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Welcome Message

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Contents

3 - Welcome Message

4 - Organizing Institutions ECCOMAS

5 - Associations represented in ECCOMAS

Conference Local Organizers

Organizing Board

Executive Committee

6- Organizing Committee

Advisory Scientific Committee

7- Local Organizing Committee

Sponsors

Location

9- Social Programme

10- Map of Lisbon and Lisbon Underground (Metro) Train

12- Social Programme for accompanying persons

13- Tourist Information

Moving to the City

14- Moving Around the City

15- Useful Information

16- Conference Location

17- LNEC Plan

18- Conference Rooms Plan

19- Detailed Programme

20- Session index

21- Posters sessions

22- Sessions Schedule - Monday, June 14th

24- Sessions Schedule - Tuesday, June 15th

26- Sessions Schedule - Wednesday, June 16th

28- Sessions Schedule - Thursday, June 17th

30- Connecting to LNEC’s Wireless Network

CFD 20105th Conference on Computational Fluid Dynamic

On behalf of the European Community on Computational Methods in Applied Sciences(ECCOMAS), we are pleased to welcome you to the 5th European Conference onComputational Fluid Dynamics (ECCOMAS CFD 2010) held at the LNEC Conference Centrein Lisboa, Portugal, June 14-17, 2010.

Previous editions of the very successful ECCOMAS CFD conferences were held in Stuttgart(1994), Athens (1998), Swansea (2001) and Egmond aan Zee (2006). Furthermore,computational fluid dynamics, computational mechanics and related fields have been amajor topic at the ECCOMAS congresses held in Brussels (1992), Paris (1996), Barcelona(2000), Jyvaskyla (2004) and Venice (2008).

The goal of the ECCOMAS CFD conferences is to periodically bring together researchers,industrialists and students working in the fields of the science of ComputationalFluid Dynamics (CFD). The fields of interest are the applications of mathematical andcomputational methods and the modelling of different areas: CFD, computationalacoustics, computational magnetohydrodynamics (MHD), computational mathematics andnumerical methods, optimization and control, computational methods in life sciences andindustrial applications. Multidisciplinary applications of theses fields to problems encountered in sectors like Aerospace, Car and Ship Industry, Electronics, Energy, Finance,Chemistry, Medicine, Biosciences, and Environmental sciences and Earth sciencesare also welcome.

The “Call for Papers” for CFD 2010 produced an excellent response with over 900 submissions including 40 minisymposiums coming from around 60 countries. The abstracts were reviewed by the CFD Programme Committee and eventually 550 papers (including36 minisymposia) were selected for oral presentation in a conference with 11 parallelsessions. In addition 62 papers were selected for poster presentation.The programme has also been supplemented with a number of invited plenary lectures ontopics of special significance being delivered by internationally renowned experts. Wewould like to express our sincere appreciation to all members of the various local and international committees involved in this Congress for all their efforts, as well as thecontributing authors.

We would like to express our sincere appreciation to all members of the various local andinternational committees involved in this Congress for all their efforts, and as well as thecontributing authors and participants.

I hope that you will find ECCOMAS CFD 2010 to be a stimulating, profitable and memorable event.

Thank you!

Sincerely Yours,

J.C.F. Pereira (Chairperson),

IST/Technical University of Lisbon, Portugal

A. Sequeira (Co-Chairperson)

IST/Technical University of Lisbon, Portugal

H. Deconinck (CFD-ECCOMAS Co-Chairperson),

Von Karman Institute, Belgium

M. Papadrakakis (President of ECCOMAS)

C.A. Mota Soares (President APMTAQ)

IST/Technical University of Lisbon, Portugal

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Associations represented in ECCOMAS

ACME – Association for Computational Mechanics in Engineering, UKAIMETA – Associazione Italiana di Meccanica Teorica e Applicata, ItalyAPMTAC – Associação Portuguesa de Mecânica Teórica, Aplicada e Computacional, PortugalSWICCOMAS – Swiss Consortium on Computational Methods in Applied Sciences, SwitzerlandBNCM – Belgian National Committee for Theoretical and Applied Mechanics, BelgiumCEACM – Central European Association for Computational Mechanics, Central EuropeCSMA – Computational Structure Mechanics Association, FranceERCOFTAC – European Research Community on Flow Turbulence and Combustion, BelgiumFMS – Finnish Mathematical Society, FinlandGACM – German Association of Computational Mechanics, GermanyGAMM – Gesellschaft für Angewandte Mathematik und Mechanik, GermanyGAMNI/SMAI – Groupe pour l’Avancement des Méthodes Numériques de l’Ingénieur / Société de Mathéma-tiques Appliquées et Industrielles, FranceGRACM – Greek Association for Computational Mechanics, GreeceHSTAM – Hellenic Society for Theoretical and Applied Mechanics, GreeceIACMM – Israel Association of Computational Methods in Mechanics, IsraelIMA – Institute of Mathematics and its Applications, UKISSEC – Irish Society of Scientific and Engineering Computations, IrelandNMC – Netherlands Mechanics Committee, The NetherlandsNOACM – Nordic Association for Computational Mechanics, Denmark, Norway, Finland, Estonia, Latvia, Lithua-nia, SwedenONIV – Association for Scientific and Engineering Computations, RussiaPACM – Polish Association for Computational Mechanics, PolandSEMA – Sociedad Española de Matemática Aplicada, SpainSEMNI – Sociedad Española de Métodos Numéricos en Ingeniería, SpainSIMAI – Società Italiana di Matematica Applicata e Industriale, ItalyTNCTAM – Turkish National Committee on Theoretical and Applied Mechanics, Turkey

Copyright ©2010

Conference Local Organizers

Portuguese Association of Theoretical, Applied and Computational Mechanics (APMTAC) in cooperation withInstituto Superior Técnico (IST) of the Technical University of Lisbon (UTL) and National Civil Engineering Laboratory(LNEC).

Organizing Board

Honorary Chairpersons

Charles Hirsch, Vrije Universiteit Brussel, BelgiumEduardo Arantes e Oliveira, IST/Technical University of Lisbon, Portugal

Executive Committee

M. Papadrakakis (President of ECCOMAS)E. Oñate (President of IACM), Polytechnic University of Catalonia, SpainC.A. Mota Soares (President of APMTAC), IST/Technical University of Lisbon, PortugalJ.C.F. Pereira (Chairperson) IST/Technical University of Lisbon, PortugalA. Sequeira (Co-Chairperson) IST/Technical University of Lisbon, PortugalH. Deconinck (CFD-ECCOMAS Co-Chairperson) Von Karman Institute, BelgiumJ. Périaux (Co-Chairperson) Polytechnic University of Catalonia, Spain

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Organizing InstitutionsECCOMAS

The European Community of Computational Methods in Applied Sciences (ECCOMAS) was created in 1993 withthe aim of providing a high level of coordination of scientific conferences and related activities in Europe in thefield of computational methods for the applied sciences. The members of ECCOMAS are the European regional ornational societies of organizations that are representative of their community in computational modelling, numer-ical methods and simulation in engineering and the applied sciences.

ECCOMAS is a natural partner of international societies and associations dealing with computer simulation in En-gineering and Applied Sciences and is affiliated with the International Association for Computational Mechanics(IACM).

Updated information can be found on the association web site: www.cimne.com/eccomas.

ECCOMAS President

M. Papadrakakis,

Greece

Vice Presidents

E. Ramm,Germany

P. Neittaanmäki,Finland

Secretary

P. Díez,Spain

Treasurer

M. Bernadou, France

Members

C. Hirsh, Belgium

K. Morgan,United Kingdom

C.A. Mota Soares,Portugal

K. Papailiou,Greece

B. Schrefler,Italy

P. Steinmann,Germany

N.-E. Wiberg,Sweden

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A. Abbas, SpainR. Abgrall, FranceG. Allaire, FranceK.-F. Becker, GermanyP. Bastian, GermanyM. Bercovier, IsraelH.G. Bock, GermanyJ.F. Bonnans, FranceA. Boudouvis, GreeceG. Bugeda, SpainC. Cambon, FranceG.F. Carey, USAA.J. Chorin, USAR. Codina, SpainG.-H. Cottet, FranceH. Deconinck, BelgiumB. Després, FranceP. Deuflhard, GermanyM. Deville, SwitzerlandP. Díez, SpainP. Doerffer, PolandJ.A. Domaradzki, USA

C. Dopazo, SpainD. Drikakis, United KingdomS. Drobniak, PolandR. Duvigneau, FranceL. Eça, PortugalB. Engquist, USAB. Epstein, IsraelM. Feistauer, Czech RepublicR. Flores, SpainR. Glowinski, USAM. Gyllenberg, FinlandJ. Hämäläinen, FinlandI. Harari, IsraelD. Henningson, SwedenA. Huerta, SpainT.J.R. Hughes, USAM. Hoekstra, NetherlandsK. Horiuti, JapanS. Idelsohn, SpainV.P. Ilin, RussiaR. Issa, United KingdomG.E. Karniadakis, USA

D. Knoerzer, BelgiumB. Koren, NetherlandsT.A. Kowalewski, PolandH.C. Kuhlmann, AustriaK. Kunisch, AustriaC. Lacor, BelgiumC. Le Bris, FranceP. Lindstedt, United KingdomR. Lohner, USAJ. Mandel, USAC.R. Maliska, BrazilM. Mallet, FranceH. Mang, AustriaP. Markowich, AustriaF. Martelli, ItalyP. Monk, USAK. Morgan, United KindomC.-D. Munz, GermanyY. Nagano, JapanM. Napolitano, ItalyJ.T. Oden, USAL.A. Oliveira, Portugal

Advisory Scientific Committee

Local Organizing Committee

J.C.F. Pereira (Chairperson), IST/Technical University of Lisbon, Portugal

A. Sequeira (Co-Chairperson), IST/Technical University of Lisbon, Portugal

L. Borges, ISEL, CEMAT-IST/Technical University of Lisbon, Portugal

B. Branco, National Civil Engineering Laboratory, Portugal

P. Coelho, IST/Technical University of Lisbon, Portugal

J. Fortes, National Civil Engineering Laboratory, Portugal

R. Ferreira, IST/Technical University of Lisbon, Portugal

J. Janela, ISEG, CEMAT-IST/Technical University of Lisbon, Portugal

J.M. Pereira, IST/Technical University of Lisbon, Portugal

J.A. Santos, National Civil Engineering Laboratory, Portugal

C.B. da Silva, IST/Technical University of Lisbon, Portugal

J. Viegas, National Civil Engineering Laboratory, Portugal

Sponsors

FCT – Fundação para a Ciência e Tecnologia, PortugalUTL – Universidade Técnica de LisboaAPMTAC - Associação Portuguesa de Mecânica Teórica, Aplicada e ComputacionalLNEC - Laboratório Nacional de Engenharia CivilFCG - Fundação Calouste GulbenkianREN - Redes Energéticas NacionaisBES - Banco Espírito Santo

Location

The congress will be held at:

Laboratório Nacional de Engenharia Civil - Congress Centre (LNEC)

Av. do Brasil 1011700-066 LISBOA - Portugal Tel: +351 218 443 000 - Fax: +351 218 443 011Email: lnec@lnec.pt - Web: http://www.lnec.pt

LNEC is located near the city center and close to the Lisbon Airport.Closest Metro Station: Alvalade (Green Line)Bus: 17, 31, 83, 745, 750

GPS: 38º45’31.18”N – 9º8’27.64”W

P.J. Oliveira, PortugalE. Oñate, SpainC.W. Oosterlee, NetherlandsJ.M.L. Palma, PortugalK. Papailiou, GreeceA. Patera, USAJ. Peraire, USAJ. Périaux, SpainF. Pinho, PortugalO. Pironneau, FranceS. Pirozzoli, ItalyR. Piva, ItalyJ. Prihoda, Czech RepublicR. Radespiel, Germany

R. Rannacher, GermanyH.J. Rath, GermanyJ.N. Reddy, USAS. Repin, RussiaP. Roache, USAM. Schaefer, GermanyT. Schönfeld, FranceW. Schröder, GermanyS. Sherwin, United KingdomA. Silveira Neto, BrazilJ.H. Silvestrini, BrazilA.C. Sousa, PortugalF. Tampieri, ItalyF. Thiele, Germany

L. Tobiska, GermanyM. Tucsnak, FranceI.H. Tuncer, TurkeyS. Turek, GermanyJ. van der Vegt, NetherlandsA. A. van Steenhoven, Nether-landsA.E.P. Veldman, NetherlandsF.N. van de Vosse, NetherlandsC. Vuik, NetherlandsP. Wesseling, NetherlandsG. Winckelmans, BelgiumG. Wittum, GermanyS. Zaleski, France

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Organizing Committee

A. Abbas, AIRBUS, Spain

R. Abgrall, University of Bordeaux, France

A. Boudouvis, National Technical University of Athens, Greece

G. Bugeda, International Center for Numerical Methods in Engineering (CIMNE), Spain

R. Codina, International Center for Numerical Methods in Engineering (CIMNE), Spain

P. Díez, Polytechnic University of Catalonia, Spain

R. Duvigneau, Institute for Research in Computer Sciences and Control (INRIA), France

M. Feistauer, Charles University, Czech Republic

R. Flores, International Center for Numerical Methods in Engineering (CIMNE), Spain

A. Huerta, Polytechnic University of Catalonia, Spain

S. Idelsohn, International Center for Numerical Methods in Engineering (CIMNE), Spain

D. Knoerzer, European Commission, Belgium

B. Koren, National Research Institute for Mathematics and Computer Science(CWI), Netherlands

T.A. Kowalewski, Polish Academy of Sciences, Poland

C. Lacor, Vrije Universiteit Brussel, Belgium

H. Mang, Vienna University of Technology (TUW), Austria

M. Mallet, Dassault Aviation, France

K. Morgan, University of Wales, United Kingdom

C.-D. Munz, University Stuttgart, Germany

K. Papailiou, Technical University of Athens, Greece

O. Pironneau, University of Paris VI, France

S. Pirozzoli, Sapienza University of Rome, Italy

R. Piva, Sapienza University of Rome, Italy

R. Radespiel, Braunschweig University of Technology, Germany

H.J. Rath, University of Bremen, Germany

T. Schönfeld, CFD-InSight, France

W. Schröder, Reinisch-Westfälische Technische Hochschule Aachen, Germany

I.H. Tuncer, Middle East Technical University, Turkey

S. Turek, Dortmund University of Technology, Germany

P. Wesseling, Delft University of Technology, Netherlands

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Social Programme

Important:

Please do not forget to bring your Reception or Banquet Vouchers

1 Reception – Tagus River Boat Trip: June 14th, 18h00-21h30

Location: All boat trips will start from "Estação Fluvial de Belém”

All buses will leave from LNEC to “Estação Fluvial de Belém” on June 14th, at 17h30.The Boat tour starts at 18h00.

All buses will leave from “Estação Fluvial de Belém” to the hotels at 20h30:

- Marquês de Pombal- Campo Pequeno (Hotels Berna, Holiday Inn Lisboa, Villa Rica Lisboa, Zurique)- Avenida de Roma (Hotel Lutécia)- Hotel Radisson

2 Banquet - Tapada da Ajuda: June 16th, 20h00 -23h30

Location:ISA – Instituto Superior de Agronomia, Pavilhão de Exposições, Tapada da Ajuda, Lisboa.

Buses will depart from the following locations for the “Pavilhão de Exposições”:

Route 1

Hotel Villa Rica Lisboa (19h00)Hotel Berna (Av. 5 Outubro)Marquês de Pombal/”Parque Eduardo VII” (19h30)“Pavilhão de Exposições” (20h00)

Route 2

Hotel Radisson (19h00)LNECHotel LutéciaHotel Holiday InnMarquês de Pombal/”Parque Eduardo VII” (19h30)“Pavilhão de Exposições” (20h00)

All buses will go from “Pavilhão de Exposições” back to LNEC at 23h30, following the same routes

(Pages 10 -11: map of Lisbon)

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LNEC - Av. do Brasil, 101 1 Hotel Radisson - Av. Marechal Craveiro Lopes, 390 2 Hotel Villa Rica - Av. 5 de Outubro, 295 3 Hotel Lutécia - R. Frei Miguel Contreiras, 7

4 Hotel Berna - Av. António Serpa, 13 5 Hotel Zurique - R. Ivone Silva, 18 6 Hotel Holiday Inn - Av. António José de Almeida, 28 7 “Pavilhão de Exposições” (Banquet) - Tapada da Ajuda

10 11

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Social program foraccompanying persons

HALF DAY TOUR TO LISBON

1. Departure driving through this remarkable city built nearly2.500 years ago passing buildings dating from the 18th Centuryand along mosaic paved streets to the historic Lisbon's boroughof Belem. 2. Stop by the Monastery of the Jerónimos (Hieronymite Monks) built in 1502 and the finest example of the Gothic-Naturalist (the ambient decoration named "Manueline").3. The splendid church with chapels and the main-altar in Gothic-Renaissance style will be visited.4. Then drive along the River Tagus left bank stopping by theTower of Belem, an 16th Century fortress and by the Monumentto the Great Portuguese Era of Discoveries. 5. Last stop will be in Alfama, where clients will have a small walk-ing promenade through the winding streets of the Medieval bor-ough of Alfama, who offers the picturesque flavour of an oldpopular residential area. An unique sight of narrow streets,friendly residents and 16th Century buildings.

Half day tour to Lisbon:Minimum 25 people per bus, 38,50 € price per person

Includes:Transportation on a private coach with air conditioningEnglish speaking guideEntrance at the Jerónimos Cloisters

HALF DAY TOUR TO SINTRA

1. Departure to Sintra, a small delightful town about 30 kilome-tres northwest of Lisbon, located in the forest covered Mountainof Sintra, immortalized as "Glorious Eden" by Lord Byron.2. There will be a visit to the Royal Palace of Sintra, a fabulousroyal residence of many Portuguese Kings, with wings andhallsdating from the 13/14th Centuries. Sintra is excellent for shoppingsouvenirs and handicraft, and there will be time at leisure3. Descending the mountain on to Cape Roca, the Westernmostpoint of continental Europe, a stop will be made by the cliffs over the Atlantic Ocean. 4. Then following the coastline the tour will pass by the Guincho Beach, and Boca do Inferno (Hell'sMouth), an ocean carved spectacle in rock. 5. Arriving at the oldfishermen village of Cascais that in the 1940's was chosen as resi-dence by exiled European Royalty, a stop will be made by the lovely bay filled with fishing boats. 6. Return to Hotel passing by Estoril.

Half day tour to Sintra:Minimum 25 people per bus, 49,00 € price per person

Includes:Transportation on a private coach with air conditioningEnglish speaking guideEntrance fee at Royal Palace in Sintra

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Tourist Information

Getting to Lisbon – By Air

Moving to the city

By taxi:

There are two taxi stands within the perimeter of the Lisbon airport, one at the arrivals and the other at departures.The fare on the taxi meter should read 2.00 € (daytime pick-up) or 2.50 € (nightime). Outside the city limits, cityfares are charged per kilometer (km=0,42). 1.60 € is charged for the transportation of luggage or animals. Its goodpolicy to enquire about the fare before taking a taxi.

