7, 2012 Berlin, Germany 3rd International FEFLOW® User Conference

In this Third Circular for the 3rd Dear FEFLOW Community,
International FEFLOW User Conference, we present the
complete schedule for all conference events including the associated training courses and a
concluding FEFLOW 6.1 spotlight session on Wednesday afternoon.
We look forward to meeting all of you here in Berlin this summer!
The Organizing Committee
Conference and Training Program
Training
Conference
Training
Conference fees
Early-bird prices for conference and training until June 30, 2012:
Please register via the registration form on the conference web site.
Training
Tuesday-Friday
(Aug. 28 – 31)
Thursday-Saturday
(Aug. 30 – Sept. 1)
Three days
conference
Preconference
excursion
with SMA
without
SMA
after
June 30
350 € 450 € + 150 €
with SMA
without
SMA
25 €
after
June 30
PEST 1200 € 1200 € + 150 €
FEFLOW Basics 700 € 900 € + 100 €
Workshops
per day
PEST: Model Calibration, Quantification of
Predictive Uncertainty and Interfacing with
FEFLOW
FEFLOW Basics
Sunday (Sept. 2) Preconference Excursion
Monday-
Wednesday
(Sept. 3-5)
Thursday (Sept. 6)
Friday (Sept. 7)
FEFLOW 6
Standard user
interface
Programming
Interface IFM
FEFLOW User Conference
Geothermal
modeling
Densitydependent
simulation
Unsaturated
flow
Reactivetransport
modeling
150 € 200 € + 50 €
Geological
Models for
FEFLOW
using Leapfrog
Hydro
The latest information on the conference can be found on www.feflow.com/feflow2012.
FEFLOW ® User Conference
Venue
Older than Berlin itself and located between the arms of the rivers Dahme and Spree, Köpenick
has kept its small-town touch. At the same time the bustling Berlin city center is within
easy reach via public transport.
Our conference venue, the pentahotel Berlin-Köpenick (www.pentahotels.com), is situated
directly at the banks of the river Dahme, with a view of the old town and Köpenick castle. The
branching network of rivers, lakes and channels in and around Köpenick provides a perfect
set for our dinner boat trip.
pentahotel Berlin-Köpenick
Grünauer Straße 1
12557 Berlin
Phone: +49 (0)30 654 790
Fax: +49 (0)30 654 795 55
info.koepenick@pentahotels.com
Berlin offers accomodation in all price categories, ranging from high-class hotels to
inexpensive private rooms.
We have reserved a number of rooms at a special conference rate at the conference venue
and some other hotels. Please refer to ‚FEFLOW‘ for your booking at:
◊ pentahotel Berlin-Köpenick
www.pentahotels.com
◊ Best Western Hotel Köpenick
www.koepenick.bestwestern.de
Travel details
The conference can be reached by plane via the BER airport Berlin-Brandenburg (Berlin
Schönefeld), by train, or by car.
For a detailed travel description and links to corresponding online services, please check
the conference web site:
www.feflow.com/feflow2012
Organizer
DHI-WASY GmbH
Waltersdorfer Str. 105, 12526 Berlin, Germany
Phone: +49 (0)30 67 99 98-0
Fax: +49 (0)30 67 99 98-99
feflow2012@dhi-wasy.de
www.feflow.com www.dhigroup.com
3 rd International
FEFLOW ® User Conference
September 3 - 7, 2012
Berlin, Germany
Third Circular

preliminary Schedule
MONDAY 3 September
9:30 Opening Remarks
10:15 Modeling of Artificial Groundwater Recharge W. Kinzelbach ETH Zürich, Switzerland
