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List of Addresses of the Participants List of Addresses of the Participants Prof. R. J. Adrian Prof. Gido Buresti Dept. of Theor. & Appl. Mech. Dipt. di Jngegneria Aerospaziale University of lllinois at Urbana Universita di Pisa 216 Talbot Laboratory Via Diotisalvi 2 104 South Wright St. 1-56126 Pisa, Italia Urbana II. 61801-2983, USA [email protected] [email protected] Prof.S.Y. Alekseenko, Director Dr. Rene Delfos Inst. of Thermophysics Delft University of Technology Siberian Branch ofRAS Lab. for Aero- and Hydrodynamics Lavrentyev Ave, 1 Rotterdamseweg 145 630090 Novosibirsk, Russia NL- 2628 AL Delft, The Netherlands [email protected] [email protected] Prof. S.P. Bardakhanov Prof. H. Eckelmann Inst. Theor. & Appl. Mech. Max-Planck Inst. f. Stromungsforschung Siberian Branch of Russian A.S. Bunsebnstrasse 10 630090 Novosibirsk, Russia D-37073 Gottingen, Germany [email protected] [email protected] Dr. Werner Benger Dr. Walter Egli Konrad-Zuse-Zentrum f. Informa- ABB Corporate Research Ltd. tionstechnik (Zm Berlin) LHS AG Zurich Takustrasse 7 CH-5405 Baden Dlittwil D-14195 Berlin-Dahlem, Germany Switzerland [email protected] [email protected] Pavel Y.Bulychev Prof. Dr. Marie Farge Depart. General Physics CNRS Lab. de Meteo. Dyn. Perm State University Ecole Normale Superieur 15, Bukirev St. 24, rue Lhomond 614600 Perm, Russia F-76231 Paris Cedex 05, France [email protected] [email protected] Prof. Tony Burden Dept. of Mechanics KTH S- 10044 Stockholm, Sweden [email protected] 285 286 Prof. Adam Finchman Dr. Wolfram Hage LEGI-UJF-CNRS DLR (German Aerospace Center) Coriolis Inst. Propulsion Techn. 21 avo Martyrs Turbulence Research F-38000 Grenoble, France Muller-Breslau-Strasse 8 [email protected] D-I0623 Berlin, Germany wolfrasm.ha~e~dlr.de Prof. Dr. Bernhard Gampert Prof. C.M. Ho Universitat GH Essen Mech. & Aerosp. Dept. FB 12 Angew. Mechanik UCLA Schutzenbahn 70 Los Angeles, CA 90024-1597 D- 45127 Essen, Germany USA [email protected] chihmin~~ucla.edu Dr. E.A. Gerteisen Prof. Dr. Lindy Joubert CSCS (Swiss Center for Faculty of Architecture, Building and Scientific Computing Planing CH- 6928 Manno, Switzerland University of Melbourne [email protected] Parkville, Victoria 3052, Australia l.ioube~architecture.unimelb.edu.au Prof. Valery D. Goryachev Prof. W. Kinzelbach Head of Dept. for Mathematics Inst. F. Hydromechanik u. Tver State Techn. University Wasserwirtschaft, ETHZ A. Nikitina 22 8093 Zurich, Switzerland 170026 Tver, Russia [email protected] valery~tversu.ru Dr. A. Gyr Prof. Norman W.M. Ko Inst. F. Hydromechanik u. Dept. of Mech.Eng. Wasserwirtschaft, ETIIZ The University of Hong Kong 8093 Zurich, Switzerland Pokfulam Road [email protected] Hong Kong, China nwmko~hkucc.hku.hk Dr. Maria Haase Dr. H. Kocherscheidt Inst. fur Computeranwendungen Ruhr-Universitat Bochum Universitat Stuttgart Universitatsstr. 150 Pfaffenwaldring 27 Lehrst. F. Stromungsmechanik D-70569 Stuttgart, Germany D-4478O Bochum, Germany [email protected] [email protected] 287 Dr. Georg E. Koppenwallner Prof. Thomas Leweke Himmelsstieg 1 Inst. de Rech. sur les Phenomenes Hors [email protected],<Jermany Equilibre Fax-0049 551 7989512 CNRS/Univ, Aix-Marseille 1&11 12, Av. <Jeneral Leclerc F- 13003 Marseille, France leweke~marius.univ-mrs.fr Dr. Lyudmyla Koryenna Dr. K.W. Lo Inst. of Hydromechanics NASU Maunsell Environmental Management. 