Taxi Voucher: prepaid taxi fates start at 13.28 euros. Vouchers are on sale at the arrival terminal, on the informationdesk."

By Bus:

Special bus lines are:Nº 91 – Aerobus (Aeroport – City Center – Cais do Sodré)Aeroshutle – (City Center – Aeroport – Parque Nações)Single Ticket: 3 €Normal bus lines going through the airport.The bus route numbers and the names of the “end of the line” terminals are:Nº 5 – Estação do Oriente / Aeroporto / AreeiroNº 22 – Portela / Aeroporto / Marquês de PombalNº 44 – Moscavide / Aeroporto / Cais do SodréNº 45 – Prior Velho / Aeroporto / Cais do SodréNº 83 – Portela / Aeroporto / Amoreiras

On board fare is 1.40 €. Pre-paid fare is 0.81 € (an electronic card “7 colinas” or “Viva” is needed, costing 0.50 €. Thiscard is on sale on metro station machines and some newsstands). For other fare prices please check:

http://www.carris.pt

Arriving to Lisbon by Train

The main train stations in Lisbon are: “Estação de Stª Apolónia” and “Estação do Oriente” with national and inter-national (Lisbon-Madrid-Paris, and Lisbon-Porto-Vigo) connections.

Train schedules and prices are available at:

http://www.cp.pt

Arriving to Lisbon by Car

Traffic drive on the right in Portugal and international traffic signs are used. The minimum age for driving is 18years old. Speed limits are: 120 km/h (75 miles/h) on highways, 90 km/h (60 miles/h) roads and 50 km/h (30miles/h) in urban areas.

Main highways: From North peninsula take A1, from East take A6, from South take A2.

Driving time to Lisbon from:

Porto: 3 hoursFaro and Algarve: 3 hoursSeville: 5 hoursMadrid: 8 hours

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Moving around Lisbon

The most convenient way to move around Lisbon is the subway (METRO).Lisbon airport is located about 7 km (5 miles) north of the city center.

METRO fares:

Reusable card: 0.50 € (you need to buy trips in machines in the METRO station)One Trip: 0.80 € - 1 zone (Lisbon)

1.10 € - 2 zones (Lisbon + surroundings)

CARRIS fares:

Reusable card: 0.50 €On board fare: 1.40 €

Combined METRO/CARRIS fares:

ZAPPING – add money (2.00 to 15.00 €) to your reusable card and use either METRO (0.79 € - 1 zone trip) orCARRIS buses (0.80 € per trip)One day ticket: 3.70 €

TAXI Fares:

Inside Lisbon: Meter should read 2.00 € (day time) or 2.50 € (night time). Additional 1.60 € is charged for the trans-portation of luggage or animals.Outside the city limits, city fares are charged per kilometer (km=0.45 €).

Main Museums in Lisbon

Centro de Arte Moderna (Modern Art Museum)Fundação Oriente (Oriente Foundation)Museu Calouste Gulbenkian (Calouste Gulbenkian Museum)Museu dos Coches (Coach Museum)Museu Nacional de Arte Antiga (National Museum for Old Art)Colecção Berardo (The Berardo Collection)Museu do Azulejo (Tile Museum)

Walking Tours in Lisbon:

Lisbon Walker (http://www.lisbonwalker.com/)Portugal walks (http://www.portugalwalks.com/lisbon.htm)

Main Monuments in Lisbon:

Aqueduto das Águas Livres (Free Waters’ Aqueduct)Basílica da Estrela (Estrela Churro)Castelo de São Jorge (Saint George’s Castle)Mosteiro dos Jerónimos (Jerónimos Monástico)Sé Patriarcal (Patriarchal Cathedral)Torre de Belém (Bellém Tower)

Tourism web sites:

http://www.visitlisboa.com/http://www.lisbon-guide.info/

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Useful information

Emergency number: 112

Electricity

Voltage: 220 V, 50 Hz.Power sockets follow European standards.

Currency:Euro

Working hours:

Banks: 8:30 – 15:00 h (Monday to Friday)Buses: 6:30 – 24:00 h (every day, some buses run all night)Metro: 6:30 – 01:00 h (everyday)Pharmacies: 9:00 – 13:00 h, 15:00 – 19:00 h (Monday to Friday, some are open 24:00h a day)Shops: 9:00 – 13:00 h, 15:00 – 19:00 h (Monday to Friday), 9:00 – 13:00 h (Saturdays)Shopping Malls: 10:00 24:00 h everydayEmbassies: 9:00 – 15:00 h Monday to Friday

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Congress location:

LNECLaboratório Nacional de Engenharia Civil

Avenida do Brasil 101,1700-066 Lisboa, Portugal

GPS: 38º45’31.19”N, 9º8’27.96”W

Time ZoneGMT/UTC +1 in Summer

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1918

20- Topics

21- Sessions Schedule

Detailed Programme

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MONDAY WEDNESDAY

POSTERS SESSIONS

20

Monday,June 14th

Tuesday,June 15th

Wednesday,June 16th

Thursday,June 17th

1 2 3 4 5 6 7 8 9 10

Room

A1

Room

A2

Room

A3

Room

A4

Room

B5

Room

B6

Room

A7

Room

C8

Room

D9

Room

E10

Room

F11

SESSION INDEX

1.1NumericalMethods for HighSpeed Flows I

1.2NumericalMethods forHigh SpeedFlows II

1.3 MS03TowardsIndustrialApplication ofHigher OrderMethods:Part I

1.4 MS03TowardsIndustrialApplication ofHigher OrderMethods:Part II

1.5 MS03TowardsIndustrialApplication ofHigher OrderMethods:Part III

1.6STS I:Innovative DigitalOptimization andControl Technologiesfor GreenerMulti-physicsAeronautics andAero-engineDesign

1.7STS II:Multiphysics -MulticomponentsSimulations andOptimizationTechniques forPropulsionApplications

1.8 MS02Algorithms forMulti-Scale LowMach NumberFlows

1.9 MS11GPU Computingin CFD:Part I

1.10 MS11GPU Computingin CFD:Part II

2.1ComputationalElectromagnetics I

2.2ComputationalElectromagnetics II

2.3ShapeOptimization

2.4OptimizationandControl I

2.5OptimizationandControl II

2.6Adaptive Grids I

2.7 MS29TransitionandLaminar FlowControl

2.8NumericalMethods IV

2.9NumericalMethods V

2.10NumericalMethods VI

3.1 MS12NumericalModelling ofWavesInteracting withCoastalStructures

3.2 MS23Modelling ofContact LineDynamics

3.3Flows with HeatTransfer I

3.4Flows withHeatTransfer II

3.5Flows withHeat Transfer III

3.6Fluid-StructureInteraction

3.7 MS27MonolithicModels andSolvers forFluid-StructureInteractionProblems

3.8 MS20Stratified FlowsModellingforEnvironmentalProblems

3.9CFD for MarineApplications I

3.10CFD for MarineApplications II

4.1 MS18ReliableNumericalMethods forAtmosphere andOcean Models:Part I

4.2 MS18ReliableNumericalMethods forAtmosphere andOcean Models:Part II

4.3 MS22RegularizationModels ofIncompressibleFlows

4.4 MS32New Trends onDiffusionPhenomena

4.5ComputationalProblems inMicrofluidics

4.6 MS24ComputationalAtmosphereand OceanDynamics

4.7 MS07ComputationalWind-Farm-WakeAerodynamics

4.8 MS25RecentDevelopment inTurbomachineryCFD for IndustrialApplications:TRACE

4.9Turbomachines I

4.10Turbomachines II

5.1Gas-LiquidInterfaces

5.2MultiphaseFlows I

5.3MultiphaseFlows II

5.4Gas ParticleFlows I

5.5Gas ParticlesFlows II

5.6MovingBoundaryProblems I

5.7MovingBoundaryProblems II

5.8Adaptive Grids II

5.9 MS28AerodynamicAnalysis ofFlapping Wings:Part I

5.10 MS28AerodynamicAnalysis ofFlapping Wings:Part II

6.1 MS17Combustion

6.2Combustionand ReactiveFlows I

6.3Combustionand ReactiveFlows II

6.4 MS13Non--DeterministicSimulation inCFD:Part I

6.5 MS13Non--DeterministicSimulation inCFD:Part II

6.6 MS01Adjoint Methodsin IndustrialCFDOptimisation:Part I

6.7 MS01Adjoint Methodsin IndustrialCFDOptimisation:Part II

6.8Flow in PorousMedia

6.9Vehicles andTraffic I

6.10Vehicles andTraffic II

7.1 MS06Model OrderReduction inComplex Systemsin CFD:Part I

7.2 MS06Model OrderReduction inComplex Systemsin CFD:Part II

7.3NumericalMethods I

7.4NumericalMethods II

7.5NumericalMethods III

7.6HybridRANS/LES I

7.7 MS15Verification andValidation

7.8ImmersedBoundaryMethods

7.9 MS05 InverseTechniques inCFD:Part I

7.10 MS05InverseTechniques inCFD:Part II

8.1ComputationalAcoustics I

8.2ComputationalAcoustics II

8.3 MS36Implicit SolutionMethodsforMHD Systems

8.4Shallow WaterFlows

8.5Free SurfaceFlows

8.6 MS04ComputationalFluid DynamicswithOpenFOAM:Part I

8.7 MS04ComputationalFluid DynamicswithOpenFOAM:Part II

8.8ParallelComputing

8.9 MS19Shallow WaterModels forEnvironmentalFlows:Part I

8.10 MS19Shallow WaterModels forEnvironmentalFlows:Part II

9.1 MS35DiscontinuousGalerkinMethods:Part I

9.2 MS35DiscontinuousGalerkinMethods:Part II

9.3 MS09Current Trendsin Modellingand Simulationof TurbulentFlows:Part I

9.4 MS09Current Trendsin Modellingand Simulationof TurbulentFlows:Part II

9.5 MS09Current Trendsin Modellingand Simulationof TurbulentFlows:Part III

9.6DNS/LES I

9.7DNS/LES II

9.8DNS/LES III

9.9DNS/LES IV

9.10HybridRANS/LES II

10.1PhysiologicalFlows I

10.2MS14 Bioflowsin theAirways

10.3 MS33ComputationalMethods Appliedto Aneurysmsand theirTreatment:Part I

10.4 MS33ComputationalMethods Appliedto Aneurysmsand theirTreatment:Part II

10.5 MS31NumericalMethods forViscoelasticFluids

10.6PhysiologicalFlows II

10.7PhysiologicalFlows III

10.8 MS16LatticeBoltzmann,Particle Methodsand Experimentsof ComplexPhysiologicalFlows: Part I

10.9 MS16LatticeBoltzmann,Particle Methodsand Experimentsof ComplexPhysiologicalFlows: Part II

10.10 MS16LatticeBoltzmann,Particle Methodsand Experimentsof ComplexPhysiologicalFlows: Part III

11.1 MS30ModernProgrammingTechniques forNumericalAnalysis Software

11.2 MS10ImageProcessing andVisualization

11.3 MS34Mathematicaland NumericalAspects of theMotion ofViscous Fluids

11.4RANSModels forTurbulentFlows I

11.5RANSModels forTurbulentFlows II

11.6Non-NewtonianFlows

11.7 MS26IterativeMethods forncompressibleFlows

11.8 MS08CFD in Fireand Fire SafetyResearch

11.9 MS21Ventilationand SmokeControl inUndergroundSpace:Part I

11.10 MS21Ventilationand SmokeControl inUndergroundSpace:Part II

A Numerical Method for the Computation of Hopf Bifurcation Points in Fluid MechanicsAUTHORS: A. Brezillon; G. Girault; Jean-Marc Cadou

A Numerical Study of the Flow in a Cyclone Separator using the k-epsilon Realizable Turbulence ModelAUTHORS: Mauricio Carmona; Cristbal Cortes; Antonio Ramirez

Prediction of Shock Structure by Bimodal Distribution Function MethodAUTHORS: Maxim A. Solovchuk; Tony W. H. Sheu

Optimization of Diffuser with CFX TechnologyAUTHORS: Ferenc Szlivka; Gergely Éder

On the Stability of Locally One-Dimensional Method for Two-Dimensional Parabolic Equation withNonlocal Integral ConditionsAUTHORS: Svajunas Sajavicius

Development of 1D Performance Analysis Tool for a Microturbine Radial Compressor using CFDAUTHORS: Adeel Javed; M. Olivero; J. P. van Buijtenen

Uncertainty Quantification of Wildland Fire PropagationAUTHORS: Rita Ervilha; José M. C. Pereira; José C. F. Pereira

Flow Field Simulation of Wind Turbine with More ImpellersAUTHORS: Ferenc Szlivka; Péter Kajtár; Ildikó Molnár

Determination of Model Order for Inverse Scattering ApplicationsAUTHORS: Livia Cerullo; Thomas Rylander; Mats Viberg

Resistance of a Series 60 Vessel Determined by CFD SoftwareAUTHORS: José M. A. Fonfach; C. G. Soares

Fast and Stable Treatment of Non-Watertight Geometry for Incompressible Flow Simulationon Cartesian GridAUTHORS: Kei Akasaka; Kenji Ono

Extended Finite Element Method applied to Aero-Elastic ProblemsAUTHORS: Henrique C. Gomes; P. M. Pimenta

High Order Finite Element Method for Transport Process in the Convection-DiffusionCombined Porous MediaAUTHORS: Quanji Cai; R. Mundani; S. Kollmannsberger; E. Rank

Application of Optimization Methods in 2D Hydrofoil DesignAUTHORS: I. N. Egorov; Ivan N. Klochkov; Y. I. Babiy

Sommerfeld Radiation Condition for Incompressible Viscous FlowsAUTHORS: Takashi Yoshida; Takashi Watanabe

Viscous Flow around Two Bodies in Relative MotionAUTHORS: Fatemeh M. Zafarghandi; S. M. H. Karimian; S. Noori

Numerical Treatment of Cylindrical Coordinate SingularityAUTHORS: Noele Peres; Sébastien Poncet; E. Serre

Unsteady Solution of a 2D Stator-Rotor InteractionAUTHORS: Petr Straka

Numerical Simulation of One-Dimensional Pulsatile Flows with a Combined Fourier-Adomian MethodAUTHORS: Paulo Rebelo; Amilcar Miranda

Numerical Simulation of Helium Jet Injection into Supersonic FlowAUTHORS: Natalya N. Fedorova; Irina A. Fedorchenko

CFD Numerical Simulation of Water Hammer in Pipeline Based on the Navier-Stokes EquationAUTHORS: Jinping Li; Peng Wu; Yang Jiandong

Turbulent Flowstructure Computation Inside a Pump-Pat using an Industrial Benchmark Test CaseAUTHORS: Fábio A. Silva; José C. Páscoa; João S. Pinheiro; Daniel J. Martins

Numerical Tests of a New Pressure Correction Scheme for the Drift-Flux ModelAUTHORS: Walid Kheriji; R. Herbin; J.-C. Latché

A Method for Measuring the Thermal Heat Transfer from a Cylinder in Axial Turbulent Flowsfor the Best Seven He-Based Binary Gas MixturesAUTHORS: Mohammad R. Mobinipouya; Mohammad M. Papari; Antonio Campo

Optimization of Spillway Shape and Analysis of Jet Flow Characteristics Based on the VOF ModelAUTHORS: Jinping Li; Fei Liu; Yang Jiandong

The Problem of Boundary Condition on the Outflow for an Incompressible Flow through aCascade of ProfilesAUTHORS: Tomás Neustupa

A Characteristic-Based Split Finite Volume Algorithm for the Solution of Incompressible Flow ProblemsAUTHORS: Masoud Nickaeen; Ali Ashrafizadeh

Thermodynamically Compatible Rate Type Fluid Models for AsphaltAUTHORS: Karel Tuma

Evaluation of an Induced Magnetohydrdynamic Velocity Potential using Dual Recirocity Boundary Element MethodAUTHORS: Mojtaba Barjasteh; Hamid Zeraatgar

Assessment of Performance of Low Reynolds Turbulence Models in Predicting NaturalConvection in CavitiesAUTHORS: Mohamed Aksouh; A. Mataoui; N. Seghouani

A Pressure-Based Algorithm for the Numerical Solution of the Incompressible Navier-Stokes EquationsAUTHORS: Salman Okhovat; Ali Ashrafizadeh

Equilibrium Model of Two-Phase Transonic Compressible CO2 Flow through Heat Pump Ejectorand its Experimental ValidationAUTHORS: Jacek Smolka; Zbigniew P. Bulinski; Adam Fic; Krzysztof Banasiak; Andrzej J. Nowak

An Immersed Boundary Method Embedded in a Pseudospectral SchemeAUTHORS: Aggelos S. Dimakopoulos; Carlos B. da Silva; Rui M. L. Ferreira

Simulation of Impaction Filtration of Aerosol Droplets in Porous MediaAUTHORS: Lilya Ghazaryan; David J. L. Penha; Bernard J. Geurts; S. Stolz; C. Winkelmann

ALE Method for Unsteady Transonic Flow SimulationsAUTHORS: Petr Furmánek; Jirí Fürst; Karel Kozel

Simulation of Free Surface Flow in a Spillway with the Rigid Lid and Volume of Fluid Methods andValidation in a Scale ModelAUTHORS: Anders G. Andersson; Kristoffer Lundström; Patrik Andreasson; T. S. Lundström

A Simple NVD/TVD-Based Upwinding Scheme for Convection Term DiscretizationAUTHORS: Giseli A. B. Lima; Laís Corrêa; Miguel A. C. Candezano; Patrícia Sartori; Valdemir G. Ferreira

Structured and Unstructured Grid Validation of a Bubble Column Reactor CFD Multiphase Model by ANSYS® Workbench V10.0.AUTHORS: Monica Martínez; R. Miró; S. C. Cardona; J. Navarro-Laboulais; Sergio Chiva

Numerical Simulation of a Dry Low NOx – LPP Combustor Operating with LPG FuelAUTHORS: José L. Pinheiro; Carlos A. G. Veras

Study of the Droplet-Wire System by using a VOF TechniqueAUTHORS: Jorge M. Marchetti; P. Skjetne; H. F. Svendsen

Combined Injection of Plastic Particles and Heavy Fuel Oil into a Blast Furnace Raceway – DetailedCFD AnalysisAUTHORS: Christian Jordan; Michael Harasek; Amal El-Gohari; Christoph Feilmayr; Stefan Schuster

Monotone Nonlinear Scheme for Variable Density Groundwater FlowAUTHORS: Dragan Vidovic; Milenko Pusic

CFD Simulation of the Biomass Syngas CombustionAUTHORS: Kamil Kwiatkowski; Konrad Bajer

Modelling of Particle Size Segregation and its Applications to Geophysical ProblemsAUTHORS: Anthony R. Thornton