10:45
11:00
11:15
11:30
11:45
GW MANAGEMENT AND COMpLEx GEOLOGICAL SETTINGS I
Quantitative impact assessment of an open-pit mine
in south New-Caledonia, in a tropical climate and
pseudo-karstic context
Prognoses of groundwater influenced flooding of the
mining area Cottbus-Nord
Comparison of methods used to model mine sites with
deep unsaturated zones using FEFLOW
Implementation of a hydrogeological simulation model
of Cobre las Cruces mine site
Designing a mine water management plan with low
environmental impact through numerical modeling
12:00 Lunch Break
M. Boisson, F. Lenhardt,
R. Vigouroux
SOGREAH, Echirolles, France
B. Monninkhoff, J. Luo DHI-WASY, Berlin, Germany
P. O. Sinton, J. L.
Moreno
J. C. Baquero, A. Francos,
A. Jiménez, M. J. de
los Reyes, M. Rojas
F. Wang, M. Niermann
AquaGeo, Conifer, USA
Cobre Las Cruces, Seville,
Spain
Fortescue Metals Group, Perth,
Australia
13:15 Dealing with uncertainties in groundwater protection E. Frind Waterloo University, Canada
13:45
14:00
14:15
14:30
GW MANAGEMENT AND COMpLEx GEOLOGICAL SETTINGS II
Challenges in using FEFLOW in large infrastructure
projects
Elaboration of numerical models for the simulation of
groundwater flow in Northern Switzerland
Understanding complex well field functioning including
infiltration basins with unsaturated/saturated 3D
modeling
Future design of the river Erft - 3D-modeling of
groundwater-surface water interactions for the assessment
of river scenarios
14:45 Tea/Coffee Break
15:15
15:45
On the use of some specific transport solutions for the
calibration of flow models and the exploitation of flow
solutions
OpenMI coupled surface-subsurface water flow
simulation for subsurface flood modeling
16:00 OpenMI coupling of FEFLOW and MIKE SHE
16:15
Simulation of recharge to the water table using CUDA
and FEFLOW plug-ins
16:30 A FEFLOW IFM plug-in for mechanical coupling
16:55
17:10
17:25
A FEFLOW plug-in helping to ensure safety against
hydraulic heave
Depth dependent evapotranspiration: Practical
applications of FEFLOW’s equation editor
Coupled surface water, groundwater and recharge
modeling in Paulinenaue, Brandenburg
17:40 Poster Session, Wine & Beer
Ch. Helweg, M. R.
Mølgaard, M. M. Rohde,
E. T. Paamand, T. S.
Knudsen, L. Tranholm,
S. O. T. Kristiansen,
R. F. Sand
J. Luo, P. Schätzl, B.
Monninkhoff, J. Becker,
C. Gmünder, P. Jordan
S. Loizeau, Y. Rossier,
J.-P. Gaudet
S. Simon, H. Diez,
M. Pätsch
ExTENDING THE SCOpE OF FEFLOW
GEO, Lyngby, Denmark
DHI-WASY, Berlin, Germany /
NAGRA, Wettingen / Simultec,
Zürich / Böhringer, Oberwil,
Switzerland
Veolia, Rueil-Malmaison /
Laboratoire d’étude des
Transferts en Hydrologie et
Environnement, Grenoble,
France
Erftverband, Bergheim /
DHI-WASY, Köln, Germany
F. J. Cornaton DHI-WASY Berlin, Germany
B. Becker, F. M. Evers,
H. Schüttrumpf
K. Yamagata, M. B.
Butts, J. Grooss, D. N.
Graham, T. H. Clausen,
R. Gründler, B. Monninkhoff,
V. Clausnitzer
Deltares, Delft, The Netherlands
/ RWTH Aachen,
Germany
DHI Denmark, Hørsholm,
Denmark / DHI-WASY Berlin,
Germany
L. Townley, W. Urdaneta NTEC, Perth, Australia
W. Rühaak, V. F. Bense,
L. Pei, I. Sass
S. Horsten, N. Huber,
H. Schüttrumpf
D. Anderson, C. Wasko
T. Koch, B. Monninkhoff,
B. Pfützner
TU Darmstadt, Germany /
University of East Anglia,
Norwich, United Kingdom
RWTH Aachen, Germany
AquaResource, Breslau,
Canada / University of New
South Wales, Sydney, Australia
DHI-WASY, Berlin, Germany /
BAH, Berlin, Germany
TUESDAY 4 September
9:00
9:30
9:45
10:00
Environmental models - rarely right but quantifiably
wrong
Use of cloud computing to calibrate a highly
parameterized FEFLOW model
J. Doherty
CALIBRATION, UNCERTAINTY & OpTIMISATION
The wisdom of crowds in hydrogeology - a conceptual
model calibration approach for dense investigated
fields
Examples of application of the pilot-points method,
implemented with FEFLOW and PEST
10:15 Tea/Coffee Break
10:45
11:00
11:15
Modeling of complex mine settings in the Peruvian
Andes
Optimizing the thermal regime of groundwater
withdrawals for fish hatchery management
Insight into the uncertainty of free convection in
porous media
K. Hayley, J. Schumacher,
G. J. MacMillan,
L.-Ch. Boutin
C. Braun , A. Bender,
M. Klute
Watermark Numerical Computing,
Brisbane, Australia
Matrix Solutions, Calgary,
Canada
BCE, Koblenz, Germany
O. Masset, J. Poppei AF-Consult, Baden, Switzerland
R. Dufour, G. Mariethoz,
P. Renard, D. Evans,
A. Carpentier, J. Cho
N. M. DeNovio,
J. Randall, C. Einberger
Y. Xie, C. Simmons,
R. Hunt
11:30 Groundwater monitoring wells depth location A. Abdeh-Kolahchi
11:45 Lunch Break
13:00
14:00
14:30
14:45
15:00
panel Discussion
Groundwater Models - Aspiration vs. Reality
MWH Peru, Lima, Peru /
University of New South Wales,
Sydney, Australia / University of
Neuchatel, Switzerland
Golder Associates,
Redmond, USA
Flinders University, Adelaide,
Australia / USGS, Middleton,
USA
Soil Conservation and
Watershed Management
Research Institute, Tehran, Iran
It’s the classical dilemma faced by groundwater consultants: The client provides sparse and fuzzy input data yet
expects quick and precise predictions, while the modeler would much rather work on a generous schedule, from
a comprehensive and reliable data set, and with the understanding that uncertainty will be integral part of any
results.
