Civil Engineering Reference
In-Depth Information
[LEE 90] L EE M., K IM J., M OIN P., “Structure of turbulence at high
shear rate”, J. Fluid Mech. , 216, 561, 1990.
[LEE 11] L EE J.H., S UNG H.J., “Very large scale motions in a
turbulent boundary layer”, J. Fluid Mech. , 673, 80, 2011.
[LI 09] L I Q., S CHLATTER P., B RAND L., H ENNINGSON D.S., “DNS of
a spatially developing turbulent boundary layer with passive
scalar transport”, Int. J. Heat and Fluid Flow , 2009.
[LIG 52] L IGHTHILL M.J., “On sound generated aerodynamically. I
General theory”, Proc. Roy. Soc. , London, A211 (1 107), 564,
1952.
[LIG 54] L IGHTHILL M.J., “On sound generated aerodynamically. II
Turbulence as source of sound”, Proc. Roy. Soc. , London, A222
(1 148), 1, 1954.
[LIG 87] L IGRANI P.M., B RADSHAW P., “Fabrication and testing of
subminiature multi-sensor hot-wire probes”, Exp. Fluids , 5, 407,
1987.
[LIU 01] L IU Z.C., A DRIAN R.J., H ANRATTY T.J., “Large scale modes
of turbulent channel flow: transport and structure”, J. Fluid
Mech. , 448, 53, 2001.
[LIU 08] L IU K., P LETCHER R.H., “Anisotropy of a turbulent
boundary layer”, J. Turbulence , 9(18), 1, 2008.
[LÖF 96] L ÖFDAHL L., K ÄLVESTEN E., S TEMME G., “Small Silicon
Pressure Transducers for Space-Time correlation
measurements in a flat plate turbulent boundary layer”, J.
Fluids Eng. 116, 457-463, 1996.
[LU 73] L U S.S., W ILLMARTH W.W., “Measurements of the structure
of the Reynolds stress in a turbulent boundary layer”, J. Fluid
Mech. , 60, 184.
[LUC 87] L UCHIK T.S., T IEDERMAN W.G., “Time scale and structure
of ejections and bursts in turbulent channel flows”, J. Fluid
Mech. , 174, 529, 1987.
[LUM 77] L UMLEY J.L., N EWMAN G.L., “The return to isotropy of
homogeneous turbulence”, J. Fluid Mech. , 82(1), 161, 1977.
Search WWH ::




Custom Search