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Atmospheric Boundary Layer Research at Cabauw

Boundary-Layer Meteorology, 1996
At Cabauw, The Netherlands, a 213 m high mast specifically built for meteorological research has been operational since 1973. Its site, construction, instrumentation and observation programs are reviewed. Regarding analysis of the boundary layer at Cabauw, the following subjects are discussed: terrain roughness; Monin—Obukhov theory in ...
van Ulden, A.P., Wieringa, J.
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Atmospheric boundary layers

Reviews of Geophysics, 1983
Since more than a dozen papers relating to atmospheric boundary layers are published every month, it is necessary to restrict the scope of this review. Here we address only fundamental aspects of the physics of the boundary layer and exclude research related to instrumentation, specific applied areas of boundary layer research, and interactions with ...
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Atmospheric Boundary Layer Modelling

Applied Mechanics and Materials, 2016
The aim of the paper was to define the input options over the boundary layer, as the entrance boundary conditions for simulation in ANSYS. The boundary layer is designed for use in external aerodynamics of buildings (part of the urban structure) for selected sites occurring in the territory of the Slovak Republic.
Andrea Vranková, Milan Palko
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Atmospheric Boundary Layers

2007
The paper summarises the major scientific achievements of Sergej Zilitinkevich on the occasion of his 70th birthday.
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Atmospheric Boundary Layer

2010
This chapter aims at introducing the behavior of the atmospheric boundary layer (ABL). The main meteorological scales are introduced in Sect. 3.1. The phenomenology of the ABL is briefly presented in Sect. 3.2. A stability analysis is carried out in Sect. 3.3 in order to give a rigorous basis for the above classification.
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Stratified Atmospheric Boundary Layers

Boundary-Layer Meteorology, 1999
Various features of different stability regimes of the stable boundary layer are discussed. Traditional layering is examined in terms of the roughness sublayer, surface layer, local similarity, z-less stratification and the region near the boundary-layer top.
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The atmospheric boundary layer

Physics Today, 1974
The earth's atmosphere is always in motion, and as the winds blow over the surface of this globe, they maintain a “layer of frictional influence” or atmospheric boundary layer that extends from the surface to heights typically of the order of one kilometer.
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Nonstationary Atmospheric Boundary-Layer Turbulence Simulation

Journal of Aircraft, 1974
Report on a new and general technique for simulating atmospheric turbulence-like random processes which are statistically homogeneous along the horizontal and nonhomogeneous along the vertical. This technique is general in the sense that it can be used for a broad class of similar problems.
G. FICHTL, M. PERLMUTTER
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Atmospheric Boundary Layer (ABL)

2020
Atmospheric boundary layer (ABL) also known as planetary boundary layer (PBL) also determined as the region of the lower levels of the troposphere (Sanchez-Lavega 2011). Before studying in detail the influence of the Earth's surface on the main physical processes in the atmosphere (e.g.
Vlado Spiridonov, Mladjen Ćurić
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The Atmospheric Boundary Layer

1986
In consideration of any problem in air-ice-water interaction the atmospheric boundary layer (ABL) must, of course, be of central concern. In this chapter the ABL will be discussed, first, in a general way to reflect upon the general characteristics of the ABL and, then, in specific ways to explore what is known or not known about the ABL over snow, ice
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