8/4 Zheliabov Str. Cons. Ltd Kiev 252180, Ukraine (}ran Central Plaza, Shatin Ikor(Zv.rdfm.freenet.kiev.ua Hong Kong,China [email protected] Prof.. P. Koumoutsakos Herr Matthias Machacek Inst. f. Fluiddynamik Institute of Fluiddynamics, ETHZ ETHZurich CH- 8092 Zurich, Switzerland CH-8092 Zurich, Switzerland petros~eniac.ethz.ch [email protected] . T. S. Krasnopolskaya Prof. E. Meiburg Ukrainian Research Inst. of the Dept. of Aerospace Eng. Environment and Resources University of Southern California 13, Chokolivsky Blvd University Park Kiev 252180, Ukraine Los Angeles, CA 90089-1191, USA eckart(a)soock.usc.edu Mr. Victor Lai Prof. Dr. W. Merzkirch 10 Lo Ping Road Lehrstuhl f. Stromungslehre New Territories Universitat Essen Hong Kong, China Postfach 10 37 64 [email protected] D-45117 Essen, Deutschland wolfQanQ.merzkirch(a)uni-essen.de Mrs. M. Lansak Prof. Iraj Mortazavi Inst. de Rech. sur les Phenomenes Hors Math. Appliquees de Bordeaux Equilibre Universite Bordeaux I Univ, Aix-Marseille 1&11 351, Cours de La Liberation 12, Av. <Jeneral Leclerc 33405 Talence Cedex, France F-13003 Marseille mortaz(a)math.u-bordeaux fr 288 Dr. A. MUller Dr. L. Schouveiler Inst. F. Hydromechanik u. Inst. de Rech. sur les Phenomenes Hors Wasserwirtschaft Equilibre ETHZ CNRS/ Univ, Aix-Marseille 1&11 8093 Zurich, Switzerland 12, Av. General Leclerc muller@bau~.ethz.ch F - 13003 Marseill~ France Dr. I. Neuweiler Prof. Dr. R.M.C. So Inst. F. Hydromechanik u. Dept. Mech. Engineering Wasserwirtschaft The Hong-Kong Polytech. Univ ETHZ Hung Hom, Kowloon 8093 Zurich, Switzerland Hong Kong, China [email protected] [email protected] Dr. P. Peti~eans Prof. Ryuji Takaki Lab. de Physique & Mec. des Mil. Het. Tokyo University of Agriculture URA CNRS 857 and Technology ES de Phys. & de Chimie Indust. Koganei 10, rue Vauquelin Tokyo 184-8588, Japan F-75005 Paris, France Takaki~cc.tuat.ac.ip Prof A. Pollard Prof. A. Tamir Queens UniversitylMech. Eng. Dept Chern. Engineering Kingston, Ontario K7L 3N6, Canada Ben Gurion Uni. of the Negev [email protected] P.O.B.653 Beer-Sheva 84105, Israel [email protected];u.ac.il Prof. Renzo Ricca Mr. C.C.K. Tang Dept. of Mathematics Dept. Mechanical Engin. University College London University of Hong Kong Gower Street Pokfulam London WCIE 6BT, UK Hong Kong, China ricca~math.ucl.ac.uk Prof. T. Roesgen Prof. A. Tsinober Inst. f. Fluiddynamik Faculty of Engineering ETHZ Tel-Aviv University CH- 8092 Zurich, Switzerland IL-69978 Tel-Aviv, Israel [email protected] [email protected] 289 Mrs. Jacobiene van der Hoeven Lab. Aero- and Hydrodynamica TUDelft Rotterdamseweg 145 NL-2628 AL Delft, The Netherlands ' ..th.vanderhoeven wbmt.tudelft.nl Prof. Dr. Jose- Eduardo Wesfreid Lab. de Physique & Mec. des Mil. Het. URA CNRS 857 ES de Phys. & de Chimie Indust. 10, rue Vauquelin F-75005 Paris, France wesfreid mmh.es ci.fr Prof. Dr. N. Yurchenko Inst. Hydromechanics NASU 8/4 Zheliabov Str. Kiev, Ukraine ur rdfm.freenet.kiev.ua Prof. N. Zabusky RUTGERS, State Univ. of N.J. Dept. Mech. & Aerosp. Engin. 