VDI 3783 Blatt 8:2017-04
Current
The latest, up-to-date edition.
Environmental meteorology - Turbulence parameters for dispersion models supported by measurement data
Hardcopy , PDF
01-04-2017
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Preliminary note
Introduction
1 Scope
2 Terms and definitions
3 Symbols and abbreviations
4 Boundary layer parameters
5 Measurement-based derivation
of boundary layer parameters
6 Boundary layer model for dispersion
modelling
7 Instructions for practical implementation
Annex A - Description of the wind
profile
Annex B - Comments on the parameterisations
Annex C - Graphic representation of the
turbulence profiles
Annex D - Verifications, validations, and
comparisons
Bibliography
Describes the measurement-based calculation methods for atmospheric parameters (turbu-lence, wind velocity, wind direction, temperature, mixed layer height) which must be available as input data for various types of dispersion models.
| DocumentType |
Standard
|
| Pages |
72
|
| PublisherName |
Verlag des Vereins Deutscher Ingenieure
|
| Status |
Current
|
| Supersedes |
| VDI 3783 Blatt 21:2017-03 | Environmental meteorology - Quality assurance of meteorological data for dispersion calculation according to TA Luft and GIRL |
| VDI 3783 Blatt 10:2010-03 | Environmental meteorology - Diagnostic microscale wind field models - Air-flow around buildings and obstacles |
| VDI 3782 Blatt 5:2006-04 | Environmental meteorology - Atmospheric dispersion models - Deposition parameters |
| VDI 3786 Blatt 13:2006-08 | Environmental meteorology - Meteorological measurements - Measuring station |
| VDI 3783 Blatt 7:2017-05 | Environmental meteorology - Prognostic mesoscale wind field models - Evaluation for dynamically and thermally induced flow fields |
| VDI 4251 Blatt 3:2015-08 | Measurement of airborne microorganisms and viruses in ambient air - Plant-related dispersion modelling for bioaerosols |
| VDI 3783 Blatt 19:2017-04 | Environmental meteorology - Reaction mechanism for the determination of the nitrogen dioxide concentration |
| VDI 3783 Blatt 20:2017-03 | Environmental meteorology - Testing the transferability of meteorological data for application within the context of TA Luft |
| VDI 4285 Blatt 1:2005-06 | Determination of diffusive emissions by measurement - Basic concepts |
| VDI 3782 Blatt 6:2017-04 | Environmental meteorology - Atmospheric dispersion models - Determination of Klug/Manier dispersion categories |
| VDI 3945 Blatt 1:1996-03 | Environmental meteorology - Atmospheric dispersion models; Gaussian Puff Model |
| VDI 3782 Blatt 5:2006-04 | Environmental meteorology - Atmospheric dispersion models - Deposition parameters |
| VDI 3945 Blatt 3:2000-09 | Environmental meteorology - Atmospheric dispersion models - Particle model |
| VDI 3786 Blatt 12:2008-10 | Environmental meteorology - Meteorological measurements - Turbulence measurements with sonic anemometers |
| VDI 3783 Blatt 20:2017-03 | Environmental meteorology - Testing the transferability of meteorological data for application within the context of TA Luft |
| VDI 3783 Blatt 10:2010-03 | Environmental meteorology - Diagnostic microscale wind field models - Air-flow around buildings and obstacles |
| VDI 3783 Blatt 6:1992-10 | Regional dispersion of pollutants over complex terrain; simulation of the wind field I |
| VDI 3782 Blatt 1:2016-01 | Environmental meteorology - Atmospheric dispersion models - Gaussian plume model for the determination of ambient air characteristics |
| VDI 1000:2017-02 | VDI Standardisation Work - Principles and procedures |
| VDI 3783 Blatt 13:2010-01 | Environmental meteorology - Quality control concerning air quality forecast - Plant-related pollution control - Dispersion calculation according to TA Luft |
| VDI 3782 Blatt 6:2017-04 | Environmental meteorology - Atmospheric dispersion models - Determination of Klug/Manier dispersion categories |
| VDI 3783 Blatt 7:2017-05 | Environmental meteorology - Prognostic mesoscale wind field models - Evaluation for dynamically and thermally induced flow fields |
| VDI 3945 Blatt 1:1996-03 | Environmental meteorology - Atmospheric dispersion models; Gaussian Puff Model |
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