Considering Thermoelectric Power Generation Device Efficiency using Microchannel Heat SinkAUTHORS: L. A. Rosendahl; Alireza Rezaniakolaei; M. Chen

Multiscale Modelling of Granular Chute FlowsAUTHORS: Thomas Weinhart; Onno Bokhove; Stefan Luding

A Shape Optimisation of Cooling Fins in Electrical Transformer Tank using GA AlgorithmAUTHORS: Jacek Smolka; Andrzej J. Nowak

Consistency of SIMPLEC Scheme in Collocated GridsAUTHORS: Antonio Pascau; Nelson García

Direct Numerical Simulation of Quasi-Static Magnetohydrodynamic Annular Duct FlowAUTHORS: Stijn Vantieghem; B. Knaepen; Vincent Moureau

Numerical Solution of 2D and 3D Stratified Flows in Atmospheric Boundary LayerAUTHORS: Jiri Simonek; Karel Kozel

Effect of Initial Conditions in the Far Field of Spatially Developing Turbulent Planar JetsAUTHORS: Diogo C. Lopes; Ricardo J. N. dos Reis; Carlos B. da Silva; José C. F. Pereira

A 3D Human Carotid Artery Simulation using Realistic Geometry with Two-Level Bifurcation andExperimental Inlet Velocity ProfileAUTHORS: Senol Piskin; Erke Aribas; M. Serdar Celebi

Large Eddy Simulation of Sydney Swirl Non-Reaction JetsAUTHORS: Yang Yang; Søren Knudsen Kær; Chungen Yin

Modelling Haemodynamics in Patient-Specific Carotid Bifurcations using the Locally Conservative Galerkin (LCG) MethodAUTHORS: Rhodri L. T. Bevan; Perumal Nithiarasu; Raoul Van Loon; Igor Sazonov; Heyman Luckraz

FFOWCS Williams-Hawkings Acoustic Analogy for Simulation of NASA SR2 Propeller Noise inTransonic Cruise ConditionAUTHORS: Domenico Caridi; Michele De Gennaro; Mohamed Pourkashanian

Non-Newtonian Blood Flow Simulation in a Realistic Artery DomainAUTHORS: Hasret Turkeri; Senol Piskin; M. Serdar Celebi

On a Subgrid Approach for Simulating Industrial Filtration ProcessesAUTHORS: Aivars Zemitis; Oleg Iliev; Z. Lakdawala; V. Starikovicius

Numerical Solution of Incompressible Generalized Newtonian Fluids FlowAUTHORS: Radka Keslerová; V. Prokop; K. Kozel

DNS Simulation of a Planar Jet using a Hybrid MPI-CUDA StrategyAUTHORS: Gil Brandão; Ricardo J. N. dos Reis; Carlos B. da Silva; José C. F. Pereira

Performance Analysis of Flow in a Impeller-Diffuser Centrifugal Pumps using CFD :Simulationand Experimental Data ComparisonsAUTHORS: J. Perez; Sergio Chiva; W. Segala; R. Morales; C. Negrao; E. Julia; L. Hernandez

A 3D Finite Element Model for the Determination of Vibration Reduction Index for Joints withFloating FloorsAUTHORS: Jaime Ramis; E. Segovia; J. Alba; J. Carbajo

Two Dimensional Modelling with CFD of the Behavior of a Ventilated Ceramic FaçadesAUTHORS: C. Mesado Sergio Chiva E. Julia L. Hernandez

RANS Based Numerical Study of Hydrogen Mild CombustionAUTHORS: Enrico Mollica; E. Giacomazzi; Alessandro Di Marco

Validation of CFD Codes for Slamming and SloshingAUTHORS: Richard Marcer; C. Berhault; C. de Jouëtte; Nicolas Moirod; L. Shen

Development of a Cactus CFD Toolkit and its Utilisation on Large-Scale Multi-Block SimulationsAUTHORS: Soon-Heum Ko; Prasad Kalghatgi; Erik Schnetter; Sumanta Acharya; Gabrielle Allen;Shantenu Jha; Mayank Tyagi

Project paginacao 3 03-06-2010 17:24 Page 20

22

Monday, June 14th

Room B6 Room A7 Room C8 Room D9 Room E10 Room F116.1 MS17 Combustion 7.1 MS06 Model Order Reduction

in Complex Systems in CFD:Part I

8.1 Computational Acoustics I 9.1 MS35 Discontinuous GalerkinMethods: Part I

10.1 Physiological Flows I 11.1 MS30 Modern ProgrammingTechniques for Numerical AnalysisSoftware

Organizer: Wolfgang Schröder Organizers: G. Rozza, B. Haasdonk,M. Ohlberger

Organizers: M. Feistauer, V. Dolejsi Organizers: C. Engwer, T. Richter

Predicting Complex Turbulent Flamesusing Large Eddy Simulation andFlamelet-Based Tabulated ChemistryAUTHORS: C. Olbricht; F. Hahn;Anja Ketelheun; Johannes Janicka

Model Order Reduction by ReducedBasis Methods for Shape Optimizationin Computational Fluid DynamicsAUTHORS: Gianluigi Rozza;Andrea Manzoni

DGFEM for the Numerical Solution ofCompressible Flow in Time-DependentDomains and Applications toFluid-Structure InteractionAUTHORS: Miloslav Feistauer; Jaromí́r Horácek; Václav Kucera;Jaroslava Prokopová

Benefits of Generic Software:Convenient Parallelization of Micro-ScaleDG-CFD SimulationsAUTHORS: Christian Engwer

Sixth-Order Compact Finite VolumeScheme for Aeroacoustics withComplex GeometriesAUTHORS: Arnaud F. Pouangué;H. Deniau; N. Lamarque;J-F. Boussuge

Vessels’ Compliance Estimation Based ona Control Approach applied to MedicalImages and FSI ProblemsAUTHORS: Mauro Perego;Alessandro Veneziani;Christian Vergara

Modeling Preferential Diffusion Effectsin Premixed Methane-Hydrogen-AirFlames by using Flamelet-GeneratedManifoldsAUTHORS: Jeroen van Oijen;Rob Bastiaans; Philip de Goey

A Certified Reduced Basis Method forthe Parametrized Unsteady BoussinesqEquationsAUTHORS: David J. Knezevic

Boundary Algorithms for High-AccuracyAeroacoustic SchemesAUTHORS: Ludwig W. Dorodnicyn

Hamiltonian Discontinuous GalerkinFEM for Linear Incompressible FluidAUTHORS: Shavarsh Nurijanyan; O. Bokhove

A Data Assimilation Technique forincluding Noisy Measurements of theVelocity Field into Navier-StokesSimulationsAUTHORS: Marta D'Elia; A. Veneziani

Generic Programming for Flexible,High Performance Numerical SoftwareAUTHORS: Bard Skaflestad;Atgeirr F. Rasmussen

LES Modeling of Kinetics-ControlledCombustion Regimes: Autoignitionand Low-Temperature CombustionAUTHORS: Matthias Ihme

Reduced-Basis Approximation and aPosteriori Error Estimation for theParametrized IncompressibleNavier-Stokes EquationsAUTHORS: Karen Veroy; David J. Knezevic; Anthony T. Patera

Efficiency Investigation of aParallel Hierarchical Grid BasedAeroacoustic Code for Low MachNumbers and Complex GeometriesAUTHORS: Michael Kornhaas;Dörte C. Sternel; Michael Schäfer

Development of an Unstructured HighOrder Incompressible DiscontinuousGalerkin Finite Element MethodAUTHORS: Esteban Ferrer;R. H. J. Willden; G. T. Houlsby

Deposition of Non-Spherical Particles(Fibres) in a Channel with SubsequentBifurcationsAUTHORS: Matẽj Forman;Jaroslav Volavý

H5Fed - a HDF5 Based Finite ElementData LibraryAUTHORS: Achim Gsell;Benedikt Oswald; Andreas Adelmann;Edward W. Bethel; Mark Howison;Prabhat; John M. Shalf

Recent Advances In Flame ResponsePrediction for Combustion InstabilityModelling AUTHORS: Santosh Hemchandra

A Posteriori Error Bounds for ReducedBasis Approximations of NonlinearParabolic Partial Differential EquationsAUTHORS: Martin A. Grepl

Fluid–Structure–Acoustic Interaction,Algorithms and Implementations usingthe Finite Element MethodAUTHORS: Stefan Zörner;M. Kaltenbacher

Discontinuous GalerkinImplementation with hpGEMAUTHORS: Mochamad T. Julianto; V. R. Ambati; O. Bokhove;J. J. W. van der Vegt;Thomas Weinhart; Anthony R. Thornton

CFD Study of the Volumatic® Spacer:a Realistic ApproachAUTHORS: Ricardo F. Oliveira;Senhorinha Teixeira; Luís F. Silva:José Carlos Teixeira; Henedina Antunes

Generic Finite Element Programmingfor Massively Parallel Flow SimulationsAUTHORS: Timo Heister;Martin Kronbichler;Wolfgang Bangerth

Assessment of the Performance ofSeveral Turbulence and CombustionModels in the Numerical Simulation ofMild Combustion in a LaboratoryCombustorAUTHORS: Amândio Rebola;Pedro J. Coelho; Mário Costa

Model Reduction for Reacting FlowApplicationsAUTHORS: Marcelo Buffoni; V. B. Nguyen; K. Willcox

Simulation of Automotive InjectorNozzle Noise with Fully CoupledCFD/CAA SolverAUTHORS: Harald Klimach;Sabine P.Roller; Jens Utzmann;Claus-Dieter Munz

Space-Time Discontinuous GalerkinMethod for Nonlinear Water Waves:Variational vs. Weak FormulationAUTHORS: Vijaya R. Ambati;Onno Bokhove; J. J. W. van der Vegt

Simulation of the Breathing Cyclein the Extrathoracic Region using anImmersed Boundary ApproachAUTHORS: Laura Nicolaou; Tamer Zaki

Generic and Efficient ImplementationTechniques for High Order Finite Ele-mentsAUTHORS: Joachim Schöberl

Effect of Distance on AeroacousticWaves from Double Cavities in TandemArrangementsAUTHORS: T. Shimizu; Taku Nonomura;K. Fujii; M. Yamamoto

6.2 Combustion and Reactive Flows I 7.2 MS06 Model Order Reductionin Complex Systems in CFD: Part II

8.2 Computational Acoustics II 9.2 MS35 Discontinuous GalerkinMethods: Part II

10.2 MS14 Bioflows in the Airways 11.2 MS10 Image Processing andVisualization

Organizers: G. Rozza, B. Haasdonk, M.Ohlberger

Organizers: M. Feistauer, V. Dolejsi Organizers: C. Lacor, W. Schröder Organizers: J. M. R. S. Tavares,R. M. N. Jorge

Parametrized Discrete EmpiricalInterpolation of Nonlinear ImplicitEvolution OperatorsAUTHORS: Martin Drohmann;Bernard Haasdonk; Mario Ohlberger

Semi-Implicit Discontinuous GalerkinFinite Element Method for the SteadyState Compressible FlowsAUTHORS: Vit Dolejsí

Numerical Study of ParticleDeposition in the Human UpperAirways with Emphasis on Hot SpotFormation and Comparison ofLES and RANS ModelsAUTHORS: Vivek Agnihotri;Khairy Elsayed; Chris Lacor;S. Verbanck

Numerical and Experimental Images ofMultiphase Plasma Jet During PlasmaProcessing of Dispersed MaterialsAUTHORS: Viktorja Grigaitienė;R. Kėželis; V. Valinčius; P. Valatkevičius

A Computational Framework forMultiscale Modeling in Chemical VaporDeposition ProcessesAUTHORS: Nikolaos Cheimarios;George Kokkoris;Andreas G. Boudouvis

Numerical Investigation of FlowFeatures and Acoustic Radiation fromRound Cavities AUTHORS: Olivier Marsden;Christophe Bogey; Christophe Bailly

CFD Re-Design of a Gas TurbineCan-Type Combustion ChamberHydrogen FiredAUTHORS: Alessandro Marini;Alessandro Cappelletti;Giovanni Riccio; Francesco Martelli

A New Hierarchical Model ReductionTechnique Based on Reduced BasisMethods and Dimensional SplittingAUTHORS: Mario Ohlberger;Kathrin Smetana

Computational Analysis of AeroacousticWaves Induced by Rotating TireAUTHORS: Ittetsu Kaneda;Taku Nonomura; Kozo Fujii;Toshiyuki Ikeda; Masataka Koishi

Discontinuous Galerkin Schemes withReconstruction: the PN PM -approachAUTHORS: M. Dumbser; A. Filimon;Claus-Dieter Munz

Analysis of the Temporal FlowField in Tracheobronchial ModelAUTHORS: Wolfgang Schröder; G. Eitel; T. Soodt; A. Henze

Reconstructing Experimental Datafrom Video Records for Film Flow over aSpinning DiskAUTHORS: Valentina N. Korzhova;Dmitry B. Goldgof; G. M. Sisoev

Influence of Radiative HeatTransport on the 3D UnsteadyFlow in a Diffusion FurnaceAUTHORS: Roland Kessler; M. Lambert

Model Order Reduction of aContinuous CrystallizerAUTHORS: Mykhaylo Krasnyk;Michael Mangoldy

Applicability of RANS Models forAccurate Computation of Flow overAirfoils with Serrated Trailing EdgesAUTHORS: Gérson C. Fernandes;Markus Weinmann;Richard D. Sandberg

Time Stepping and Linear Stability ofRunge-Kutta Discontinuous GalerkinMethods on Triangular GridsAUTHORS: Thomas Toulorge; Wim Desmet

High Order Numerical Simulation ofFluid-Structure Interaction in HumanPhonationAUTHORS: Martin Larsson Bernhard Müller

Towards Artificial Vision and PatternRecognition Techniques for Applicationin Liquid Composite Moulding ProcessesAUTHORS: Ubaldo Pineda; N. Montés; F. Sánchez

Simulation of a Button-TypeSolid Oxide Fuel CellAUTHORS: E. Vakouftsi;G. Marnellos; C. Athanasiou;Frank A. Coutelieris

A 3D CFD Model of a Natural DraftWet-Cooling TowerAUTHORS: Adam Klimanek;Ryszard A. Białecki; Ziemowit Ostrowski

Investigation by Acoustic Resonanceof Human BodyAUTHORS: Gheorghe V. Gavriloaia;Mariuca-Roxana G. Gavriloaia

Characteristic Boundary Conditionsfor the Numerical Solution of EulerEquations by the DiscontinuousGalerkin MethodsAUTHORS: Ioannis Toulopoulos; John A. Ekaterinaris

Impact of Nasal Geometry Inclusionon Numerical Simulation of Flow inHuman Upper AirwayAUTHORS: Prihambodo H. Saksono;Raoul van Loon; Igor Sazonov; Perumal Nithiarasu

Transient Flow Analysis by ImagingMethods - Voronoi Particle TrackingVelocimetry applied to the DamBreak FlowAUTHORS: Rui Aleixo;S. Soares-Frazão; Y. Zech

Hydrogen Combustion of a DoubleCavity Trapped Vortex CombustorAUTHORS: Alessandro Di Marco; R. Camussi; S. Giammartini

CFD Modelling of the Heat andAcoustic Streaming Induced by aHigh Power Ultrasonic Horn ReactorAUTHORS: Francisco Trujillo; Kai Knoerzer

Flow in Naturally ChangingCentral AirwaysAUTHORS: Eike Hylla; O. Frederich;F. Thiele; X. Wang; I. Wegner;

H.-P. Meinzer; M. Puderbach

A Subspace Clustering Model for ImageTexture SegmentationAUTHORS: Yan Nei Law;Hwee Kuan Lee; Andy M. Yip

Simulation of Gas Exhaustion from aCombustion Chamber of aReciprocating EngineAUTHORS: Milan Žaloudek;Jaroslav Fořt; Herman Deconinck

Numerical Study of ThermoacousticWave AmplificationAUTHORS: Catherine Weisman;Diana Baltean-Carlès; Patrick Le Quéré;Luc Bauwens

Numerical Simulation of Airflowthrough Simplified Vocal TractGeometriesRelevant to Speech ProductionAUTHORS: Annemie Van Hirtum; K. Nozaki

From 08:00 REGISTRATION08:30 – 09:10 OPENING SESSION (Room A1)

09:10 – 09:50 PLENARY LECTURE: Isogeometric and Variational Multiscale Methods in Computational Fluid Dynamics. Thomas J. R. Hughes, University of Texas, USA.

09:50 – 10:30 PLENARY LECTURE: Higher Order Discontinuous Galerkin methods with emphasis on Aeronautical applications. Francesco Bassi, University of Bergamo.

