Wind profiles for the atmospheric boundary layer in different stability conditions

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A formulation for the wind speed profile in the atmospheric boundary layer in neutral and diabatic conditions is evaluated. The proposed vertical variations depend on the turbulent state of the atmospheric boundary layer described in terms of the friction velocity and the stability conditions. The a...

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Autores principales: Ulke, A.G., Ferenczi Z., Bozo L., Puskas M.T.
Formato: CONF
Materias:
Atmospheric stability
Atmospheric turbulence
Boundary-layer wind profile
Wind speed measurements
Atmospheric thermodynamics
Boundary layer flow
Petroleum reservoir evaluation
Wind
Friction velocity
Observational data
Stability condition
Vertical variation
Wind profiles
Wind speed measurement
Wind speed profiles
Atmospheric boundary layer
Acceso en línea:http://hdl.handle.net/20.500.12110/paper_97896399_v2016-May_n_p106_Ulke
Aporte de:
Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA) de Universidad de Buenos Aires
id todo:paper_97896399_v2016-May_n_p106_Ulke
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spelling todo:paper_97896399_v2016-May_n_p106_Ulke2023-10-03T16:45:24Z Wind profiles for the atmospheric boundary layer in different stability conditions Ulke, A.G. Ferenczi Z. Bozo L. Puskas M.T. Atmospheric stability Atmospheric turbulence Boundary-layer wind profile Wind speed measurements Atmospheric thermodynamics Atmospheric turbulence Boundary layer flow Petroleum reservoir evaluation Wind Atmospheric stability Friction velocity Observational data Stability condition Vertical variation Wind profiles Wind speed measurement Wind speed profiles Atmospheric boundary layer A formulation for the wind speed profile in the atmospheric boundary layer in neutral and diabatic conditions is evaluated. The proposed vertical variations depend on the turbulent state of the atmospheric boundary layer described in terms of the friction velocity and the stability conditions. The availability of tower data as well as published results from tall masts allowed the evaluation of the performance of the proposed formulation for a variety of conditions. The wind speed profiles compare adequately with the observational data. © 2018 Hungarian Meteorological Service. All Rights Reserved. CONF info:eu-repo/semantics/openAccess http://creativecommons.org/licenses/by/2.5/ar http://hdl.handle.net/20.500.12110/paper_97896399_v2016-May_n_p106_Ulke
institution Universidad de Buenos Aires
institution_str I-28
repository_str R-134
collection Biblioteca Digital - Facultad de Ciencias Exactas y Naturales (UBA)
topic Atmospheric stability
Atmospheric turbulence
Boundary-layer wind profile
Wind speed measurements
Atmospheric thermodynamics
Atmospheric turbulence
Boundary layer flow
Petroleum reservoir evaluation
Wind
Atmospheric stability
Friction velocity
Observational data
Stability condition
Vertical variation
Wind profiles
Wind speed measurement
Wind speed profiles
Atmospheric boundary layer
spellingShingle Atmospheric stability
Atmospheric turbulence
Boundary-layer wind profile
Wind speed measurements
Atmospheric thermodynamics
Atmospheric turbulence
Boundary layer flow
Petroleum reservoir evaluation
Wind
Atmospheric stability
Friction velocity
Observational data
Stability condition
Vertical variation
Wind profiles
Wind speed measurement
Wind speed profiles
Atmospheric boundary layer
Ulke, A.G.
Ferenczi Z.
Bozo L.
Puskas M.T.
Wind profiles for the atmospheric boundary layer in different stability conditions
topic_facet Atmospheric stability
Atmospheric turbulence
Boundary-layer wind profile
Wind speed measurements
Atmospheric thermodynamics
Atmospheric turbulence
Boundary layer flow
Petroleum reservoir evaluation
Wind
Atmospheric stability
Friction velocity
Observational data
Stability condition
Vertical variation
Wind profiles
Wind speed measurement
Wind speed profiles
Atmospheric boundary layer
description A formulation for the wind speed profile in the atmospheric boundary layer in neutral and diabatic conditions is evaluated. The proposed vertical variations depend on the turbulent state of the atmospheric boundary layer described in terms of the friction velocity and the stability conditions. The availability of tower data as well as published results from tall masts allowed the evaluation of the performance of the proposed formulation for a variety of conditions. The wind speed profiles compare adequately with the observational data. © 2018 Hungarian Meteorological Service. All Rights Reserved.
format CONF
author Ulke, A.G.
Ferenczi Z.
Bozo L.
Puskas M.T.
author_facet Ulke, A.G.
Ferenczi Z.
Bozo L.
Puskas M.T.
author_sort Ulke, A.G.
title Wind profiles for the atmospheric boundary layer in different stability conditions
title_short Wind profiles for the atmospheric boundary layer in different stability conditions
title_full Wind profiles for the atmospheric boundary layer in different stability conditions
title_fullStr Wind profiles for the atmospheric boundary layer in different stability conditions
title_full_unstemmed Wind profiles for the atmospheric boundary layer in different stability conditions
title_sort wind profiles for the atmospheric boundary layer in different stability conditions
url http://hdl.handle.net/20.500.12110/paper_97896399_v2016-May_n_p106_Ulke
work_keys_str_mv AT ulkeag windprofilesfortheatmosphericboundarylayerindifferentstabilityconditions
AT ferencziz windprofilesfortheatmosphericboundarylayerindifferentstabilityconditions
AT bozol windprofilesfortheatmosphericboundarylayerindifferentstabilityconditions
AT puskasmt windprofilesfortheatmosphericboundarylayerindifferentstabilityconditions
_version_ 1807319744754221056

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