Civil Engineering Reference
In-Depth Information
[WU 12] W
U
X.,
B
ALTZER
J.R.,
A
DRIAN
R.J.,
“Direct numerical
simulation of a 30R long turbulent pipe flow at R
+
=685: large
and very large-scale motions”,
J. Fluid Mech.
, 698, 235, 2012.
[YLV 65] Y
LVISAKER
D.,
“The expected number of zeros of a
stationary Gaussian process”,
Ann. Math. Statist
., 36 (3), 1 043,
1965.
[YUL 79] Y
ULE
A.,
“The scrambling effects and turbulence data
analysis”,
Proc. 2
nd
Int. Symp. Turbulent Shear Flows
, 1979.
[ZHO 92] Z
HOU
X.,
S
IROVICH
L.,
“Coherence and chaos in a model of
turbulent boundary layer”,
Phys. Fluids A
, 12, 2 855, 1992.
[ZHO 96a] Z
HONG
J.,
H
UANG
T.,
A
DRIAN
R.J.,
“Extracting 3D
vortices in turbulent fluid flow”,
IEEE Trans. Pattern Analysis
and Machine Intelligence
, 20, 193, 1996.
[ZHO 96b] Z
HOU
J.,
A
DRIAN
R.J.,
B
ALACHANDAR
S.,
“Autogeneration
of near wall vortical structures in channel flow”,
Phys. Fluids 8
,
288, 1996.
[ZHO 99] Z
HOU
J.,
A
DRIAN
R.J.,
B
ALACHANDAR
S.,
K
ENDALL
T.M.,
“Mechanisms for generating coherent packets of hairpin
vortices in channel flow”,
J. Fluid Mech.
, 387, 353, 1999.