10:30 – 10:50 Coffee BreakRoom A1 Room A2 Room A3 Room A4 Room B51.1 Numerical Methods for HighSpeed Flows I

2.1 Computational Electromagnetics I 3.1 MS12 Numerical Modelling ofWaves Interacting with CoastalStructures

4.1 MS18 Reliable Numerical Methodsfor Atmosphere and Ocean Models:Part I

5.1 Gas-Liquid Interfaces

Organizers: E. Didier, M. G. Neves Organizers: A. Mahalov,P. Neittaanmaki, S. Repin

10:50 – 11:20

11:00 – 11:20

A Lagrangian Smoothed ParticleHydrodynamics – SPH – Method forModelling Waves-Coastal StructureInteractionAUTHORS: Eric Didier; Maria G. Neves

Wind Power Energy Activity in Finland?AUTHORS: Pekka Neittaanmäki

A 3D Finite Element Method for theCoupled Numerical Simulation ofElectrochemical Systems and Fluid Flow:Ion Transport in ElectrodepositionAUTHORS: Georg Bauer;Volker Gravemeier; Wolfgang A. Wall

An Optimal Approach for VelocityInterpolation in Multilevel VOF MethodAUTHORS: Antonio Cervone;S. Manservisi; R. Scardovelli

11:20 – 11:40 Spectral Volume Method : Applicationto Euler Equations and PerformanceAppraisalAUTHORS: Oussama Chikhaoui;J. Gressier; G. Grondin

Hybridization of Numerical Schemes inTime Domain to Solve theVlasov-Maxwell EquationsAUTHORS: Laura Pebernet;X. Ferrieres; F. Rogier; P. Degond

Comparisons of Wave Overtopping atCoastal Structures Calculated withAMAZON, COBRAS-UC and SPHYSICSAUTHORS: Maria G. Neves; M. T. Reis;E. Didier

Indeterminant Data in Problems ofContinuum MechanicsAUTHORS: Olli J. MaliPekka J. Neittaanmäki; Sergey I. Repin

Segment Patching of the Higher OrderInterface Reconstruction for the Volumeof Fluid MethodAUTHORS: Joris C. G. Verschaeve

11:40 – 12:00 An Implicit Spectral Finite VolumeMethod for Unstructured GridAerodynamic SimulationsAUTHORS: Carlos Breviglieri; João L. F.Azevedo; Edson Basso

Coherent Vorticity and CurrentExtraction in Three-DimensionalHomogeneous MagnetohydrodynamicTurbulence: Comparison BetweenWavelet and Fourier FilteringAUTHORS: Naoya Okamoto; K. Yoshimatsu; Y. Kondo;K. Schneider; M. Farge

Comparison of Three Nonlinear Modelsto Analyze Wave Propagation overSubmerged Trapezoidal BreakwatersAUTHORS: Paulo R. F. Teixeira;Liliana V. Pinheiro; C. M. J. Fortes

Stability of the Ekman Boundary LayerAUTHORS: Juergen Saal

A PLIC-VOF Implementation on Parallel3D Unstructured MeshesAUTHORS: Lluis Jofre: Oriol Lehmkuhl;J. Castro; A. Oliva

12:00 – 12:20 Entropy Viscosity for ConservationEquationsAUTHORS: J. L. Guermond; RichardPasquetti; B. Popov

Approximation of the ThermallyCoupled MHD Problem using aStabilizedFinite Element MethodAUTHORS: Ramon Codina;Noel Hernández-Silva

Bottom Friction and Wave BreakingImplementation in the BOUSS3WNonlinear Wave Propagation ModelAUTHORS: Liliana V. Pinheiro;C. J. Fortes; Paulo R. F. Teixeira;M. A. Walkley

Fast Singular Oscillating Limits ofHydrodynamic PDEs: Application to 3DRotating Navier-Stokes, Boussinesq andMHD EquationsAUTHORS: Alex Mahalov

Numerical Treatment of Contact LineMotion Near a Sharp CornerAUTHORS: Poorya A. Ferdowsi; M. Bussmann

12:20 – 12:40 Improvements of Simple Low-DissipationAUSM against Shock Instabilities inConsideration of InterfacialSpeed of SoundAUTHORS: Keiichi Kitamura; Eiji Shima

High Order Discontinuous GalerkinSolution of 1D IdealMagnetohydrodynamic EquationsAUTHORS: Alessandra Nigro;C. De Bartolo; F. Bassi

Numerical Modelling of Wave-StructureInteraction with a Three DimensionalNavier-Stokes ModelAUTHORS: Javier L. Lara; I. J. Losada;Manuel del Jesus;G. Barajas; R. Guanche

Correction on Cooper and HainesMethod with the Relationship BetweenSea-Level and Bottom PressureVariabilityAUTHORS: João R. P. Nogueira;Aires J. P. dos Santos; M. M. F. Juliano

Modification and Extension of aStandard Volume-Of-Fluid Solver forSimulating Boiling Heat TransferAUTHORS: Christian Kunkelmann; Peter Stephan

12:40 – 13:00

New Limiter and Gradient ReconstructionMethod for HLLC-Finite Volume Schemeto Solve Navier-Stokes EquationsAUTHORS: Lakhdar Remaki; O. Hassan;Kenneth Morgan

Numerical Analysis of Coastal Structuresat Prototype Scale using IH-2VOFAUTHORS: Inigo J. Losada;R. Guanche; Manuel del Jesus;Javier L. Lara ; C. Vidal

Simulation of Interfacial Gas-LiquidAnnular Flows using an InterfacialFunctionAUTHORS: Galileu H. Oliveira; Luis M. Portela

13:00 – 14:00 Lunch Break13:30 – 15:30 POSTER SESSION 1

1.2 Numerical Methods forHigh Speed Flows II

2.2 ComputationalElectromagnetics II

3.2 MS23 Modelling of ContactLine Dynamics

4.2 MS18 Reliable NumericalMethods for Atmosphere and OceanModels: Part II

5.2 Multiphase Flows I

Organizers: Bernhard Müller, GunillaKreiss

Organizers: A. Mahalov,P. Neittaanmaki, S. Repin

15:00 – 15:30

15:10 – 15:30

Modelling Drops on MicropatternedSurfacesAUTHORS: B. M. Mognetti;Julia M. Yeomans

Guaranteed a Posteriori ErrorEstimates for Viscous Flow Problems inRotation FrameAUTHORS: Sergey I. Repin

Derivation of a Symmetrizing VariablesFormulation for HypersonicThermo-Chemical Non-EquilibriumFlows, with Application to ResidualDistribution SchemesAUTHORS: Jesus G. Mena;Andrea Lani; Gérard Degrez;Herman Deconinck

A Contribution on the NumericalSimulation of ICP Torchs.AUTHORS: S. Clain D. Rochette R.Touzani Mário L. da Silva;D. Vacher; P. André

Analysis of the Cavitating Flow in RealSize Diesel Injectors with Fixed andMoving Needle Lift SimulationsAUTHORS: Xandra Margot; Antonio García; Pablo Fajardo;Stavroula Patouna

15:30 – 15:50 Investigation of Slip BoundaryConditions of Hypersonic Flow overMicroporous SurfacesAUTHORS: Viola Wartemann;Heinrich Lüdeke

Flow Analysis of the HCLL-TBM(ITER)Channels including MHD and HeatTransferAUTHORS: Elisabet M. de les Valls;J. Fradera; L. Batet

Sharp-Interface Simulations ofSurfactant-Covered Drops in ElectricFieldsAUTHORS: Knut E. Teigen; Karl Y. Lervag; Svend T. Munkejord

New Indicators of ApproximationErrors for Problems in ContinuumMechanicsAUTHORS: Immanuel B. Anjam;Olli J. Mali; Pekka J. Neittaanmäki;Sergey I. Repin

Multicomponent Droplet Evaporationof Heating Oil using a ContinuousThermodynamics ModelAUTHORS: Melanie Grote; K. Lucka; H. Köhne

15:50 – 16:10 Discrete Kinetic Finite Volume Schemeson Unstructured Non Cartesian GridAUTHORS: Denise Aregba-Driollet;Frédéric Krantz

Numerical Simulations of the LorentzForce FlowmeterAUTHORS: Axelle Viré; B. Knaepen;A. Thess

Simulations of Small Scale Fluid FlowsDominated by Capillarity and WettingAUTHORS: Gustav Amberg

A Posteriori Error Estimates forApproximate Solutions ofBarenblatt-Biot Poroelastic ModelAUTHORS: J. M. Nordbotten;T. Rahman; Sergey I. Repin;Jan Valdman

16:10 – 16:30 Numerical Study of the Influence ofDissipative Effects on the Propagationof Detonation Waves in NarrowShock TubesAUTHORS: Davy Ngomo; AshwinChinnayya; Abdellah Hadiadi

Numerical Simulation of an ElectricCharged Compressible Gas-Flow withAdaptive Mesh RefinementAUTHORS: Stephan Reichel; Rodion Groll; H. J. Rath

A Hybrid Level-Set-Cahn-Hilliard Modelfor Two-Phase FlowAUTHORS: Martin Kronbichler;Gunilla Kreiss

Computational Studies of Inertia-GravityWaves Radiated from UpperTropospheric JetsAUTHORS: Alex Mahalov;Mohamed Moustaoui

16:30 – 16:50 A Zonal Euler/Viscous Solver forCompressible FlowsAUTHORS: Cristian Biotto; J. Peiró

Numerical Simulation of ThermalConvection under the Influence of aMagnetic Field by using Solenoidal BasesAUTHORS: Durmuş Yarimpabuç; Hakan I. Tarman

A Conservative Level Set Method forSharp Interface Multiphase FlowSimulationAUTHORS: Claudio Walker; Bernhard Müller

16:50 – 17:10 NURBS-Enhanced Finite VolumeMethod (NEFVM))AUTHORS: Ruben Sevilla;Oubay Hassan; Kenneth Morgan

The Simulation of the Motion of SolidParticles in the Turbulent Flow ofInduction Crucible FurnacesAUTHORS: Mihails Ščepanskis;Andris Jakovičs; Bernard Nacke

CFD Modeling of Two-Phase Flow inVertical Bubbly Flow Condition:Isothermal and Subcooled BoilingConditionsAUTHORS: F. Pellacani; S. Maturrro;Sergio Chiva; R. Macian

17:10 – 17:30 BOARDING THE CONFERENCE BUS

18:00 – 20:00 BOAT TRIP IN THE TAGUS RIVER

20:00 BUS RETURN TO HOTELS

22

Project paginacao 3 03-06-2010 17:24 Page 22

24

Room B6 Room A7 Room C8 Room D9 Room E10 Room F116.3 Combustion and Reactive Flows II 7.3 Numerical Methods I 8.3 MS36 Implicit Solution Methods

for MHD Systems

9.3 MS09 Current Trends in Modelling

and Simulation of Turbulent Flows: Part I

10.3 MS33 Computational Methods Applied

to Aneurysms and their Treatment: Part I

11.3 MS34 Mathematical and Numerical

Aspects of the Motion of Viscous Fluids

Organizers: John Shadid, Luis Chacon Organizers: S. Jakirlic, D. von Terzi

(ERCOFTAC SIG15)

Organizers: A. Robertson, A. Sequeira Organizers: T. Bodnar, S. Necasova

Implicit and Semi-Implicit Treatmentsfor MHD ComputationsAUTHORS: Rony Keppens;Allard-Jan van Marle; Chun Xia

The ERCOFTAC Knowledge BaseWiki - an Aid for Establishing Qualityand Trust in CFDAUTHORS: Wolfgang Rodi

Parametric Modeling of CerebralAneurysmsAUTHORS: Zijing Zeng; Mike Durka;Howard Yonas; Akira Takahashi;Hasballah Zakaria; Anne M. Robertson

Numerical Simulation of Blood Flowusing Generalized Oldroyd-B ModelAUTHORS: Lubos Pirkl; Tomás Bodnár

Large-Eddy Simulation of Forced Ignitionin Highly Strained Bluff-Body BurnerAUTHORS: Vallinayagam Subramanian;Pascale Domingo; Luc Vervisch

Nonconforming in Time DomainDecomposition Method for PorousMedia ApplicationsAUTHORS: Laurence Halpern;Caroline Japhet; Pascal Omnes

Investigations of Ignition Probabilityof a Forced Ignited Turbulent MethaneJet using LESAUTHORS: Jeremy Weckering; A. Sadiki;Johannes Janicka; E. Mastorakos

Variational Multiscale Method forCompressible FlowsAUTHORS: Mariano Vázquez;Margarida Moragues; G. Houzeaux;Romain Aubry; S. Marras

Scalable, Nonlinear, Implicit Algorithmsfor Extended MagnetohydrodynamicsAUTHORS: Luis Chacón

Lessons Learned from the ERCOFTACSIG15 Computational Workshops: Flowin a 3D Diffuser as an exampleAUTHORS: Suad Jakirlic;Dominic von Terzi; Michael Breuer

Effects of Aspect Ratio on theHemodynamics in Elastase InducedRabbit AneurysmsAUTHORS: Zijing Zeng; Mike Durka;David F. Kallmes; Anne M. Robertson

Theoretical Aspects of Motion of Fluidaround a Rotating Rigid BodyAUTHORS: R. Farwig; R. B. Guenther;Sarka Necasová; E. A. Thomann

Subgrid Combustion Modelling forLarge Eddy Simulation (LES) ofTurbulent Combustion using EddyDissipation Concept (EDC)AUTHORS: Balram Panjwani;Ivar S. Ertesvåg; Andrea Gruber;Kjell Erik Rian

High Order Scheme for CompressibleTurbulent flowsAUTHORS: Christelle Wervaecke;H. Beaugendre; B. Nkonga

HiFi – Implicit Semi-Structured SpectralElement Code for Multi-Fluid Applications.AUTHORS: Vyacheslav S. Lukin;Alan H. Glasser

Reynolds Stress Modeling for ComplexAerodynamic FlowsAUTHORS: Bernhard Eisfeld

Data Assimilation for IncompressibleNavier-Stokes: Merging of Images,Measurements and Numerical Resultsin Blood Flow SimulationsAUTHORS: Alessandro Veneziani

On Drag Computations of RoughSurfaces: Modeling, Simulations andModel Reduction by ApplyingHomogenizationAUTHORS: Elfriede Friedmann

Studying Swirling Flames using HighlyResolved Simulations of an IndustrialPremixed BurnerAUTHORS: Vincent Moureau;P. Domingo; L. Vervisch

Selective Limiting by a Moving-LeastSquares TechniqueAUTHORS: Xesús Nogueira;Luis Cueto-Felgueroso;Ignasi Colominas; Fermín Navarrina; Manuel Casteleiro

An Efficient High-Order Implicit Algorithmfor 3D Magnetohydrodynamic Studies ofStrongly Magnetized Plasmas usingC1 Finite ElementsAUTHORS: Stephen C. Jardin;N. M. Ferraro; J. Breslau; J. Chen

Zonal Detached Eddy Simulation forTechnical Aerodynamic FlowsAUTHORS: Sébastien Deck

Coherent Structure and Blood FlowDynamics in the Normal andAneurysmatic AortaAUTHORS: Jacopo Biasetti; F. Hussain; T. C. Gasser

A Method of Consistent Averages forthe Computational Solution to the FluidDynamic EquationsAUTHORS: Frederick Ferguson;Gafar Elamin; Mookesh Dhanasar

Numerical Simulation of Rod StabilizedTurbulent Premixed FlamesAUTHORS: Bhuvaneswaran Manickam;Siva P. R. Muppala; J. Franke;F. Dinkelacker

Equivalence Conditions for FiniteVolume / Element Discretizations inCylindrical CoordinatesAUTHORS: Dante De Santis;Gianluca Geraci; Alberto Guardone

Implicit Schemes in a Multi-Physics andMulti-Application Code: BalancingEfficiency and FlexibilityAUTHORS: Gabor Toth;Bart van der Holst

Computational Uncertainty in TurbulentFlow Simulations: Towards a NumericalError BarAUTHORS: Dimitris Drikakis; Filipe Inok

Local Projection Stabilization for theNumerical Simulation of ConvectionDominated FlowsAUTHORS: Petr Knobloch:Lutz Tobiska

Numerical Simulation of UnsteadyDusty Gas Flow through the Movingand Stationary Cascades of AirfoilsAUTHORS: Denis Romanyuk;Yury Tsirkunov

Initial Performance of Fully-Coupled AMG andApproximate Block Factorization Precondition-ers for Solution of Implicit FE Resistive MHD AUTHORS: John N. Shadid; Eric C. Cyr; RogerP. Pawlowski; Ray S. Tuminaro; Luis Chacón;Paul T. Lin

Shape Stability of Incompressible FluidsSubject to Navier's SlipAUTHORS: Jan Stebel

6.4 MS13 Non-DeterministicSimulation in CFD: Part I

7.4 Numerical Methods II 8.4 Shallow Water Flows 9.4 MS09 Current Trends in Modelling andSimulation of Turbulent Flows: Part II

10.4 MS33 Computational Methods Appliedto Aneurysms and their Treatment: Part II

11.4 RANS Models for Turbulent Flows I

Organizers: C. Lacor, H. Bijl Organizers: S. Jakirlic, D. von Terzi(ERCOFTAC SIG15)

Organizers: A. Robertson, A. Sequeira

Comparison of Intrusive and Non--Intrusive Polynomial Chaos Methods forCFD Applications in AeronauticsAUTHORS: Giuseppe Onorato;G. Ghorbaniasl; G. J. A. Loeven; H. Bijl;Chris Lacor

Aspects of Simulating Synthetic-JetInjection into Attached and SeparatedBoundary LayersAUTHORS: Michael A. Leschziner;G. M. Fishpool; S. Lardeau

Computational Hemodynamics ofIntracranial Aneurysms: Modelling andGeometrical SensitivityAUTHORS: A. Gambaruto; J. Janela;Alexandra Moura; Adélia Sequeira

An Artificial Compressibility Treatmentfor Unsteady Incompressible Flowsusing High Order DiscontinuousGalerkin MethodsAUTHORS: Vinh-Tan Nguyen

A Regularization Method for the NumericalSolution of Shallow Water EquationsAUTHORS: Tatiana G. Elizarova;Jean-Claude Lengrand

An Unstructured Implicit Approach forNumerical Weather PredictionAUTHORS: Romain Aubry;M. Vázquez; G. Houzeaux

Coupling Intrusive and Non IntrusivePolynomial Chaos for Solving StochasticSystems of Conservation LawsAUTHORS: Gaël Poëtte; Didier Lucor;Bruno Després

Stabilized Discontinuous GalerkinApproximations for Fourth-OrderStokes-Like ProblemsAUTHORS: Antonio G. B. da Cruz; E. G. D. do Carmo; F. P. Duda

A Finite Difference Technique for Solvingthe Second Order Constitutive Equation forThree-Dimensional Free Surface FlowsAUTHORS: Murilo F. Tomé; Igor Revoredo

Analysis of Unsteadiness in TransonicShock/Boundary Layer InteractionsAUTHORS: Matteo Bernardini;Sergio Pirozzoli; Francesco Grasso

The Importance of ComputationalMethods applied to Aneurysmsand their TreatmentAUTHORS: J. G. Campos;Adélia Sequeira

A Hamiltonian Particle Method forHydrostatic Flow in Isentropic CoordinatesAUTHORS: Bob Peeters; O. Bokhove;J. Frank

Stochastic Quasi Gas DynamicsEquations as a Base for ParticleMethodsAUTHORS: Sergey V. Bogomolov

A Consistent Regularization of theIncompressible Navier-Stokes Equationsvia Computation of the VorticityAUTHORS: Mika Malinen

A Parallel Domain DecompositionApproach for the Implicit Solution ofShallow Water Equations on theCubed-SphereAUTHORS: Xiao-Chuan Cai

Lagrangian Methods for Determiningthe Turbulent Prandtl Number in DNSof Wall TurbulenceAUTHORS: Dimitrios V. Papavassiliou;Chiranth Srinivasan

Numerical Modeling of aMulti-Mechanism Damage for CerebralArterial TissueAUTHORS: Mariarita de Luca

Urban Wind-Concentrator Tower forEnergy ConversionAUTHORS: Markus Rütten;Mikhail Konstantinow

Numerical Methods for UncertaintyPropagation in High Speed FlowsAUTHORS: Gianluca Iaccarino;Per Pettersson; Jan Nordström;Jeroen A. S. Witteveen

A Stabilized Formulation for theIncompressible Navier–StokesEquations using Finite CalculusAUTHORS: Prashanth Nadukandi;Eugenio Oñate; Julio Garcia;Sergio Idelsohn

A Shallow Water Model with Viscosityand Dependence on DepthAUTHORS: José M. Rodríguez;Raquel Taboada-Vázquez

Implicit Large Eddy Simulation ofComplex FlowsAUTHORS: Stefan Hickel;Nikolaus A. Adams

Calibrating Reduced Dimension Models for3D Patient Specific Fluid-Structure InteractionSimulationsAUTHORS: Mahmoud M. Ismail;Michael W. Gee; Andrew Comerford;Wolfgang A. Wall

Time Domain Buffeting Analysis of aLarge-Span Cable-Stayed BridgeAUTHORS: Shuxian Hong;Álvaro Cunha

