28 citations · 48 across the 3 of their papers we have counts for
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Velocity derivatives in a high Reynolds number turbulent boundary layer. Part III: Optimization of an SPIV experiment for derivative moments assessment
Jean-Marc Foucaut, William K. George, Michel Stanislas +1
An SPIV experiment using two orthogonal planes simultaneously was performed in the LML boundary layer facility to specifically measure all of the derivative moments needed to estim…
Velocity Derivatives in Turbulent Boundary Layers. Part II: Statistical Properties
William K. George, Michel Stanislas, Jean-Marc Foucaut +2
An experiment was performed using Dual-plane-SPIV in the LMFL boundary layer facility to determine all of the derivative moments needed to estimate the average dissipation rate of…
Velocity derivatives in a high Reynolds number turbulent boundary layer. Part I: Dissipation and Energy Balance
Michel Stanislas, Jean Marc Foucaut, William K. George +2
An experiment was performed using SPIV in the LMFL boundary layer facility to determine all the derivative moments needed to estimate the average dissipation rate of the turbulence…
On the noise in statistics of PIV measurements
William K. George, Michel Stanislas
It is argued herein that when PIV is used to measure turbulence, it can be treated as a time-dependent signal. The `output' velocity consists of three primary contributions: the ti…
Lumley Decomposition of the Turbulent Round Jet Far-field. Part 1 -- Kinematics
Azur Hodžić, Knud Erik Meyer, Clara M. Velte +1
The current work presents a tensor formulation of the Lumley Decomposition (LD), introduced in its original form by Lumley (1967b), allowing decompositions of turbulent flow fields…
Lumley Decomposition of the Turbulent Round Jet Far-field. Part 2 -- Dynamics
Azur Hodžić, Knud Erik Meyer, William K. George +1
In the current work the reconstruction of the far-field region of the turbulent axi-symmetric jet is performed in order to investigate the modal turbulence kinetic energy productio…