98 Brett Road Piscataway, NJ 08854-8058, USA nzabus cai .rut ers.edu COLOR PLATE SERlE IV 291 Figures from: WERNER BENGER Figure 1 to 6 on four plates WALTEREGLI Figure 2 to 4 on two plates HEINZ SCHMID Celts one plate NADIAGYR The secrets of dishwater. One plate 293 Figure 1: Apparent horizon of two merged black holes, with color-encoded Gaussian curvatures. By assigning transparency to large homogeneous regions (right image), the inner is made visible. Figure 2: Evolution sequence showing the apparent horizons of two merging black holes. An outer apparent horizon pops up at a certain time. 294 Figure 3: A burst of gravitational energy emerging from two colliding black holes. The onion-like filaments indicate different levels of intensity of the gravitational field. 295 Figure 4: Merging of two neutron stars computed using Newtonian theory. Each star has about the mass of the sun. Depicted are matter density (green) and internal energy (red). Figure 5: Gravitational waves emitted in the spacetime of orbiting neutron stars. These results from a general relativistic hydrodynamic simulations are still prelimi­ nary. 296 Figure 6: A collapsing gravitational wave with the apparent horizon of the new black hole, formed during the collapse of a gravitational wave: seen as cuts along the xz­ and yz-planes. 297 Figure 1; Stream junction in a multi-wire configuration. Contour lines (texture mapped) ofthe stream junction tp in xz-plane , solution ofequation (2) for a wire distance of a = m2. The gap width, measuredform plate to plate, is Jr. Figure 3; Stream junction tp in xz-plane, solution ofequation (2) for a wire distance of a = 3/ 21l . Contour lines (texture mapped) are presented. Same gap width as in figure 2. 298 Figure 4; Contour lines ofintegrated streamfunctionsjrom the Euler solution of the finite volume solver. Flow patterns for different stages during the iteration. The numbers at the pictures represents an artificial time. The wire distance is set to a = 1r12, same as in figure 2. 299 300 Nadia Gyr Catalogue of the Art Exhibition Walking on Air In the Frame of SCART 2000 At the ETH, Zurich From February 9th to March 3rd 2000 Walking on Air Nadia Gyr Bilderdijkstraat 167 NL- 1053 KP Amsterdam, The Netherlands [email protected] I had my first experience with a computer as a child at an institute of the ETH. I played a computer game, of course a moon landing program and the task was to manoeuvre the orbiter during the last 10 seconds before the landing by decelerating or accelerating it with rockets loaded with a given amount of fuel. The initial condition was an orbiter at a given distance from the moon flying at a known velocity. A too rapid descent or a free fall after running out of fuel led to a crash. This was what mainly happened and showed that our feelings are not appropriate to solve the adequate differential equation. Later I saw the real landing on the moon on TV, and NASA showed us similar computer rooms but larger. We saw the first men on the moon as little figures jumping around in cute suits. The main difference to me was that the game was played without any pictures.
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