Civil Engineering Reference
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[HAR 89] H
ARITONIDIS
J.,
“A model for near wall turbulence”,
Phys.
Fluids
, A1(2), 302, 1989.
[HEA 81] H
EAD
M.R.,
B
ANDYOPADHYAY
P.,
“New aspects of
turbulent boundary-layer structure”,
J. Fluid Mech.
, 107, 297,
1981.
[HEI 00] H
EAIST
D.K.,
H
ANRATTY
T.J.,
N
A
Y.,
“Observations of the
formation of streamwise vortices by rotation of arch vortices”,
Phys. Fluids
, 12, 2 965, 2000.
[HEN 93] H
ENNINGSON
D.S.,
L
UNDBLADH
A.,
J
OHANSSON
A.V.,
“A
mechanism for bypass transition from localized disturbances in
wall-bounded shear flows”,
J. Fluid Mech.
, 250, 169, 1993.
[HER 83] H
ERBERT
T.,
“Secondary instability of plane channel flow
to subharmonic three dimensional disturbances”,
Phys. Fluids
,
26, 871, 1983.
[HIN 75] H
INZE
J.O.,
Turbulence
,
McGraw-Hill, New York, 1975.
[HO 98] H
O
C.M.,
T
AI
Y.C., “Micro-electro-mechanical-systems and
fluid flows”,
Ann. Rev. Fluid Mech.
, 30, 579-612, 1998.
[HOL 96] H
OLMES
P.,
L
UMLEY
J.L.,
B
ERKOOZ
G.,
Turbulence,
Coherent Structures and Symmetry
, Cambridge University
Press, Cambridge, 1996.
[HON 97] H
ONKAN
A.,
A
NDREOPOULOS
Y.,
“Vorticity, strain-rate
and dissipation characteristics in the near-wall region of
turbulent boundary layers”,
J. Fluid Mech.
, 350, 29, 1997.
[HOR 92] H
ORIUHI
K.,
M
IYAKE
Y.,
M
IYAUCHI
T.,
N
AGANO
Y.,
K
ASAGI
N.,
Establishment of the DNS database of turbulent transport
phenomena, Rep. Grants-in-aid for Scientic
®
Research,
no. 02302043, University of Tokyo, Japan, 1992.
[HOY 05] H
OYAS
S.,
J
IMENEZ
J.,
Scaling of the velocity fluctuations
in turbulent channels up to
Re
τ
=
2003
, Annual Research Briefs,
Center of Turbulence, University of Stanford, NASA, 351, 2005.
[HOY 06] H
OYAS
S.,
J
IMENEZ
J.,
“Scaling of the velocity
fluctuations in turbulent channels up to
Re
τ
=
2003
”,
Phys.
Fluids
, 18, 011702, 2006.
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