An outlook on the recently proposed quasi-steady quasi-homogeneous (QSQH) theory of the effect of large-scale structures on the near-wall turbulence is provided. The paper focuses on the selection of the filter, which defines the large-scale structures. It gives a brief overview of the QSQH theory, discusses the filter needed to distinguish between large and small scales, and the related issues of the accuracy of the QSQH theory, describes the probe needed for using the QSQH theory, and outlines the procedure of extrapolating the characteristics of near-wall turbulence from medium to high Reynolds numbers
Le but de ce travail est d'étudier une couche limite soumise à un gradient de pression et de la comp...
A synthetic large-scale motion is excited in a flat plate turbulent boundary layer experiment and it...
A synthetic spanwise-constant spatio-temporal mode is excited in a flat plate turbulent boundary lay...
The Quasi-Steady Quasi-Homogeneous (QSQH) theory describes the nature of the relationship between la...
By introducing a notion of an ideal large-scale filter, a formal statement is given of the hypothesi...
The validity of the recently proposed hypothesis that the influence of large-scale motions on the ne...
An examination is undertaken of the validity and limitations of the quasi-steady hypothesis of near-...
A turbulent boundary layer subjected to free-stream turbulence is investigated in order to ascertain...
This work seeks to address some of the outstanding issues in the theoretical description of high-Rey...
The dynamics of the sublayer and buffer regions of wall-bounded turbulent flows are analysed using a...
The classical 'turbulence problem' is narrowed down and redefined for scientific and engineering app...
Well defined scaling laws clearly appear in wall bounded turbulence, very close to the wall, where a...
International audienceNumerical experiments that remove turbulent motions wider than lambda(+)(z) si...
Application of LES to high Reynolds number wall-bounded turbulent flows of practical interest requir...
The relationship between large- and small-scale motions remains a poorly understood process in wall-...
Le but de ce travail est d'étudier une couche limite soumise à un gradient de pression et de la comp...
A synthetic large-scale motion is excited in a flat plate turbulent boundary layer experiment and it...
A synthetic spanwise-constant spatio-temporal mode is excited in a flat plate turbulent boundary lay...
The Quasi-Steady Quasi-Homogeneous (QSQH) theory describes the nature of the relationship between la...
By introducing a notion of an ideal large-scale filter, a formal statement is given of the hypothesi...
The validity of the recently proposed hypothesis that the influence of large-scale motions on the ne...
An examination is undertaken of the validity and limitations of the quasi-steady hypothesis of near-...
A turbulent boundary layer subjected to free-stream turbulence is investigated in order to ascertain...
This work seeks to address some of the outstanding issues in the theoretical description of high-Rey...
The dynamics of the sublayer and buffer regions of wall-bounded turbulent flows are analysed using a...
The classical 'turbulence problem' is narrowed down and redefined for scientific and engineering app...
Well defined scaling laws clearly appear in wall bounded turbulence, very close to the wall, where a...
International audienceNumerical experiments that remove turbulent motions wider than lambda(+)(z) si...
Application of LES to high Reynolds number wall-bounded turbulent flows of practical interest requir...
The relationship between large- and small-scale motions remains a poorly understood process in wall-...
Le but de ce travail est d'étudier une couche limite soumise à un gradient de pression et de la comp...
A synthetic large-scale motion is excited in a flat plate turbulent boundary layer experiment and it...
A synthetic spanwise-constant spatio-temporal mode is excited in a flat plate turbulent boundary lay...