论文信息 - Buoyancy Effects in Entraining Turbulent Boundary Layers: a Second-Order Closure Study

Buoyancy Effects in Entraining Turbulent Boundary Layers: a Second-Order Closure Study

A second-order modeling technique is used to investigate the structure of turbulent boundary layers under stable, neutral, and unstable conditions. Special attention is paid to the evening transition from a convective to a stable regime of an atmospheric entraining boundary layer capped by an inversion.

John L. Lumley | J. Lumley | O. Zeman | O. Zeman

[1] J. Lumley,et al. The return to isotropy of homogeneous turbulence , 1977, Journal of Fluid Mechanics.

[2] F. Gifford. The Breakdown of a Low-level Inversion Studied by Means of Detailed Soundings with a Modified Radiosonde , 1952 .

[3] John L. Lumley,et al. Computational Modeling of Turbulent Transport , 1975 .

[4] John C. Wyngaard,et al. Modeling the atmospheric boundary layer , 1975 .

[5] Wolfgang Kollmann,et al. Prediction Methods for Turbulent Flows , 1980 .

[6] U. Schumann. Realizability of Reynolds-Stress Turbulence Models , 1977 .

[7] Otto Zeman,et al. Modeling Buoyancy Driven Mixed Layers , 1976 .

[8] Brian Launder,et al. A Reynolds stress model of turbulence and its application to thin shear flows , 1972, Journal of Fluid Mechanics.

[9] H. Tennekes,et al. A Self-Contained Model for the Pressure Terms in the Turbulent Stress Equations of the Neutral Atmospheric Boundary Layer , 1975 .

[10] J. D. Woods,et al. On Richardson's Number as a Criterion for Laminar-Turbulent-Laminar Transition in the Ocean and Atmosphere , 1969 .

[11] John C. Wyngaard,et al. Modeling the planetary boundary layer — Extension to the stable case , 1975 .

[12] W. Reynolds. Computation of Turbulent Flows , 1975 .