible, shear-layer flow experiments, at high Reynold...
Experiments have been conducted to investigate mixing and the geometry of scalar isosurfaces in turb...
Experiments have been conducted to investigate mixing and the geometry of scalar isosurfaces in turb...
Starting from an alternative decomposition of the turbulent field, a multi-dimensional statistical f...
Starting from an alternative decomposition of the turbulent field, a multi-dimensional statistical f...
Starting from an alternative decomposition of the turbulent field, a multi-dimensional statistical f...
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...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
The ability of turbulent flows to effectively mix entrained fluids to a molecular scale is a vital p...
Proposals and experiment evidence, from both numerical simulations and laboratory experiments, regar...
Proposals and experiment evidence, from both numerical simulations and laboratory experiments, regar...
Scalar mixing and chemical reactions in turbulent shear layers and jets are examined with emphasis o...
Scalar mixing and chemical reactions in turbulent shear layers and jets are examined with emphasis o...
We report on the results from a set of incompressible, shear-layer flow experiments, at high Reynold...
Experiments have been conducted to investigate mixing and the geometry of scalar isosurfaces in turb...
Experiments have been conducted to investigate mixing and the geometry of scalar isosurfaces in turb...
Starting from an alternative decomposition of the turbulent field, a multi-dimensional statistical f...
Starting from an alternative decomposition of the turbulent field, a multi-dimensional statistical f...
Starting from an alternative decomposition of the turbulent field, a multi-dimensional statistical f...