A Simple, Flexible and GenericDeterministic Approach to UncertaintyQuantifications in Non Linear Problems:Application to Fluid Flow ProblemsAUTHORS: Rémi Abgrall

Stability and Convergence Analysisof an X-FEM Formulation forIncompressible FlowAUTHORS: E. Sala-Lardies;Sonia Fernández-Méndez; Antonio Huerta

Three-Dimensional Inertial Thin Film Flowon Planar Substrates Containing OcclusionsAUTHORS: Sergii Veremieiev:Philip H. Gaskell; Yeaw C. Lee;Harvey M. Thompson

Reliability of Large-Eddy Simulationof Buoyancy-Driven Turbulent MixingAUTHORS: Bernard J. Geurts

Effects of Geometry Modificationon the Aerodynamics of a GenericBridge Deck SectionAUTHORS: Éric Didier; Daniel C. Vaz;António R. J. Borges

Effects of Geometric Tolerance inFluid DynamicsAUTHORS: Lucia Parussini;Valentino Pediroda; Carlo Poloni

An Edge-Based Finite Element Methodfor Quasi-Incompressible Viscous FlowsAUTHORS: Milton A. Gonçalves;Jr. R. N. Elias; A. L. G. A. Coutinho; P. A. B. de Sampaio

Modeling Wetting and Drying ofShallow Water in Estuaries with Tidal FlatsAUTHORS: Maria de L. C. Barros;P. C. C. Rosman; J. C. F. Telles;J. P. S. Azevedo

Unsteady Viscous Analysis of Low-ReGust-Airfoil InteractionAUTHORS: Vladimir Golubev;Miguel Visbal

6.5 MS13 Non-DeterministicSimulation in CFD: Part II

7.5 Numerical Methods III 8.5 Free Surface Flows 9.5 MS09 Current Trends in Modellingand Simulation of Turbulent Flows: Part III

10.5 MS31 Numerical Methods forViscoelastic Fluids

11.5 RANS Models for Turbulent Flows II

Organizers: C. Lacor, H. Bijl Organizers: S. Jakirlic, D. von Terzi(ERCOFTAC SIG15)

Organizers: R. Becker, D. Capatina

Robust Optimization of DenseGas Flows under UncertainOperating ConditionsAUTHORS: Paola Cinnella;Samuel Hercus

Turbulent Transport Modelling forPANS and other Bridging ClosureApproachesAUTHORS: Sharath S. Girimaji;Branislav Basara; Aditya Murthi;Dasia Reyes

Adaptive Finite Elements forViscoelastic FlowsAUTHORS: Roland Becker;Daniela Capatina

A Mimetic Spectral Element Methodfor Equations of Fluid DynamicsAUTHORS: Jasper J. Kreeft;Artur Palha; M. I. Gerritsma

Stabilised Finite Element for HighReynolds Number, LES and Free Surfaceflow ProblemsAUTHORS: Guillaume François;Elie Hachem; T. Coupez

Robust Multigrid Solution of RANSEquations with Two-EquationTurbulence ModelsAUTHORS: Mark Wasserman;Yair Mor-Yossef; Irad Yavneh;J. B. Greenberg

Effects of Modeling Uncertainties inCondensing Wet-Steam Flows throughSupersonic NozzlesAUTHORS: Michele Giordano;Samuel Hercus; Paola Cinnella

NURBS-Enhanced Finite ElementMethodAUTHORS: R. Sevilla;Sonia Fernández-Méndez;Antonio Huerta

Absorbing Boundary Conditions forWave Simulations around OffshoreStructuresAUTHORS: Roel Luppes Arthur E. P. Veldman; Peter R. Wellens

Recent Progress in HybridTemporal-LES/RANS ModelingAUTHORS: Rémi Manceau;Thomas B. Gatski; Atabak Fadai-Ghotbi;Christophe Friess; Jacques Borée

Nonconforming Finite ElementApproximation of Polymers Flows forLarge Weissenberg NumbersAUTHORS: R. Becker;Daniela Capatina; Julie Joie

3D Numerical Simulations of the Im-pingement of a Turbulent Swirling Jetagainst a Solid WallAUTHORS: Joaquin Ortega-Casanova;P. Castillo; R. Fernandez-Feria

Non-Intrusive Stochastic Studies forExternal and Internal Flows using theelsA SoftwareAUTHORS: Marc Lazareff;Jacques Peter; Antoine Fourmaux

A C/DG-FEM Solution of anImproved Boussinesq System forSurface Water Waves.AUTHORS: Nuno D. Lopes;P. J. S. Pereira; L. Trabucho

Simulation of Two-Phase Flows withFree Surface in a Tank using ArbitraryLagrangean-Eulerian and LevelSet Coupled MethodAUTHORS: Tadashi Watanabe

Reconstruction of Turbulence Propertiesfor Stochastical Turbulence ModelingAUTHORS: Bernhard Stoevesandt;Robert Stresing; Andrei Shishkin;Claus Wagner; Joachim Peinke

FEM Multigrid Techniques forViscoelastic FlowAUTHORS: Stefan Turek

RANS Modeling of Flow in RotatingCavity SystemAUTHORS: Sébastien Poncet;R. Da Soghe; B. Facchini

Parametric Uncertainty Quantificationin Modeling Methane Thermal PartialOxidation within Inert Porous MediaAUTHORS: Miguel A. A. Mendes;José M. C. Pereira; José C. F. Pereira

Solution of the 2D Navier-StokesEquations with the LBIE Method andRBF CellsAUTHORS: Jevgenija Pavlova;Sellountos J. Euripides; Adélia Sequeira

A Parallel Free-Surface-ModellingTechnology for Application to AircraftFuel-SloshingAUTHORS: Arnaud Malan;Oliver Oxtoby

Symmetry-Preserving RegularizationModels of the Navier-Stokes EquationsAUTHORS: Roel W. C. P. Verstappen

Realistic Constitutive Laws forPolymer FlowsAUTHORS: Didier Graebling

Robust Implementation of theSpalart-Allmaras Turbulence Model forUnstructured GridAUTHORS: Nikhil Vijay Shende;Yair Mor-Yossef

Uncertainty Quantification Based onForward Sensitivity Analysis in SisypheAUTHORS: Jan Riehme;Rebekka Kopmann; Uwe Nauman

Numerical Solution of ConvectionDiffusion Equations with theDiscretization of the Lie DerivativeAUTHORS: Artur Palha; Jasper J. Kreeft;M. Gerritsma

Numerical Simulation of WaveOvertopping in Externally Excited TanksAUTHORS: Ender Demirel; I. Aydm

On the Stability of Numerical SchemesModeling Non-Newtonian FluidsAUTHORS: J. W. Barrett;Sébastien Boyaval; C. Le Bris; T. Lelièvre;C. Mangoubi

Mathematical Modelling of SupersonicFlow over Open Cavity with Mass SupplyAUTHORS: Natalya N. Fedorova;M. A. Goldfeld; I. V. Zhitineva

Enhanced Divergence-Free Elements forEfficient Incompressible Flow Simulationsin the PDE Framework PeanoAUTHORS: Tobias Neckel; Miriam Mehl;Christoph Zenger

Monolithic FEM Techniques for NonlinearFlow with Temperature/Concentration,Pressure and Shear-Dependent ViscosityAUTHORS: Jaroslav Hron; Stefan Turek;H. Damanik; A. Ouazzi; P. Pustejovská

Tuesday, June 15th

24

8:30 – 9:10 PLENARY LECTURE: Bioinspired Flow Optimization. Petros Koumoutsakos, ETH Zurich.

9:10 – 09:50 PLENARY LECTURE: Turbulent combustion modeling: new approaches for highly refined simulations. Luc Vervisch, CORIA-CNRS & INSA Rouen, France.

09:50 – 10:10 Coffee BreakRoom A1 Room A2 Room A3 Room A4 Room B51.3 MS03 Towards Industrial Application

of Higher Order Methods: Part I

2.3 Shape Optimization 3.3 Flows with Heat Transfer I 4.3 MS22 Regularization Models

of Incompressible Flows

5.3 Multiphase Flows II

Organizers: K. Hillewaert,

J.-F. Remacle, B. HelenbrookOrganizer: Carlos D. Perez-Segarra

10:10 – 10:40

10:20 – 10:40

Iterative Solution of DiscontinuousGalerkin Formulations of theEuler EquationsAUTHORS: Brian T. Helenbrook;Brendan S. Mascarenhas;Koen Hillewaert; Jean-Francois Remacle

On the Symmetry-Preserving RegularizationModel on Complex Flows usingUnstructured GridsAUTHORS: Oriol Lehmkuhl; R. Borrell;Ivette Rodríguez; C.D. Pérez-Segarra;A. Oliva

Active Flow Control Bump Design UsingHybrid Nash-Game Coupled to EvolutionaryAlgorithmsAUTHORS: D. S. Lee; Jacques Periaux;L. F. Gonzalez; K. Srinivas; Eugenio Oñate

CFD Analysis of a Density-DependentValve within a Hot Water SystemAUTHORS: Sally S. Bell; Helen Smith;David Christie; John N. Macbeth;Neil Finlayson

Bubble Model for Cavitating Flow Simulationincluding High Void Fraction RegionAUTHORS: Nobuo Tsurumi;Yoshiaki Tamura; Yoichiro Matsumoto

10:40 – 11:00

From h to p Efficiency: Implementationof Low- and High-Order Spectral/hpElement Discretisations in Two andThree Dimensions.AUTHORS: Chris D. Cantwell; Peter E. J.Vos; Spencer J. Sherwin; Robert M. Kirby

Global and MultidisciplinaryAerodynamical Optimal Shape's Design,including DeformationAUTHORS: Adriana Nastase

Simulation of the Fouling LayerEvolution in Heat Transfer SurfacesAUTHORS: E. Suárez; Concepción Paz;J. Porteiro; A. Eirís

Regularization Modeling ofWall-Bounded Turbulent FlowsAUTHORS: F. X. Trias;Andrey V.Gorobets;Roel W. C. P. Verstappen; A. Oliva

Simulation of Unsteady Cavitation on a3D FoilAUTHORS: Richard Marcer;C. Audiffren

11:00 – 11:20

Construction of Very High OrderResidual Distribution Schemes forCompressible Flow Problems.AUTHORS: Rémi Abgrall; Arnaud Krust;Adam Larat; Pascal Jacq;Guillaume Baurin; Mario Ricchiuto

Hadamard Incomplete Sensitivity andShape OptimizationAUTHORS: Bijan Mohammadi;Olivier Pironneau

Thermal Comfort Evaluation using aCFD Study and a Transient ThermalModel of the Human BodyAUTHORS: Senhorinha Teixeira;Celina Leão; Manuela Neves;Pedro Arezes; Ana Cunha;José Carlos Teixeira

On Restraining ConvectiveSubgrid-Scale Production in Burgers'EquationAUTHORS: Joop Helder;Roel W. C. P. Verstappen

A Numerical Study for the Effect ofBubble Size Distribution on the FlowBehaviour in Bubble Column ReactorsAUTHORS: Evren Bayraktar;Otto Mierka; Stefan Turek

11:20 – 11:40

An Explicit Space-Time AdaptiveDiscontinuous Galerkin SchemeAUTHORS: Christoph Altmann; G. Gassner; Claus-Dieter Munz

One-Shot Shape Optimization usingthe Exact HessianAUTHORS: Dimitrios I. Papadimitriou;Kyriakos C. Giannakoglou

CFD Parametric Study of Ambient AirVelocity Magnitude Influence in ThermalBehaviour of Open Refrigerated DisplayCabinetsAUTHORS: Pedro D. Gaspar;L. C. C. Gonçalves; Ge Xiao

Regularization Modeling ofCommutator-Errors in Large-EddySimulation of Wall-Bounded TurbulenceAUTHORS: Bernard J. Geurts

A Coupled Finite Volume Solverfor the Simulation of DisperseMultiphase FlowsAUTHORS: Marwan Darwish;Amer Abdel Aziz; F. Moukalled

11:40 – 12:00

High-Order Discontinuous GalerkinMethods for Incompressible FlowsAUTHORS: Adeline de Montlaur; S. Fernández-Méndez; Antonio Huerta

CAD-Based Aerodynamic Optimizationof Geometrically Complex TurbineComponentsAUTHORS: Marcus Meyer;M. Herm; Z. Schabowski

Numerical Simulation ofThree-Dimensional Convection AUTHORS: Igor Palymskiy

Regularizations of Turbulent FlowAUTHORS: Roel W. C. P. Verstappen

An Implicit Low-Diffusive HLL Schemefor Cavitating Flow SimulationAUTHORS: Marco Bilanceri; F. Beux;Maria-Vittoria Salvetti

12:00 – 12:20

A Reconstructed Discontinuous GalerkinMethod for Compressible Flows onArbitrary GridsAUTHORS: Hong Luo

12:20 – 13:30 Lunch Break1.4 MS03 Towards Industrial Applica-tion of Higher Order Methods: Part II

2.4 Optimization and Control I 3.4 Flows with Heat Transfer II 4.4 MS32 New Trends on DiffusionPhenomena

5.4 Gas Particle Flows I

Organizers: K. Hillewaert, J.-F. Remacle,B. Helenbrook

Organizers: J. A. Ferreira, P. Oliveira

13:30 – 14:00

13:40 – 14:00

Memory and CPU Efficient IterativeSchemes for Higher Order DGMAUTHORS: Koen Hillewaert;Jean-Franois Remacle;Brian T. Helenbrook

Supraconvergent-SuperconvergentMethods for Non Fickian ModelsAUTHORS: Sílvia Barbeiro;José A. Ferreira; Luís Pinto

Surrogate Models Based on Functionand Derivative Values for AerodynamicGlobal OptimizationAUTHORS: Manuel Bompard;Jacques Peter; Jean-Antoine Désidéri

Numerical Simulation of Turbulent NaturalConvection and Gas Radiation in DifferentiallyHeated Cavities using FVM, DOM and LESAUTHORS: Roser Capdevila;C. D. Pérez-Segarra; Oriol Lehmkuhl;G. Colomer

DNS of Particulate flows with Collisionsusing a Parallel DEM-DLM/FD Method:PeligriffAUTHORS: Guillaume Vinay; A. Wachs;V. Hergault

14:00 – 14:20

Recent Developments on High-OrderMultidimensional Upwind ResidualDistribution for Equationswith Viscous TermsAUTHORS: Tiago Quintino; N. Villedieu;H. Deconinck

Geometry Optimization forQuasi-Uniform Flows from SupersonicNozzlesAUTHORS: David Pasquale; J. Harinck;A. Guardone; S. Rebay

Non-Oberbeck-Boussinesq NaturalConvection in a Tall Differentially HeatedCavityAUTHORS: Deniz Kizildağ;J. Ventosa; Ivette Rodríguez; A. Oliva

On a ”Flux Tracking” of Drug ReleaseProcesses AUTHORS: José A. Ferreira; P. Oliveira;Pascoal Silva

An Investigation on Powder Stream inCold Gas Spray (CGS) NozzlesAUTHORS: Rocco Lupoi; W. O’Neill

14:20 – 14:40

High-Order Accurate P-MultigridDiscontinuous Galerkin Solution of theRANS and k-omega TurbulenceModel EquationsAUTHORS: F. Bassi; A. Colombo;N. Franchina; A. Ghidoni; Stefano Rebay

Model-Reduced Gradient-BasedHistory MatchingAUTHORS: Malgorzata P. Kaleta;R. G. Hanea; A. W. Heemink;J. D. Jansen

Adaptive Two-Step Peer Methods forThermally Coupled Incompressible FlowAUTHORS: Bettina Gottermeier;Jens Lang

A Numerical Method for a Non-FickianDiffusion Problem Based on theInversion of Laplace TransformsAUTHORS: Adérito Araújo;Cidália Neves; Ercília Sousa

Internal Turbulent Two-Phase FlowsFormed by Wall Injection of Fluid andParticlesAUTHORS: Konstantin N. Volkov

14:40 – 15:00

Adjoint-Based Error Estimation andGoal-Oriented Mesh Refinement forAerodynamic FlowsAUTHORS: Ralf Hartmann

Model-Reduced Variational Data Assimi-lation for Shallow Water Flow ModellingAUTHORS: Muhammad U. Altaf;A. W. Heemink; M. Verlaan

The Impact of Cylinder Roughness onthe Drag Forces and Heat TransferAUTHORS: Frank Dierich;P. A. Nikrityuk

Convergence Analysis of aDecoupled Scheme for Poro-ElasticityAUTHORS: Sílvia Barbeiro

Fast Multipole Boundary ElementMethod with Lagrangian ParticleTracking for Viscous FlowsAUTHORS: Jure Ravnik;Matjaž Hriberšek; Leopold Škerget

15:00 – 15:20 Towards High-Fidelity Industrial CFDAUTHORS: Frédéric Chalot;Pierre-Elie Normand

Dynamic Characterization of anActuated Bluff Body WakeAUTHORS: Gregor Gilka;Dirk M. Luchtenburg; Frank Thiele;Marek Morzyński

Buoyancy Effects on ForcedConvection from a Horizontal Cylinderin Parallel and Contra Flow RegimesAUTHORS: Armando A. Soares;M. D. Naia; N. J. Gonçalves; A. Rouboa

A Non-Oscillatory NumericalMethod for the Advection-DiffusionEquationAUTHORS: Ercília Sousa

The Effect of Vortex Finder Diameter onCyclone Separator Performance andFlow FieldAUTHORS: Khairy Elsayed; Chris Lacor

15:20 – 15:40 A Direct Numerical Simulation Study onthe Mean Velocity and Temperature inMixed Convection from an Open CavityAUTHORS: Gorg Abdelmassih;Youssef Stiriba; A. Vernet; J. A. Ferré;F. X. Grau

Numerical Simulation of the Flow Fieldand the Separation Behaviorof HydrocyclonesAUTHORS: Steffen Schütz; Kathrin Kissling;Manfred Piesche

15:40 – 16:00 Coffee Break1.5 MS03 Towards Industrial Applica-tion of Higher Order Methods: Part III

2.5 Optimization and Control II 3.5 Flows with Heat Transfer III 4.5 Computational Problems inMicrofluidics

5.5 Gas Particles Flows II

Organizers: K. Hillewaert, J.-F. Remacle,B. Helenbrook

16:00 – 16:30

16:10 – 16:30

Curvilinear Mesh Generation for CFDAUTHORS: Jean-François Remacle;Christophe Geuzaine; Bastien Gorissen;Koen Hillewaert

Efficiency of Geometric MultigridMethods for Solving the SensitivityEquations within Gradient Based FlowOptimization ProblemsAUTHORS: Julian Michaelis;J. Siegmann; G. Becker; M. Schäfer

Numerical Simulation of Cooling GasInjection using Adaptive MultiscaleTechniquesAUTHORS: W. Dahmen;Thomas Gotzen; S. Müller

CFD-Based Shape Optimization ofMicrochannels using Adjoint VariableMethodAUTHORS: Osamu Tonomura;M. Kano; S. Hasebe

