Departement Umweltwissenschaften - Universität Basel - Meteorologie, Klimatologie und Fernerkundung Uni Basel
 
 


Dr.

Andres Gartmann

Tel: 061 267 06 88

Departement Umweltwissenschaften
Institut für Meteorologie, Klimatologie und Fernerkundung
Klingelbergstrasse 27
CH 4056 Basel

Büro: 4. OG 4-07


Interessen

Numerical flow simulations, environmental flow modelling, flow patterns in urban areas

Presentations

Gartmann A: "Python im ArcGIS"
8. January 2007, IG Geoinformatik, Basel, Switzerland

Gartmann A: "mund mirus intra cistam modi novi pro Calculo Fluoris Dificilis (CFD)"
22. May 2007, MCR Aktuell, Basel, Switzerland

Gartmann A: "The gap where we live"
19. April 2011, MCR Aktuell, Basel, Switzerland - pdf

International conferences

Gartmann A, Vogt R, Müller MD, "Comparison of CFD Results with Experimental Data within a Street Canyon: The Influence of Averaging Time", The 7th International conference on Urban Climate, June 29 – July 3, 2009,  Yokohama, Japan

Gartmann A: "CFD im urbanen Raum"
12. June 2008, ANSYS Conference & 13. Schweizer Cadfem User's Meeting, Zürich, Switzerland

Gartmann A, Vogt R: "CFD-modeling of CO2-concentration profiles in an urban canopy layer"
6-11 October 2008, 5th Japanese-German Meeting on Urban Climatology, Freiburg, German

Gartmann A: "CO2 Modellierung um einen Gebäudeblock in Basel"
11. June 2009, ANSYS Conference & 14. Schweizer Cadfem User's Meeting, Zürich, Switzerland

Gartmann A, Müller MD, Vogt R, Parlow E, "CO2 Distribution and Transport in Urban Areas - A Task for High Resolution Urban CFD", Transport and Air Pollution 2010, 18-19 June 2010,  Dübendorf, Switzerland

Publications

Gartmamm A. (2011): "Dynamik der urbanen CO2-Verteilung-Teil 2: CFD-Simulationen in einer Strassenschlucht", Regio Basiliensis, 52 (1), p45-54 Basel, Switzerland

Gartmann A., Fister W., Schwanghart W., Müller M.D. (2011): CFD modelling and validation of measured wind field data in a portable wind tunnel, Aeolian Research, 3, 315-325

Gartmann A., Müller M.D., Parlow E., Vogt R. (2012): Evaluation of numerical simulations of CO2 transport in a city block with field measurements, Environmental Fluid Mechanics, 12, 185-200


 

Aktuelle Wetterdaten
16.4.2014 6:00 (UTC+1)
Luftemperatur
Aktuell
3.1
°C
24h-Min.
2.9
°C
24h-Max.
11.5
°C
Luftfeuchte
Aktuell
67
%
24h-Min.
28
%
24h-Max.
71
%
Globalstrahlung
Aktuell
8
W/m²
24h-Max.
864
W/m²
Strahlungsbilanz
Aktuell
-77
W/m²
24h-Min.
-103
W/m²
24h-Max.
625
W/m²
Wind
Aktuell
0.2
m/s
24h-Mittel
2.6
m/s
24h-Spitze
5.5
m/s
Windrichtung
SW
Luftdruck
Aktuell
992.1
hPa
Tendenz
+0.24
hPa/h
Niederschlag
Aktuell
0.0
mm/h
24h-Summe
0.0
mm/h
CO2
Aktuell
*
ppm
24h-Mittel
495.5
ppm
24h-Min.
474.1
ppm
24h-Max.
539.8
ppm
Online since: 23. June 2008; Last content update: 17. April 2012
© 2013 Departement Umweltwissenschaften. MCR - Meteorologie, Klimatologie und Fernerkundung. Universität Basel.