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Conference ScheduleJust click on the session number to get into the session details. In Symposia 2 and 5, two sessions are run in parallel. The two General Interest sessions are still tentative.
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General Interest |
1 System Integration |
2 Flight Physics |
3 Flight Dynamics & GNC |
4 Structures & Materials |
5 Propulsion Physics |
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Mon. AM 4 |
Conf. Hall Plenary |
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Mon. PM 4 |
Conf. Hall General |
3.1 Mussorgsky Mission Analysis & Flight Management
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4.1 Tolstoy Aeroelasticity |
5.13 Pushkin Diagnostic Techniques |
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| Conf. Hall Plenary Lecture: A. Coutrot: Achievements of Snecma in collaboration with Russian Aerospace |
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Tue. AM 5 |
1.1 Conf. Hall Avionics & Control Systems |
2.1 Tchaikovsky Aerothermo-dynamic Phenomena I 2.2 Glinka Plasma Interaction and Flow Control |
3.2 Mussorgsky Control I |
4.2 Tolstoy Composite Structures |
5.1 Pushkin SRM: Motors or Components 5.4 Checkov LRE: Cryogenic Combustion |
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Conf. Hall Plenary Lecture: A. Fabrizi: ESA launcher activities in collaboration with Russia |
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Tue. PM 5 |
1.2 Conf. Hall Mission Trajectories |
2.3 Tchaikovsky Experimental Facilities, Methods and Measurement Technique I 2.4 Glinka CFD Simulation I |
3.3 Mussorgsky Navigation
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4.3 Tolstoy Structural Analysis |
5.2 Pushkin SRM: Novel Ingredients 5.5 Checkov LRE: Special Problems |
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Posters |
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Wed. AM 6 |
1.3 Conf. Hall MDO |
2.5 Tchaikovsky CFD Simulation II 2.6 Glinka Planetary Entry and Earth Reentry Aerothermo-dynamics |
3.4 Mussorgsky Control II |
4.4 Tolstoy Space Vehicles and Propulsion |
5.3 Pushkin SRM: Metallized Formulations 5.6 Checkov LRE: Motors or Components |
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Wed. PM 6 |
1.4 Conf. Hall Airbreathing & Advanced Concepts |
2.7 Tchaikovsky Aerothermo-dynamic Phenomena I 2.8 Glinka Configuration Aerodynamics and Optimisation |
3.5 Mussorgsky Modeling, Simulation & Tests I |
4.5 Tolstoy Materials: Synthesis and Processing |
5.7 Pushkin Aero Engines: Ramjets and Scramjets 5.9 Checkov Pulse Detonation Engines and Solar Power |
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Posters |
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Thu. AM 7 |
1.5 Conf. Hall Structural Systems Analysis |
2.9 Tchaikovsky Unsteady Flows 2.10 Glinka High Altitude Aerodynamics |
3.6 Mussorgsky Control III
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4.6 Tolstoy Materials Characterisation and Properties |
5.8 Pushkin Aero Engines: Turbojets 5.10 Checkov In-Space: Electric Propulsion |
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Thu. PM 7 |
1.6 Conf. Hall New Space Systems |
2.11 Tchaikovsky Experimental Facilities, Methods and Measurement Techniques II 2.12-5.14 Glinka Nozzle Flow Separation and Buffeting |
3.7 Mussorgsky Modelling, Simulation & Tests II |
4.7 Tolstoy Materials: Service Performance and Life Assessment |
5.12 Pushkin Fundamentals and Plasma 5.11 Checkov In-Space: Chemical and Nuclear Propulsion |
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EUCASS webmaster: webmaster@onera.fr Last Update: June 27, 2005 |
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