Simulation of Turbulent Collision ofCloud Droplets using OptimizedLagrangian Integration AlgorithmAUTHORS: Bogdan Rosa;Hossein Parishani; Orlando Ayala;Lian-Ping Wang; Wojciech Grabowski

16:30 – 16:50

Unstructured High Order Grids andtheir Application in DiscontinuousGalerkin MethodsAUTHORS: Florian Hindenlang; G. Gassner; Claus-Dieter Munz

Multi-Stage Design Approach for HighFidelity Aerodynamic Optimization ofMulti-Body Geometries by Kriging BasedModels and Adjoint Variable MethodAUTHORS: JinWoo Yim;ByungJoon Lee; Chongam Kim

Heat Transfer on a Hot SurfaceImpinged by a Cold Circular Liquid JetAUTHORS: Jian-Jun Shu

Parametric Study of a MultiscaleFluidic System using a Hybrid CFD/MDApproachAUTHORS: Soon-Heum Ko;Nayong Kim; Dimitris E. Nikitopoulos;Dorel Moldovan; Shantenu Jha

Numerical Simulation of a Two-Phase Flow inan Oil Filter by Coupling a LES Approach witha Lagrangian Particle TrackingAUTHORS: João P. Pinto; Yann Fraigneau ;Luis A. Oliveira; Christian Tenaud

16:50 – 17:10

An Implicit High-Order SpectralDifference Method for LESAUTHORS: Matteo Parsani;G. Ghorbaniasl; Chris Lacor

Optimal Control for IncompressibleSteady MHD Flows via ConstrainedExtended Boundary ApproachAUTHORS: Giorgio Bornia;Antonio Cervone; Sandro Manservisi

First Industrial Application of the3D Silicone Molding Simulation ToolAUTHORS: Lukasz T. Matysiak;Piotr Saj; Robert M. Sekula

Gas-Plasma Coupling in MiniaturizedSpacesAUTHORS: Ashraf Farahat;Manish Jugroot

A Diffusion-Inertia Model (DIM) forPredicting Aerosol Transportation andDeposition in Turbulent FlowsAUTHORS: Roman V. Mukin;N.I. Drobyshevsky; A .S. Filippov; V. F. Strizhov; L. I. Zaichik; L. S. Mukina

17:10 – 17:30

Anisotropic Adaptation for ViscousFlowsAUTHORS: Jerzy Majewski

Assimilation of MeteorologicalObservations using Large-ScaleOptimizationAUTHORS: Yasuyoshi Horibata

Simulation of the Thermal Heat Ex-change Near the Phoenix Mars LanderAUTHORS: J. A. Davis; Carlos F. Lange

Numerical Investigation on theEfficiency of a Passive Micromixer withthe Lattice Boltzmann MethodAUTHORS: Ernesto Monaco; Kai H. Luo;Gunther Brenner

Finite Element Simulations of ColloidalAggregates under Shear Flow ConditionsAUTHORS: Eva C. Schlauch;Volker Becker, Marek Behr;Heiko Briesen

17:30 – 17:50

Achievements of the EuropeanResearch Project Adigma on AdaptiveHigher Order Methods for AerospaceApplicationsAUTHORS: Norbert Kroll

Application of Response SurfaceMethodology for Modeling andOptimization of the Cyclone Separatorfor Minimum Pressure DropAUTHORS: Khairy Elsayed; Chris Lacor

Conjugate Problem of Forest FireInitiation and Spread in ThreeDimensional SettingAUTHORS: A. Perminov

A New Approach to Solve MicrofluidicSystemsAUTHORS: B. Mohammadi;Jukka Tuomela

17:50 – 18:10

The Discontinuous Galerkin Methodwith Divergence-Free Elements forIncompressible FlowsAUTHORS: Harald van Brummelen;Kris van der Zee

CFD Analysis of Creeping Flow arounda Spherical Particle in RectangularMicrochannelsAUTHORS: José L.C. Santos; Vítor Geraldes

3D Two-Phase Flow Simulations usingXFEMAUTHORS: Sven Gross

Project paginacao 3 03-06-2010 17:24 Page 24

26

Room B6 Room A7 Room C8 Room D9 Room E10 Room F116.6 MS01 Adjoint Methods in

Industrial CFD Optimisation: Part I

7.6 Hybrid RANS/LES I 8.6 MS04 Computational Fluid

Dynamics with OpenFOAM: Part I

9.6 DNS/LES I 10.6 Physiological Flows II 11.6 Non-Newtonian Flows

Organizers: J.-D. Mueller, F. Duddeck,

M. Meyer

Organizer: G. Tabor

Adjoint CFD Codes throughAutomatic DifferentiationAUTHORS: Dominic Jones;Faidon Christakopoulos; Jens-D. Müller

OpenFOAM® an Exeter PerspectiveAUTHORS: Gavin R. TaborDelayed Detached Eddy Simulation

of Aerodynamics Controls withSynthetic JetsAUTHORS: Sol K. Jee; Omar D. López;Robert D. Moser

Direct Numerical Simulations of the Flowaround One and Two Side-By-Side InfiniteCylindres at Subcritical Low Reynolds NumbersAUTHORS: Y. Kahil;Sofiane Benhamadouche; P. Sagaut

Numerical Study of Pulsatile Flowthrough Models of Aortic ValveStenoses and Assessment of Gorlin EquationAUTHORS: Ramesh Agarwal;Robert Rifkin; E. Okpara; J. Daiber

Development of a k-w TurbulenceModel for FENE-P FluidsAUTHORS: Pedro M. R. Resende;F. T. Pinho; B. A. Younis; K. Kim;R. Sureshkumar

CAD-Based Shape Optimisation usingAdjoint SensitivitiesAUTHORS: Guangxu Yu;Jeans-D Müller

Hybrid RANS/LES of Low ReynoldsNumber Round Impinging JetsAUTHORS: Slawomir Kubacki;Erik Dick

CFD Simulation of Bubble Columnsusing the VOF ModelAUTHORS: Michael Harasek;Andras Horvath; Christian Jordan;Christian Kuttner

Direct Numerical Simulation of TurbulentWakes: Flow Past a Sphere at Re=5000AUTHORS: Ivette Rodríguez;Oriol Lehmkuhl; R. Borrell; A. Oliva;C. D. Pèrez-Segarra

Analysis of Blood Flow in a DissectedAorta by Computational Fluid DynamicsAUTHORS: Yi Fan; K. X. Qing;Stephen W. K. Cheng; K. W. Chow

Numerical Simulation of DirectorOrientation of Tumbling Nematic LiquidCrystals in Channel FlowAUTHORS: Pedro A. Cruz; Murilo F. Tomé;Sean McKee; Iain W. Stewart

Anisotropic Grid Adaptation usingAdjoint SensitivitiesAUTHORS: Armen Jaworski;Jerzy Majewski; L. Laniewski-Wollk;J. Rokicki

Flow Structure Analysis Close toAir Jet Vortex GeneratorAUTHORS: Pawel Flaszynski

Simulating Cavitating Flows withLES in OpenFOAMAUTHORS: Rickard E. Bensow;Göran Bark; Nai-Xian Lu; Tobias Huuva

Flow Past a Circular Curved Cylinder inUniform ShearAUTHORS: José P. Gallardo;George K. El Khoury; Bjørnar Pettersen;Helge I. Andersson

Simulation of Blood Flow in HumanAorta including Thirteen Main ArteriesAUTHORS: Erke Aribas; Senol Piskin;M.Serdar Celebi

A Primal-Dual Formulation for theBingham FlowAUTHORS: E. Haber; A. Veneziani;Alexis Aposporidis

A Global Mesh RegularizationApproach for Two and ThreeDimensional GridsAUTHORS: Electra Stavropoulou;M. Hojjat; R. Wuchner; K.-U.Bletzinger

Detailed Numerical Study of TurbulentFlows in Air CurtainsAUTHORS: Julian E. Jaramillo;Carles D. Pèrez-Segarra;Oriol Lehmkuhl; Assensi Oliva

Industrial Optimisation SolutionsBased on OpenFOAM® TechnologyAUTHORS: Stamatina Petropoulou

Direct Numerical Simulations ofImpulsively Starting Flows fromCylindrical and Conic NozzlesAUTHORS: Ionut Danaila;Marius-Gabriel Cojocaru; Sterian Danaila

Three-Phase Numerical Simulation ofBlood Flow in the Ascending Aortawith DissectionAUTHORS: Guojun Hou; K. Tsagakis;D. Wendt; S. Stühle; H. Jakob;Wojciech Kowalczyk

Immersed Boundary Method appliedto Simplified Drilling Problems withNon-Newtonian FluidsAUTHORS: Elie L. M. Padilla;A. L. Martins; A. Silveira-Neto

OpenFOAM Simulation of MassTransfer in Spacer-Filled ChannelsAUTHORS: José L. C. Santos;João G. Crespo; Vítor Geraldes

Parallel DNS Simulation of a SpatiallyDeveloping Planar Turbulent JetAUTHORS: Ricardo J. N. dos Reis;Carlos B. da Silva; José C. F.Pereira

Vortex Dynamics in Thoracic AorticAneurysmsAUTHORS: Hiroshi Suito; Takuya Ueda;Manami Murakami; Geoffrey D. Rubin

Deterministic Numerical Methods forthe Micro–Macro Model of DilutePolymeric FluidsAUTHORS: David J. Knezevic

Implementation of a 3D CompressibleMHD Solver Able to ModelTransonic FlowsAUTHORS: Carlos M. Xisto; José C. Páscoa;Paulo J. Oliveira; Davide A. Nicolini

Numerical Simulation of Flow Past aRectangular Flat Plate at IncidenceAUTHORS: Dan Yang; Bjønar Pettersen;Helge I. Anderssoen;Vagesh D. Narasimhamurthy

Comparison of Body-Fitted and ImmersedBoundary Methods for BiomechanicalApplicationsAUTHORS: Bruno Tayllamin; S. Mendez;F. Nicoud

6.7 MS01 Adjoint Methods in

Industrial CFD Optimisation: Part II

7.7 MS15 Verification and Validation 8.7 MS04 Computational Fluid

Dynamics with OpenFOAM: Part II

9.7 DNS/LES II 10.7 Physiological Flows III 11.7 MS26 Iterative Methods for Incom-

pressible Flows

Organizers: J.-D. Mueller, F. Duddeck,

M. Meyer

Organizer: L. Eça Organizer: G. Tabor Organizer: Kees Vuik

Timestepping for Adjoint CFD Codesfrom Automatic DifferentiationAUTHORS: Faidon Christakopoulos;Dominic Jones; Jeans-D Müller

Verification and Validation Exercisefor the Flow Over a BackwardFacing StepAUTHORS: Luís Eça; G. Vaz;M. Hoekstra

A Coupled Pressure Based SolutionAlgorithm Based on the Volume-Of-FluidApproach for Two or MoreImmiscible FluidsAUTHORS: Kathrin Kissling; Julia Springer;Hrvoje Jasak; Steffen Schütz; Karsten Urban

Preconditioned Krylov Methods for theIncompressible Navier Stokes EquationsAUTHORS: C. Vuik M. urRehman A. Segal

A POD-Galerkin Reduced Model withUpdated Coefficients for Smagorinsky LESAUTHORS: Sebastian Ullmann; Jens Lang

Numerical Simulation of a 3DBileaflet Mechanical Heart Valve:FSI Coupling AlgorithmAUTHORS: Sebastiaan Annerel;Joris Degroote; Jan Vierendeels

Adjoint RANS for Aftship DesignAUTHORS: Arthur Stück; Jörn Kröger;Thomas Rung

Numerical Model of the ElectricalTransformer Epoxy Casting Process andits Hierarchical ValidationAUTHORS: Zbigniew P. Bulinski;Andrzej J. Nowak

Ship and Propulsor HydrodynamicsAUTHORS: Mattias Liefvendahl;N. Alin; M. Chapuis; C. Fureby;U. Svennberg; C. Troëng

Is the Dynamic Procedure Appropriatefor All SGS Models?AUTHORS: Hubert B. Toda;F. Nicoud; K. Truffin

Computational Modelling forCardiovascular Medicine: Patient-SpecificModelling of Artificial Heart ValveHemodynamic Performance.AUTHORS: Claire Wood; Antonio J. Gil;O. Hassan; S. S. Ashraf

Scalable Robust Solvers for Unstructured FeGeodynamic Modeling Applications: Solvingthe Stokes Equation for Models with LargeLocalized Viscosity Contrasts.AUTHORS: T. Geenen; M. ur Rehman ;S. P. MacLachlan ; G. Segal; C. Vuik;A. P. van den Berg; W. Spakman

Optimal Location of Suction orBlowing Jets using the ContinuousAdjoint ApproachAUTHORS: Alexandros S. Zymaris;Dimitrios I. Papadimitriou;Kyriakos C. Giannakoglou;Carsten Othmer

V&V II - Verification of a High Order DirectNumerical Simulation Code using theMethod of Manufactured Solutions for theV European Conference on ComputationalFluid Dynamics (Eccomas CFD 2010)AUTHORS: Homero G. da Silva;Marcello A. F. de Medeiros

Design of a Computational-Fluid-DynamicsTool for the Simulation of Pre-Specified FireScenarios in EnclosuresAUTHORS: Aram Amouzandeh;Shankar Shrestha; Matthias Zeiml;Roman Lackner

When Does Eddy Viscosity restrict theDynamics to Large Eddies?AUTHORS: Roel W. C. P. Verstappen

Numerical Simulation of theFluid-Structure Interaction in StentedAneurysms.AUTHORS: Joaquín Mura;Miguel A. Fernández;Jean-Frédéric Gerbeau

Interface Preconditioners for DomainDecomposition Methods for theStationary Navier-Stokes EquationsAUTHORS: Daniel Loghin

Automotive Applications ofAdjoint-Based Topology and ShapeOptimizationAUTHORS: Carsten Othmer

Verification and Validation ofMolecular Dynamic SimulationAUTHORS: Janusz Bytnar;Anna Kucaba-Pietal; Zbigniew Walenta

Dynamic Mesh Handling inOpenFOAM applied to Fluid-StructureInteraction SimulationsAUTHORS: Hrvoje Jasak; Zeljko Tuković

DNS and LES of the TurbulentEntrainment in Jets: Physics andSubgrid-Scale ModelingAUTHORS: Carlos B. da Silva;Ricardo J. N. dos Reis; Rodrigo Taveira;José C. F. Pereira

Non-Newtonian Behavior of Blood andArterial Curvature Influence Variations ofWall Shear Stress in Stented ArteryAUTHORS: Wanhua Zhao; Xiaofei Wang;Yongfei Jiang; Jun Zhang

An Iterative Data Assimilation Procedurefor including Velocity Measurementsinto Navier-Stokes SimulationsAUTHORS: Marta D’Elia; A. Veneziani

Ingredients for Efficient AerodynamicOne-Shot Shape OptimizationAUTHORS: Nicolas R. Gauger;Emre Özkaya; Caslav Ilic

V&V II: Validation and UncertaintyQuantification of ThermochemicalModels using Shock Tube RadiationMeasurementsAUTHORS: Jeremy Jagodzinski;Kenji Miki; Marco Panesi;Ernesto E. Prudencio; Serge Prudhomme

CFD of Convective Cooling of HydroPower Generators using OpenFOAMAUTHORS: Pirooz Moradnia;Hakan Nilsson

Turbulence Forcing Scheme in PhysicalSpace Based on Ornstein-UhlenbeckProcessAUTHORS: Jaroslav Volavy;Matẽj Forman; Miroslav Jicha

Immersed Boundary MethodPredictions of Shear Stresses forDifferent Flow Topologies Occurring inCerebral AneurysmsAUTHORS: Julia Mikhal;David J. L. Penha; C.H. Slump;Bernard J. Geurts

LES Modeling of Combustion forPropulsion Applications usingOpenFOAMAUTHORS: Christer Fureby;Ekaterina Fedina; N. Alin; J. Tegnér

Numerical Simulation of the TissueAblation in High IntensityFocused Ultrasound Therapy with anArray TransducerAUTHORS: Kohei Okita; Kenji Ono; Shu Takagi; Yoichiro Matsumoto

Wednesday, June 16th

26

PLENARY LECTURE: Global dynamics of transitional and turbulent separation bubbles. Neil D. Sandham, University of Southampton, UK.

PLENARY LECTURE: Industrial constraints and requirements for aeronautical flow control applications. Jean-Claude Courty, Dassault-Aviation, France.