How are these interests to be balanced so that we maintain integrity and remain true to sound scientific and
engineering principles?
Local balance accuracy in finite elements:
Myth and truth
Borehole heat exchangers: sensitivity analysis of the
most important factors affecting their performances
Validating a high resolution numerical model of a
borehole heat exchanger using FEFLOW
Low-temperature geothermal waste heat utilization
from in-situ bitumen recovery operations
15:15 Tea/Coffee Break
15:45
16:00
16:15
Thermal effect of hydrogeological factors on
closed-loop ground source geothermal systems
Numerical modeling and sensitivity study of slinky-coil
ground heat exchangers
Groundwater flow and heat transfer modeling to
estimate the area suitable for ATES
17:30 Conference Dinner & Boat Trip
GEOTHERMICS I
H.-J. G. Diersch DHI-WASY Berlin, Germany
A. Casasso, R. Sethi Politecnico di Torino, Italy
V. Wagner, P. Bayer,
G. Bisch, J. Braun, N.
Klaas, P. Blum
R. A. Schincariol, N.
Nakevska
S. E. Dehkordi, R. A.
Schincariol
Karlsruhe Institute of Technology
/ University of Stuttgart, Germany
/ ETH Zürich, Switzerland
University of Western Ontario,
London, Canada
University of Western Ontario,
London, Canada
H. Fujii, S. Yamasaki Kyushu University, Japan
M. Yoshioka, U. Youhei,
H.Fujii, M.Yamaya
Geological Survey of Japan,
AIST/Kyushu University/Japan
Groundwater Development Co.,
Ltd., Japan
WEDNESDAY 5 September
9:00
9:30
9:45
10:00
Variable density groundwater flow:
Approaches, challenges and future resolutions
3D process modeling of flow as well as brine and
tracer transport in the overburden of a flooded salt
mine
The evolution of saline intrusion into the Leederville
aquifer and its implications for sustainable
groundwater supply
Conductive and convective heat transport within the
Northeast German Basin and their sensitivity to the
spatial discretization
10:15 Tea/Coffee Break
10:45
11:00
11:15
11:30
11:45
Modeling of deep geothermal reservoir for a technical
feasibility study and optimization of well configuration
for a geothermal plant in Denmark
Geothermal scenario modeling at deep aquifers of
the Vienna Basin, Austria - pilot area of the project
TRANSENERGY
Open loop ground source energy for heating and
cooling - lessons learned in central London, UK
Dynamic numerical groundwater model on thermal
impact using a 1 MW exchanger field
Geothermal modeling at city district level for
optimised groundwater management
12:00 Lunch Break
13:15 Awards Show
13:30
DENSITY
C. Simmons
J. Poppei, G. Resele,
F. Wenderoth
A. Brooker,
P. Commander
GEOTHERMICS II
B. O. Kaiser, M. Cacace,
M. Scheck-Wenderoth,
A. Przybycin,
B. Lewerenz
F. D. Christensen
S. Hoyer, M. Bottig,
G. Götzl, F. Zekiri, G.
Schubert
S. Arthur, A. Gennarini,
A. Herbert
C. G. Höfer-Öllinger, K.
Heimlich, K. Müggenburg
Flinders University & National
Centre for Groundwater Research
and Training, Adelaide,
Australia
AF-Consult, Baden, Switzerland
/ AQUASOIL, Berlin, Germany
NTEC, Perth / University of
Western Australia, Australia
University of Potsdam /
GFZ Potsdam, Germany
Ramboll, Copenhagen,
Denmark
Geological Survey of Austria,
Vienna, Austria
ESI, Shrewsbury, United
Kingdom
GEOCONSULT, Salzburg,
Austria
G. Gaultier, B. Canaletta Artelia, Echirolles, France
FEFLOW 6.1—COMpLETING A SOFTWARE GENERATION CHANGE
FEFLOW facing today’s demands of groundwater and
porous-media modeling
Beyond the new GUI: Distinctive aspects of
FEFLOW 6.1
V. Clausnitzer DHI-WASY Berlin, Germany
R. Gründler DHI-WASY Berlin, Germany
The FEFLOW Development and Service teams answer questions from the audience and demonstrate key features of
the recent release, including
• Analytical and logical expressions for selection and assignment operations
• Enhanced modeling of borehole heat exchangers
• Powerful new visualization features
• SAMG solver control and performance
• PEST Interface