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期刊名:Boundary-layer meteorology

缩写:BOUND-LAY METEOROL

ISSN:0006-8314

e-ISSN:1573-1472

IF/分区:2.6/Q3

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共收录本刊相关文章索引49
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Arslan Salim Dar,Konstantinos Kotsarinis,Fernando Porté-Agel Arslan Salim Dar
We present first results from the thermally stratified boundary layer wind tunnel at EPFL, Switzerland. Stable, neutral, and convective thermal stability conditions are developed in the wind tunnel using temperature control of the floor and...
Jason P Horne,Ying Pan,Kenneth J Davis Jason P Horne
The roughness length ( z 0 ) and displacement height ( z d ) are essential surface-layer parameters in numerical models (e.g., weather, climate, wall-modeled LES, etc.). This work evaluates the consistency of z 0 and z d estimates from ...
Jonathan Retter,David Heist,Michael Pirhalla et al. Jonathan Retter et al.
Most single-column, Gaussian dispersion-model algorithms exclusively consider the time-averaged Reynolds shear stress contribution to the friction velocity, neglecting any dispersive stress component inherently present from the lateral spat...
Martina Destro,Mathias W Rotach,Manuela Lehner Martina Destro
The closure of the surface energy balance (SEB) in complex terrain remains a persistent challenge. We present a multi-site analysis based on the i-Box network in the Inn Valley, Austria, to characterize the SEB residual (Res) normalized by ...
Jonathan Retter,David Heist,R Chris Owen et al. Jonathan Retter et al.
Dispersion within idealized urban environments was studied in a simulated neutrally buoyant, 1:200 scale boundary layer with the Meteorological Wind Tunnel at the EPA's Fluid Modeling Facility. The measurements are used to offer a baseline ...
Ajinkya Desai,Clément Guilloteau,Warren E Heilman et al. Ajinkya Desai et al.
Wildland fire-atmosphere interaction generates complex turbulence patterns, organized across multiple scales, which inform fire-spread behaviour, firebrand transport, and smoke dispersion. Here, we utilize wavelet-based techniques to explor...
Laura Mack,Terje Koren Berntsen,Nikki Vercauteren et al. Laura Mack et al.
The exchange of momentum, heat and trace gases between atmosphere and surface is mainly controlled by turbulent fluxes. Turbulent mixing is usually parametrized using Monin-Obukhov similarity theory (MOST), which was derived for steady turb...
Sergi González-Herrero,Armin Sigmund,Michael Haugeneder et al. Sergi González-Herrero et al.
In absence of the high-frequency measurements of wind components, sonic temperature and water vapour required by the eddy covariance (EC) method, Monin-Obukhov similarity theory (MOST) is often used to calculate heat fluxes. However, MOST r...
Gaspard Simonet,Dietmar Oettl,Manuela Lehner Gaspard Simonet
Using WRF as a benchmark, GRAMM-SCI simulations are performed for a case study of thermally driven valley- and slope winds in the Inn Valley, Austria. A clear-sky, synoptically undisturbed day was selected when large spatial heterogeneities...
Manuela Lehner,Mathias W Rotach Manuela Lehner
Eddy-covariance data from five stations in the Inn Valley, Austria, are analyzed for stable conditions to determine the gap scale that separates turbulent from large-scale, non-turbulent motions. The gap scale is identified from (co)spectra...