Coffee BreakRoom A1 Room A2 Room A3 Room A4 Room B51.6 STS I: Innovative Digital

Optimization and Control Technologies

for Greener Multi-physics Aeronautics

and Aero-engine Design

2.6 Adaptive Grids I 3.6 Fluid-Structure Interaction 4.6 MS24 Computational Atmosphere

and Ocean Dynamics

5.6 Moving Boundary Problems I

Organizers: Jacques Periaux and Diet-

rich Knoerzer

Organizer: Juha H. Videman

Challenges for More Effective,Environmentally Friendly Air Transport AUTHORS: Adel Abbas

Numerical Modeling of VorticityDynamics in Oceanic WakesAUTHORS: Dmitri Boutov;Aires J. P. dos Santos; Euclides A. Luis;Juha H. Videman

Octree Based Unstructured GridCoarsening Method for 3D MultigridApplicationsAUTHORS: Emel Mahmutyazicioglu;Ismail H. Tuncer; Haluk Aksel

Application of a DiscontinuousCharacteristic Based Split Scheme forFluid-Structure InteractionAUTHORS: Ralf Unger;Matthias C. Haupt; Peter Horst

A Novel Multi-D finite-Volume Methodfor Advection Problems with EmbeddedMoving-BoundariesAUTHORS: Yunus Hassen; Barry Koren

Towards concurrent multi-disciplinarydesign and optimizationAUTHORS: Herman Deconinck;T. Verstraete; Tiago Quintino

H- and P- Adaptive Incompressible FlowSolutions on Cartesian Grids using LeastSquares Spectral Element MethodAUTHORS: Altug Ozcelikkale;Cuneyt Sert

Comparison of Algorithms for StrongCoupled Partitioned Fluid-StructureInteraction - Efficiency versus SimplicityAUTHORS: Thomas Gallinger; Kai-Uwe Blezinger

Climate Prediction: a MultidisciplinaryComputational Fluid Dynamics ProblemAUTHORS: Joao Teixeira

A Mesh Topology Change ALEFramework for Efficient BodyLarge- Displacement Adaptive SimulationsAUTHORS: Geraldine Olivier;Frederic Alauzet

Reduction of environmental effects ofcivil aircraft through multi objectiveflight plan optimizationAUTHORS: L. F. Gonzalez; D. S. Lee;J. Periaux; R. Walker; E. Oñate

Partitioned Fluid-Structure InteractionSimulations using a Hierarchical CartesianFlow SolverAUTHORS: Miriam Mehl; Bernhard Gatzhammer; Tobias Neckel

Mechanical and Thermal Fluid StructureInteraction of Non-ContactingGas Seals in Jet EnginesAUTHORS: Yu Du; M. Schäfer

Univariate High ResolutionAssimilation of Non-State Parametersinto Ocean ModelsAUTHORS: Emanuel F. Coelho

A Level-Set Based Cut-Cell Method for Flowswith Complex Moving BoundariesAUTHORS: Claudia Günther;Daniel Hartmann; Matthias Meinke;Wolfgang Schröder

Challenges for CFD-dominantMulti-physics Analysis and DesignSystemsAUTHORS: Charles Hirsch

Numerical Simulation of the Opening ofAerodynamic Control Surfaces with Two--Dimensional Unstructured Adaptive MeshesAUTHORS: Giuseppe Quaranta; Dario Isola;Alberto Guardone

Fluid-Structure Interaction of Bodywith Elastic WallAUTHORS: Esmatullah M. Sharify;Norio Arai; Shun Takahashi

Island Wake Asymmteries: fromLaboratory to Numerical ModelisationAUTHORS: Alexandre Stegner;R. Caldeira; C. Dong

Aircraft Control Surface Deflectionusing Adaptive Radial Basis FunctionsAUTHORS: Andreas K. Michler; R. Heinrich

Towards Substantial Drag Reductionfor Transonic Wings using AerodynamicOptimisation with Shock Controlthrough Reduced Wing SweepAUTHORS: Ning Qin

Goal-Oriented Anisotropic MeshAdaptation for Unsteady FlowAUTHORS: Anca Belme; A. Dervieux;Frederic Alauzet

Fluid-Structure Coupling Simulationsusing a Virtual Flux MethodAUTHORS: Koji Morinishi;Tomohiro Fukui

Mountain Wave Drag Amplification byResonance in Flow with a VerticallyOscillating Scorer ParameterAUTHORS: Miguel A. C. Teixeira;José L. Argaín; Pedro M. A. Miranda

Numerical Simulation of Moving BoundaryProblems with the New Euleran MethodAUTHORS: Andrey Minakov;A. Gavrilov; A. Dekterev

An L∞ -Lp Space-Time AnisotropicMesh Adaptation Strategy forTime-Dependent ProblemsAUTHORS: Frederic Alauzet;Geraldine Olivier

The Influence of the Structural Model on theStability of Coupling Iterations in PartitionedFluid-Structure Interaction SimulationsAUTHORS: Joris Degroote;Sebastiaan Annerel; Jan Vierendeels

Gust Response of a Typical Section viaCFD and Analytical SolutionAUTHORS: Marco Berci; S. Mascetti;A. Incognito; V. V.Toropov;R. H.Hewson; P. H.Gaskell

Lunch Break

POSTER SESSION 2PLENARY LECTURE: Code and Solution Verification in CFD: Examples for RANS solvers. Luís Eça, Technical University of Lisbon, Portugal.

SEMI - PLENARY LECTURE: Stabilized Finite Element Solution to Handle Complex Heat and Turbulent Flows in Industrial Furnaces. Elie Hachem.

Coffee Break1.7 STS II: Multiphysics – Multicompo-

nents Simulations and Optimization

Techniques for Propulsion Applications

2.7 MS29 Transition and Laminar Flow

Control

3.7 MS27 Monolithic Models and

Solvers for Fluid-Structure Interaction

Problems

4.7 MS07 Computational Wind-Farm-

Wake Aerodynamics

5.7 Moving Boundary Problems II

Organizer: R. Dénos Organizer: J. Melo de Sousa Organizers: Thomas Richter, Stefan

Turek

Organizer: B. Koren

Multi-Component and Multi-PhysicsCFD Simulations for the Prediction ofGas Turbine FlowsAUTHORS: L.Y.M. Gicquel; E. Collado;J. Amaya; N. Gourdain; T. Poinsot

May Transient Growth TheoryExplain Isolated Roughness InducedTransition?AUTHORS: Olivier Vermeersch;D. Arnal

Fluid Structure Interaction withLarge Deformation and FreeStructure-Movement in a MonolithicFormulationAUTHORS: Thomas Richter

Study of Isolated Wakes and theirSuperposition in Wind Farms, usingDifferent Turbulence ModelsAUTHORS: Antonio Crespo;E. Migoya; A. Jiménez

A Numerical Method for Moving-BoundaryProblems of Compressible Viscous FlowAUTHORS: Daniel Hartmann;Lennart Schneiders; Matthias Meinke;Wolfgang Schröder

Aero-Mechanical Optimization ofContra-Rotating Open RotorAUTHORS: M. Leborgne;E. Chérière; V. Iliopoulou; I. Lepot

Modelling of Roughness-InducedTransition using Local VariablesAUTHORS: Patrick Dassler;Dragan Kožulović; Andreas Fiala

Monolithic Newton-Multigrid Solver forFluid-Structure-Interaction ProblemsAUTHORS: Stefan Turek Jaroslav Hron

Linearity Analysis of Wake EffectsInduced by Complex Terrain and WindTurbines through CFD Wind Farm ModelsAUTHORS: Daniel Cabezón;K. Hansen; R. J. Barthelmie

A Fixed Eulerian Mesh-Based Schemeusing Level Set Function for AirbagDeployment Simulation including theEffect of Outside AirAUTHORS: Gaku Hashimoto; Kenji Ono

Multi-objective automated compressoroptimization using a coupled CFD-FEMprocess chainAUTHORS: Christian Voß

Optimals Disturbances and Receptivityin 3D Boundary LayersAUTHORS: David Tempelmann;Ardeshir Hanifi; Dan S. Henningson

Implicit Partitioned Coupling withGlobal Multigrid in FSIAUTHORS: Stephen Sachs;Dörte Sternel; Michael Schäfer

ACD Modelling of Wake Interactions inHorns Rev Wind FarmAUTHORS: Stefan Ivanell;Robert Mikkelsen; Jens N. Sørensen;Kurt S. Hansen; Dan Henningson

A 3D Finite Element Approach forMesoscopic Fluid-Structure InteractionAUTHORS: Ursula M. Mayer;Wolfgang W. Wall

Aeroacustic Optimization of PropellerBlades in a Pusher ConfigurationAUTHORS: Antonio Pagano;Mattia Barbarino; Damiano Casalino;Luigi Federico

High Reynolds Number TransitionExperiments in the ETW Test Facility withthe Pathfinder ModelAUTHORS: Jean Perraud; Geza Schrauf;Ardeshir Hanifi; Raffaele Donelli;Stefan Hein

On Block Preconditioners forMonolithic Fluid-Structure InteractionsAUTHORS: Bärbel Janssen;Thomas Wick

Numerical Study of Influence ofWind Shear on Power Production ofWind TurbinesAUTHORS: Niels Troldborg;Frederik Zahle; Helge Aa. Madsen

Vortices Formation for Medusa-LikeObjectsAUTHORS: Vladimir Lazunin;Vladimir Savchenko

The Telfona Pathfinder Model,a Second LookAUTHORS: Thomas S. J. Streit;Geza Schrauf; Jean Perraud

Numerical Analysis on the Predictionof Closing Time of the Lift Check Valveusing CIP MethodAUTHORS: Jung H. Lee; J. H. Kim;C. S. Song; N. Hur

Analysis of Fourth-Order AccurateSymmetry-Preserving BoundaryConditions for the IncompressibleNavier-Stokes EquationsAUTHORS: Benjamin Sanderse;Barry Koren

Application of Dynamic Mesh in CFDModeling of Wind Erosion on anArbitrary Pile ShapeAUTHORS: Amir B. Farimani;Almerindo D. Ferreira;António C. M. Sousa

Experimental and NumericalInvestigation of the Laminar-TurbulentTransition Mechanisms in the BoundaryLayer on 2D and 2.5D Models in theLow-Turbulence Wind TunnelAUTHORS: S. L. Chernyshev;Alexander I. Ivanov; A. Ph. Kiselev;V. A. Kuzminskiy; D. A. Sboev;S. V. Zhigulev

Added Mass Effects of Compressibleand Incompressible Flows and SolutionMethods for FSIAUTHORS: Harald van Brummelen

Comparison of HydrodynamicParameters of 2D and 3D Models ofMonofin through a Model offluid-Structure InteractionAUTHORS: Nicolas Bideau; L. Monier;F. Razafimahery; L. Rakotomanana

BOARDING TO THE CONFERENCE BANQUET FROM HOTELS

BANQUET

8:30 – 9:10

9:10 – 9:50

9:50 – 10:10

10:10 – 10:40

10:20 – 10:40

10:40 – 11:00

11:00 – 11:20

11:20 – 11:40

11:40 – 12:00

12:00 – 12:20

12:20 – 13:30

13:00 – 15:00

14:30 – 15:10

14:30 – 15:00

15:10 – 15:20

15:20 – 15:50

15:30 – 15:50

15:50 – 16:10

16:10 – 16:30

16:30 – 16:50

16:50 – 17:10

17:10 – 17:30

19:00 – 19:15

20:00

Nesting a Coastal Model into a Large-Scalr Ocean Basin Model: anIntercomparison Exercise in the Bay ofBiscayAUTHORS: Guillaume A. F. Riflet

Project paginacao 3 03-06-2010 17:24 Page 26

28

Room B6 Room A7 Room C8 Room D9 Room E10 Room F116.8 Flow in Porous Media 7.8 Immersed Boundary Methods 8.8 Parallel Computing 9.8 DNS/LES III 10.8 MS16 Lattice Boltzmann, Particle

Methods and Experiments of ComplexPhysiological Flows: Part I

11.8 MS08 CFD in Fire and FireSafety Research

Organizers: A. Gambaruto,G. Pontrelli, S. Succi

Organizer: B. Merci

On the Coupling of Micro andMesoscopic Models in HemodynamicsAUTHORS: Giorgio Amati;A. M. Gambaruto; G. Pontrelli; S. Succi

Simulation of Upward Flame Spreadby Coupling a Pyrolysis Model with aCFD CalculationAUTHORS: Pieter Rauwoens;Joris Degroote; Shivanand Wasan;Jan Vierendeels; Bart Merci

Mixed finite Element Schemes for FluidFlows in Fractured Porous Media withReduced Order Modeling of Fractureswith Non-Matching GridsAUTHORS: C. D’Angelo; A. Fumagalli;Anna Scotti

Direct Numerical Simulation (DNS) ofTurbulent Flow over Wavy SurfacesAUTHORS: Bojan Niceno; Simon Kuhn

Robust Workflows for Large-ScaleMultiphysics SimulationAUTHORS: Toàn Nguyên;Jean-Antoine Désidéri

The Effect of Phase Transitions on theDroplet Size Distribution inHomogeneous Isotropic TurbulenceAUTHORS: Briti S. Deb; Lilya Ghazaryan;Bernard J. Geurts; Hans Kuerten;Cees Van Der Geld; Herman Clercx

Kinetic Approach to Simulation ofMultiphase Porous Media FlowsAUTHORS: Boris N. Chetverushkin;Natalia G. Churbanova;Dmitrij N. Morozov;Marina A. Trapeznikova

Mathematical Modeling of Non-PeriodicFlows using Fourier Pseudo-Spectraland Immersed Boundary MethodsAUTHORS: Felipe P. Mariano;Leonardo Q. Moreira; Aristeu S. Neto

Optimization of the ApplicationMiddleware "Sphere" for BlueGene/L SystemAUTHORS: Satoshi Ito; Kenji Ono

Implicit Large-Eddy Simulationof Noise Radiated by a Subsonic Jet atHigh Reynolds NumberAUTHORS: Carlos A. S. Moser;Jorge H. Silvestrini;Marcello A. F. Medeiros

Lattice Boltzmann Method inNon-Inertial Reference FramesAUTHORS: Gonçalo Silva;Viriato Semião

SMARTFIRE – the Fire Field ModellingEnvironmentAUTHORS: John Ewer

Immersed Boundary MethodComputation of Heat and fluid flow inComplex Porous MediaAUTHORS: David J. L. Penha;Lilya Ghazaryan; Bernard J. Geurts;S. Stolz; M. Nordlund

Recent Advances on the ImmersedStructural Potential Method forFluid-Structure InteractionHaemodynamic Applications.AUTHORS: Antonio J. Gil;Aurelio Arranz Carreño; J. Bonet; O. Hassan

Efficiency of Large-Scale CFD Simulationson Modern Supercomputers usingThousands of CPUs and HybridMPI+OpenMP ParallelizationAUTHORS: Andrey V. Gorobets; R. Borrell;F. X. Trias; T. K. Kozubskaya; A. Oliva

Direct Numerical Simulation of the 3DStratified Viscous Fluid Flows around aSphereAUTHORS: Pavel V. Matyushin;Valentin A. Gushchin

Particle Methods for Multiscale andMultiphysics SimulationsAUTHORS: Petros Koumoutsakos

Simulating Fire & Safety Applicationswith ANSYSAUTHORS: Ilona Zimmermann;Elmar Schneeloch

Three-Dimensional Pore Scale Fluid FlowSimulation Based on Computed Microto-mography Carbonate Rocks’ ImagesAUTHORS: Jan Kaczmarczyk;Marek Dohnalik; Jadwiga Zalewska

Development of an Immersed BoundaryMethod using Boundary Elementswithin a Vortex-In-Cell/Parallel FastMultipole MethodAUTHORS: Timothee Lonfils;G. Winckelmans

A Multi-Dimensional Spatial Scheme forMassively Parallel CompressibleTurbulent Combustion SimulationAUTHORS: Julien Bohbot; Q. H. Tran;A. Velghe; N. Gillet

Large Eddy Simulation of Jet inCross-Flow applied to the “Micromix”Hydrogen Combustion PrincipleAUTHORS: Elmar Recker;W. Bosschaerts

Leveraging Theory fromCosmodynamics for Multi-ScaleCardiovascular SimulationAUTHORS: Amanda Peters;Simone Melchionna; Sauro Succi;Efthimios Kaxiras

Toward FDS6: Complex Geometry,Embedded Meshes, and QualityAssessmentAUTHORS: Randall McDermott;Glenn P. Forney; Kevin McGrattan;William E. Mell

A 2D Compact Finite Difference Im-mersed Boundary Method for Flow inPorous MediaAUTHORS: Paulo J. S. A. Ferreira deSousa; Isabel Malico

An Immersed Boundary Method forLarge-Eddy Simulation of Fully Com-pressible Flows: Application to a Tran-sonic Cavity FlowAUTHORS: Cindy Merlin; P. Domingo;L. Vervisch; G. Lodato

Using Grid Computing to ModelBiosensors Acting in Stirred andNon-Stirred SolutionsAUTHORS: Vytautas Ašeris; R. Baronas

LES of Aircraft Wake Vortices Evolvingin a Stably Stratified and WeaklyTurbulent AtmosphereAUTHORS: Ivan De Visscher;G. Winckelmans

Computer Simulation of Tank-Treadingand Tumbling Motions of Red BloodCells under the Influence of the NaturalState of an Elastic Cellular MembraneAUTHORS: Ken-ichi Tsubota;Shigeo Wada; Hao Liu

Calculation of the Microscale Flowthrough a Packed Bed using FiniteVolume CFDAUTHORS: Gavin R. Tabor; M. Baker;P. G. Young

An Immersed-Boundary Method forSolving Conjugate Heat Transfer Prob-lems in TurbomachineryAUTHORS: S. Latorre; M. D. de Tullio;P. De Palma; Michele Napolitano;G. Pascazio

A Robust Parallel ILU Solver withGrid-Independent Convergence forthe Coupled Steady IncompressibleNavier-Stokes EquationsAUTHORS: Friederik Wubs; Jonas Thies

Large-Eddy Simulation of SubsonicRound Jets with Tripped Exit BoundaryLayersAUTHORS: Christophe Bogey;Olivier Marsden; Christophe Bailly

6.9 Vehicles and Traffic I 7.9 MS05 Inverse Techniques in CFD:Part I

8.9 MS19 Shallow Water Modelsfor Environmental Flows: Part I

9.9 DNS/LES IV 10.9 MS16 Lattice Boltzmann, ParticleMethods and Experiments of ComplexPhysiological Flows: Part II

11.9 MS21 Ventilation and SmokeControl in Underground Space

Organizers: R. Bialecki, H. Orlande Organizer: Hervé Guillard Organizers: A. Gambaruto, G. Pontrelli,S. Succi

Organizer: João Carlos Viegas

Inverse and Direct Techniques of theHeat Transfer Coefficient Retrieval inImpingement Jet Heat ExchangeAUTHORS: Arkadiusz Ryfa;Ryszard Bialecki

Implicit Simulations of Shallow-WaterEquations with Mobile BedAUTHORS: Marco Bilanceri; I. Elmahi;Hervé Guillard; M. V. Salvetti; F. Beux

Confocal Micro-Flow Visualization ofBlood CellsAUTHORS: Rui Lima; Takuji Ishikawa;Yohsuke Imai; Takami Yamaguchi

Smoke Control in an UndergroundCar Park with Impulse VentilationComparison with Test ResultsAUTHORS: João L. Aveiro;João C. Viegas

Large-Eddy Simulation on the Aerody-namic Pitching Stability of Road VehicleAUTHORS: Makoto Tsubokura;Seeyuan Cheng; Takuji Nakashima;Takahide Nouzawa; Takaki Nakamura

A Flow-Controlled Chemistry TabulationMethod for Large-Eddy Simulation ofTurbulent Combustion with DetailedChemistryAUTHORS: Nicolas Enjalbert;Pascale Domingo; Luc Vervisch

Assessment of Several TurbulenceModels in a Supersonic CarAUTHORS: Guillermo Araya; Ben Evans;O. Hassan; Kenneth Morgan

Analysis of the Selected Problems ofHeat ConvectionAUTHORS: Ireneusz Szczygieł

Explicit Runge Kutta ResidualDistribution for Shallow Water FlowsAUTHORS: Mario Ricchiuto;Rémi Abgrall

Extended Variational MultiscaleMethods for Turbulent Variable-DensityFlow at Low Mach Number andPremixed CombustionAUTHORS: Volker Gravemeier;Florian Henke; Wolfgang A. Wall

Blood Flows via Suspended Particlesand Lattice Boltzmann MethodsAUTHORS: Simone Melchionna

Impulse Ventilation in UndergroundCar Parks the Influence of Parked Carsin Smoke ControlAUTHORS: João C. Viegas

Spray Drag Model for Bloodhound SSCAUTHORS: Lakhdar Remaki;B. J. Evans; O. Hassan;Kenneth Morgan

Temperature Inlet-Wall BoundaryCondition Identification of TransientInverse Convective Heat Transfer Problemswithin Channels/Pipes: Laminar FlowAUTHORS: Aziz Azimi;Mohammad R. Ghamari

A Multilayer System with MassExchange for Shallow Water FlowsCoupling with Moving Bed EquationAUTHORS: Emmanuel Audusse;F. Benkhaldoun; S. Sari; M. Seaid

Large Eddy Simulation in GeneralizedCurvilinear Coordinates and itsApplication to an Axisymmetric DumpCombustorAUTHORS: Balram Panjwani;Ivar S. Ertesvag; Andrea Gruber;Kjell E. Rian

