A central theme in the history of the turbulence problem is about the method of ‘closure’ in the models and ‘theories’ which have been proposed. Closure has invariably been by empirical calibration with experimental data. In this note we draw attention to a paper by Morris, Giridharan and Lilley, in which for the first time empiricism is obviated. For the turbulent mixing layer, this is accomplished by including in its description the mechanism for production of turbulent shear stress (i.e. turbulent momentum transfer), by large-scale instability waves. Some implications for the theory of turbulent shear flows are discussed
Turbulence was analyzed in a historical context featuring the interactions between observations, the...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
The broad problem being addressed in our research is to identify and describe the primary vortical (...
The fundamental notion of statistical mean values in fluid mechanics was first introduced by Reynold...
Turbulence is a familiar phenomenon which gives rise to complicated problems in many branches of eng...
The problem of turbulent now continues to be an outstanding one in technology and in physics. Of th...
The paper covers first a short review of the history of research on turbulent shear and second a des...
Recent research is making progress in framing more precisely the basic dynamical and statistical que...
The theory of turbulence reached its full growth at the end of the 19th century as a result of the w...
Increasing attention is being paid to the large scale structure of turbulence and to the so-called “...
A discussion of the integral relations for the flow of the boundary-layer type is presented. It is s...
Some introductory material on fluid turbulence is presented. This includes discussions and illustrat...
Flows observed in open channels are usually turbulent. The word turbulent describes a motion in wh...
The full text of a paper presented at the Whither Turbulence Workshop (Cornell University, March 22-...
The mental picture of turbulence structure had progressed from the hypothesis that it mimics molecul...
Turbulence was analyzed in a historical context featuring the interactions between observations, the...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
The broad problem being addressed in our research is to identify and describe the primary vortical (...
The fundamental notion of statistical mean values in fluid mechanics was first introduced by Reynold...
Turbulence is a familiar phenomenon which gives rise to complicated problems in many branches of eng...
The problem of turbulent now continues to be an outstanding one in technology and in physics. Of th...
The paper covers first a short review of the history of research on turbulent shear and second a des...
Recent research is making progress in framing more precisely the basic dynamical and statistical que...
The theory of turbulence reached its full growth at the end of the 19th century as a result of the w...
Increasing attention is being paid to the large scale structure of turbulence and to the so-called “...
A discussion of the integral relations for the flow of the boundary-layer type is presented. It is s...
Some introductory material on fluid turbulence is presented. This includes discussions and illustrat...
Flows observed in open channels are usually turbulent. The word turbulent describes a motion in wh...
The full text of a paper presented at the Whither Turbulence Workshop (Cornell University, March 22-...
The mental picture of turbulence structure had progressed from the hypothesis that it mimics molecul...
Turbulence was analyzed in a historical context featuring the interactions between observations, the...
Data on turbulent mixing and other turbulent-flow phenomena suggest that a (mixing) transition, orig...
The broad problem being addressed in our research is to identify and describe the primary vortical (...