Lattice Boltzmann Modelling Apllied toa Bioreactor for Bone Tissue EngineeringAUTHORS: Tim J. Spencer; I. Halliday;C. M. Care; L. A. Hidalgo-Bastida;S. H. Cartmell

Indoor Car Parks – CFD ApplicationAUTHORS: Ricardo Fernandes;D. Henriques

Aerodynamic Optimization Study forFord Cargo Truck Roof Spoiler & Side Ex-tender Parts using CFD ToolsAUTHORS: Cavit Cinar; M. Ö. Arslan

Base Temperature Estimation of theNon-Fourier Fin with Different Profilesusing Inverse AnalysisAUTHORS: Aziz Azimi;Hossein Ahmadikia; Keivan Bamdad

Numerical Modeling of Transient FlowsInvolving Erosion and Deposition ofSedimentsAUTHORS: Fayssal Benkhaldoun;S. Sari; M. Seaid

Numerical Simulation of Blood Flows ina Vessel with Valves Based onVirtual-Flux MethodsAUTHORS: Tomohiro Fukui;Koji Morinishi

Calibration of a Numerical Jet FanModel for Simulating Smoke Control inUnderground Car ParkAUTHORS: E. Didier; Bruno Henriques;Ricardo Brás

6.10 Vehicles and Traffic II 7.10 MS05 Inverse Techniques in CFD:Part II

8.10 MS19 Shallow Water Models forEnvironmental Flows: Part II

9.10 Hybrid RANS/LES II 10.10 MS16 Lattice Boltzmann, ParticleMethods and Experiments of ComplexPhysiological Flows: Part III

11.10 MS21 Ventilation and SmokeControl in Underground Space

Organizers: R. Bialecki, H. Orlande Organizer: Hervé Guillard Organizers: A. Gambaruto,G. Pontrelli, S. Succi

Organizer: João Carlos Viegas

Optimal Heating Control to PreventSolid Deposits in PipelinesAUTHORS: Flavio L. V. Vianna;Helcio R. B. Orlande; G. S. Dulikravich

Solving the Multi-Layer Shallow WaterEquations using the Finite VolumeModified Method of CharacteristicsAUTHORS: Mohammed Seaid;F. Benkhaldoun

A Lattice Boltzmann Modeling ofBloodflow in Cerebral AneurysmsAUTHORS: Bastien Chopard;Daniel Lagrava; Jonas Latt;Orestis Malapinas; Rafik Ouared

Natural and Mechanical Ventilation CFDStudy for a Subway Station/TunnelAUTHORS: José L. Sereno;Belén H. Tambo; Álvaro J. Santos

CFD Optimization of Small LivestockTrailersAUTHORS: Harvey M. Thompson;C. Gilkeson; V. V. Toropov;P. H. Gaskell; M. C. T. Wilson

A Numerical Investigation of theTurbulent Flows using theDetached-Eddy SimulationAUTHORS: Karel Frana; V. Honzejk

2D Micro- and Macroscopic Models forSimulation of Heterogeneous TrafficFlowsAUTHORS: Boris N. Chetverushkin:Natalia G. Churbanova; Ilya R. Furmanov;Marina A. Trapeznikova

An Inverse Formulation for Solutionof Free-Boundary Problems in FluidMechanicsAUTHORS: Bartosz Protas;Ramesh Yapalparvi; Oleg Volkov

Dry Granular Flows with Erosion andDepositionAUTHORS: C.-Y. Kuo; Boniface Nkonga;Mario Ricchiuto; Y.-C. Tai;B. Braconnier

Compressibility Effects on theVortical flow over a 65 Degree SweptDelta Wing.AUTHORS: Jacques Riou; Eric Garnier

Multiscale Coupling of a LatticeBoltzmann Simulation of Blood Flow toCell- and Tissue-Level Processes:the Case of In-Stent RestenosisAUTHORS: Alfons G. Hoekstra

Importance of CFD's on HVACAUTHORS: Ricardo Fernandes;D. Henriques

A New Viscous Inverse Design Methodfor Internal and External Flow overAirfoils using CFD TechniquesAUTHORS: Raja Ramamurthy;Benedikt Roidl; Wahid Ghaly

Non-Reactive Free Jet Flow: Comparisonof Simulations using DifferentTurbulence Models with ReferenceMeasurementsAUTHORS: Regine Model; G. Lindner;D. Markus

A Simplified Particulate Model forCoarse-Grained HemodynamicsSimulationsAUTHORS: Florian Janoschek;Jens Harting; Federico Toschi

Computations of Unsteady CavitatingFlow over a Hydrofoil using UnsteadyRANS and Detached Eddy SimulationsAUTHORS: Andrey Gavrilov;A. Dekterev; K. Finnikov

Thursday, June 17th

28

8:30 – 9:10 PLENARY LECTURE: A fast immersed boundary method with application to low Reynolds number aerodynamics. Tim Colonius, California Institute of Technology, USA.

9:10 – 9:50 PLENARY LECTURE: Coupling fields and scales in computational (bio) fluid dynamics – Advanced methods and applications. Wolfgang A. Wall, Technische Universität München, Germany.

9:50 – 10:10 Coffee BreakRoom A1 Room A2 Room A3 Room A4 Room B51.8 MS02 Algorithms for Multi-ScaleLow Mach Number Flows

2.8 Numerical Methods IV 3.8 MS20 Stratified Flows Modellingfor Environmental Problems

4.8 MS25 Recent Development inTurbomachinery CFD for IndustrialApplications: TRACE

5.8 Adaptive Grids II

Organizers: P. K. Smolarkiewicz, J.Szmelter

Organizer: Philippe Fraunié Organizer: Edmund Kuegeler

10:10 – 10:40

10:20 – 10:40

Modeling Atmospheric Circulations withHigh-Resolution MethodsAUTHORS: Piotr K. Smolarkiewicz

The NEMO High Resolution CoastalModel for Wind Induced VorticesPrediction Fluid Dynamics(Eccomas CFD 2010 Lisbon)AUTHORS: Y. Ourmières; K. Guihou;C. Langlais; B. Zakardjian;Philippe Fraunié; P. Forget

Hybrid Parallelization of aTurbomachinery CFD Code: PeformanceEnhancements on Multicore ArchitecturesAUTHORS: Christian Simmendinger;Edmund Kügeler

The German National Joint ProjectMuna: Management and Minimizationof Uncertainties and Errors inNumerical AerodynamicsAUTHORS: Bernhard Eisfeld

Development of Two andThree-Dimensional Euler Solvers forAdaptively Refined Cartesian Grids withMultigrid ApplicationsAUTHORS: Mehtap Çakmak;Mehmet H. Aksel; Cüneyt Sert

10:40 – 11:00 A Multilevel Method for Finite VolumeDiscretization of the Two-DimensionalNonlinear Shallow-Water EquationsAUTHORS: K. Adamy; A. Bousquet; S. Faure; J. Laminie; Roger Temam

Comparison and Evaluation ofCell-Centered and Cell-VertexDiscretization in the UnstructuredTau-Code for Turbulent Viscous FlowsAUTHORS: Gang Wang;Axel Schwöppe; Ralf Heinrich

Two Numerical Schemes for Simulationof the Stratified Flows Past a MovingBodyAUTHORS: Ludek Benes; J. Fürst;Philippe Fraunié

Turbulence Treatment in Steady andUnsteady Turbomachinery FlowsAUTHORS: Martin Franke;Thomas Röber; Edmund Kugeler;Graham Ashcroft

Parallel Performance of AdaptiveAlgorithms with Dynamic Load BalancingAUTHORS: Stanislaw Gepner;J. Rokicki; Jerzy Majewski

11:00 – 11:20 Multi-Scale Features of BaroclinicWaves in Sound-Proof, GlobalSimulations with Eulag AUTHORS: Joseph M. Prusa;William J. Gutowski

3D Two-Phase Flow Simulationswith the Extended Finite ElementMethod (XFEM)AUTHORS: Henning Sauerland; T.-P. Fries

On the use of High Order CompactSchemes for the Simulation of StablyStratified Fluid FlowAUTHORS: Tomás Bodnár;Philippe Fraunié; Karel Kozel

Predicting Transition on Low-PressureTurbine ProfilesAUTHORS: Vincent Marciniak;Edmund Kuegeler; Matthias Franke

Parallel Grid Generation for LargeEddy SimulationAUTHORS: Gary J. Page

11:20 – 11:40 Numerical Modeling of MultiscaleAtmospheric Flows: from CloudMicroscale to Climate.AUTHORS: Wojciech W. Grabowski;Lian-Ping Wang

Acceleration of CFD Computationsthrough a Subspace DecompositionMethodAUTHORS: George Pashos;Nikolaos Cheimarios; Eleni D. Koronaki;Andreas G. Boudouvis

Direct Numerical Simulation of InternalWaves Formation in HighlyStratified Wake FlowAUTHORS: H. Houcine; Y. Chashechkin;Philippe Fraunié; J.M. Redondo;Adel Gharbi

Recent Progress in a Hybrid-Grid CFDSolver for Turbomachinery FlowsAUTHORS: Kai Becker;Kathrin Heitkamp; E. Kügeler

An Adaptive Discontinuous GalerkinMethod for Modeling Cumulus CloudsAUTHORS: Andreas Müller;Francis X. Giraldo

11:40 – 12:00 Modelling Flows through Canopieswith Immersed Boundary MethodsAUTHORS: Andreas Dörnbrack;C. Kühnlein; Piotr K. Smolarkiewicz

Optimization of the IterationParameters of the Krylov SubspaceMethods for Simulation ofIncompressible FlowAUTHORS: Alexander Shklyar; A. Arbel

Oil Spill Detection and Prediction in theNW Mediterranean Sea: NewMultifractal Methods for SAR AnalysisAUTHORS: Jose M. Redondo;Alexei Platonov

High-Order Accurate ImplicitRunge-Kutta Schemes for the Simulationof Unsteady Flow Phenomena inTurbomachineryAUTHORS: Graham Ashcroft;Kathrin Heitkamp; Edmund Kügeler

Anisotropic Adaptive Meshing andLevelset Method for InterfaceCapturing ProblemsAUTHORS: Thierry Coupez

12:00 – 12:20 An Unstructured Mesh Frameworkfor Simulation of All-ScaleAtmospheric FlowsAUTHORS: Joanna Szmelter;Piotr K. Smolarkiewicz

Automatic Grid Refinement for theAccurate Computation of Free-SurfaceFlow around ShipsAUTHORS: Jeroen Wackers;Khalid Ait-Said; Michel Visonneau

Multifractal Analysis of SAR of theOcean Surface, Currents, EddyStructure, Oil Slicks and DiffusivityAnalysisAUTHORS: Jose M. Redondo;J. M. Grau; A. Matulka; A. Platonov

Development of a Generic SurfaceMapping Algorithm forFluid-Structure-Interaction Simulationsin TurbomachineryAUTHORS: Christian Voigt;Christian Frey; Hans-Peter Kersken

12:20 – 13:30 Lunch Break1.9 MS11 GPU Computing in CFD:

Part I

2.9 Numerical Methods V 3.9 CFD for Marine Applications I 4.9 Turbomachines I 5.9 MS28 Aerodynamic Analysis of

Flapping Wings: Part I

Organizers: S. Turek, D. Göddeke Organizer: Rolf Radespiel

13:30 – 14:00

13:40 – 14:00

GPU Cluster Computing forMultigrid-FEM Solvers with Applicationsin CFDAUTHORS: Dominik Göddeke;Sven H. M. Buijssen; Hilmar Wobker;Stefan Turek

Flow Phenomenon in FlappingInsect WingsAUTHORS: Fritz-Olaf Lehmann

Element-Based Finite Volume Methodfor Solid Mechanics ProblemsAUTHORS: Gerson Filippini;Clovis R. Maliska; Miguel Vaz Jr

A High-Performance ParallelIncompressible Navier-Stokes Two-PhaseFlow Solver using the Level Set Methodfor Hydrodynamics Design.AUTHORS: Anne-Cécile Lesage;G. Houzeaux; H. C. Owen; M. Vazquez

The Role of Unsteadiness on a TurbineVane Wake with Trailing Edge CoolingAUTHORS: Gregory M. Laskowski;Frederic Felten

14:00 – 14:20 Large-Scale CFD Applications onMulti-Node GPU ClusterAUTHORS: Takayuki Aoki;Marlon Arce Acuna; Xian Wang;Satoi OGAWA

Characteristic Based NonreflectingBoundary Conditions in a Simple-TypeCharacteristic Based NonreflectingBoundary Conditions in a Simple-TypeAUTHORS: Yann Moguen;Tarik Kousksou; Erik Dick; Pascal Bruel

SPH Simulations of Free Surface Wavesand the Interaction with ObjectsAUTHORS: Paul H. L. Groenenboom;Bruce K. Cartwright

Time-Resolved Analysis of the Base Regionin Cooled Transonic Turbine AirfoilsAUTHORS: Chiara Bernardini;S. Salvadori; Francesco Martelli;G. Paniagua; B. Saracoglu

Influence of the Foil Thickness on theThrust of Oscillating FoilAUTHORS: Marco La Mantia;Peter Dabnichki

14:20 – 14:40 Porting of FEFLO to GPUsAUTHORS: Andrew Corrigan;Fernando Camelli; Rainald Löhner;Fernando Mut

Enhancements of Piso Scheme inCollocated GridsAUTHORS: Antonio Pascau;Nelson García

Numerical and Experimental Analysis ofthe Wind Forces Acting on LNG CarrierAUTHORS: Anna D. Wnęk;A. Paço; X-Q. Zhou; C. G. Soares

Adaption and use of a CompressibleFlow Code for Turbomachinery DesignAUTHORS: Carlos Ventura Emilie SauretPeter A. Jacobs; Paul Petrie-Repar;Rowan J. Gollan; Paul van der Laan

Effect of Vertical Translation onUnsteady Aerodynamics of a HoveringAirfoilAUTHORS: Erkan Günaydınoglu;Dilek F. Kurtulus

14:40 – 15:00 Assembly of Finite Element Methodson Graphics ProcessorsAUTHORS: Cris Cecka; E. Darve;A. Lew

Streamlines of Vortical Flows in 3DLid-Driven CavitiesAUTHORS: Katsuya Ishii;Shizuko Adachi

A Navier Stokes Solver forAxisymmetric Turbomachinery AnalysisAUTHORS: Giulio Croce; Luca Ratto;Antonio Satta

A Novel Energetics Model forExamining Flapping FlightAUTHORS: Hesam Salehipour;David J. Willis

15:00 – 15:20 Coffee Break1.10 MS11 GPU Computing in CFD:

Part II

2.10 Numerical Methods VI 3.10 CFD for Marine Applications II 4.10 Turbomachines II 5.10 MS28 Aerodynamic Analysis of

Flapping Wings: Part II

Organizers: S. Turek, D. Göddeke Organizer: Rolf Radespiel

15:20 – 15:50

15:30 – 15:50

Towards a Multi-GPU Solver for theThree-Dimensional Two-PhaseIncompressible Navier-Stokes EquationsAUTHORS: Peter Zaspel;Michael Griebel

A Multi-Fidelity Framework forDesigning Compliant Flapping WingsAUTHORS: David J. Willis;Per-Olof Persson; Hesam Salehipour;Jaime Peraire

Finite Element Variational MultiscaleFormulation for Low Mach Number FlowsCoupled with Radiative Heat TransferAUTHORS: Matias Avila; Ramon Codina;Javier Principe;

A Three-Dimensional Model for theDynamics and the Free-SurfaceHydrodynamics of Rowing BoatsAUTHORS: Luca Formaggia;Andrea Mola; Nicola Parolini

Optimal CFD Analysis for Low PowerSystemsAUTHORS: Mariana Simão;Helena M. Ramos

15:50 – 16:10 A Lattice Boltzmann3D-GPU-Implementation onNon-Uniform GridsAUTHORS: Martin Schönherr;Martin Geier; Maik Stiebler;Manfred Krafczyk

Time Integration Schemes forIncompressible Two-Phase FlowProblemsAUTHORS: Patrick Esser;Arnold Reusken

Numerical Simulation of a MarinePropeller in a Cross FlowAUTHORS: Seth D. Schroeder;Charles M. Dai

Numerical Simulation of Swirling Flowin Complex Hydroturbine Draft Tubeusing Large Eddy SimulationAUTHORS: Cédric Duprat; Sylvain Tridon;Guillaume Balarac; Stáphane Barre;Olivier Métais; Claire Ségoufin; Pierre Leroy

Investigation of the Low-ReynoldsNumber Flow around a Flapping FlexibleAirfoilAUTHORS: Ralf Unger;Matthias C. Haupt; Peter Horst

16:10 – 16:30 Performance Modeling andOptimization for 3D Lattice BoltzmannSimulations on Highly Parallel On-ChipArchitectures: GPUs Vs. Multi-Core CPUsAUTHORS: Johannes Habich; T. Zeiser;G.Hager; G. Wellein

Efficient Computation of DynamicStability Data with a LinearizedFrequency Domain SolverAUTHORS: Markus Widhalm;R. P. Dwight; R. Thormann

Propeller-flow Predictions usingTurbulent Vorticity-ConfinementAUTHORS: Manuel Manzke;Thomas Rung

Time-Accurate TurbomachinerySimulations with Open-Source CFD FlowAnalysis of a Single-Channel Pump withOpenFOAMAUTHORS: Mikko Auvinen;Juhaveikko Ala-Juusela;Nicholas Pedersen; Timo Siikonen

Numerical Modeling of Flow DynamicsInduced by Fruit Flies During Free-FlightAUTHORS: Andrei Shishkin;Claus Wagner

16:30 – 16:50 Robust Spectral Reprojection forDiscontinuous Galerkin Simulations onUnstructured GridsAUTHORS: Adrian G. Maroni;Klaus A. Hoffmann

Some Observations on Periodic andTransient Motions as Abstractions ofFlapping Wing AerodynamicsAUTHORS: Michael V. OL

17:00 – 17:20 CLOSING CEREMONY (Room A1)

Multiphysics SPH for Harbor And OceanEngineering HidrodynamicsAUTHORS: Christian Ulrich;Thomas Rung

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Connecting to LNEC’s Wireless Network at Conferences Center

Using Windows XP SP2(with the integrated Microsoft Wireless client)

Requirements:Your computer must have a wireless network adapter compatible with IEEE 802.11g, and acti-vated;This instructions assume that you are using the integrated Windows XP Wireless Client, so theWireless Zero Configuration Service must be activated. If you are using other clients, like IntelProSet Wireless Client, the procedure could be significantly different. If you are unable to makethe configuration, please ask for support by the Helpdesk;

Procedure:

Double click on the Wireless Network Connection icon that appears on the lower right hand sideof your screen;

The Wireless Network Connection window will come up (as shown below) with the available net-works;

You should see guest_lnec; select it!Click on Connect;Once you have a connection, you will be notified by the following indicators:

For help please contact the registration desk

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