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Planning

Week Wed. 22 Thu. 23 Fri. 24 List

Wednesday, June 22, 2022 ›

09:00

10:00

11:00

12:00

13:00

14:00

15:00

16:00

17:00

18:00

›9:00 (15min)

Reception

9:00 - 9:15 (15min)

Reception

›9:15 (45min)

Opening ceremony

9:15 - 10:00 (45min)

Opening ceremony

›10:15 (35min)

Long-term numerical propagation for earth orbiting satellites
D. A. Vallado

10:15 - 10:50 (35min)

Long-term numerical propagation for earth orbiting satellites

D. A. Vallado

›10:50 (25min)

Coffee break

10:50 - 11:15 (25min)

Coffee break

›11:15 (1h45)

Analytical, semi-analytical, and numerical propagation methods

11:15 - 13:00 (1h45)

Analytical, semi-analytical, and numerical propagation methods

› Bringing in break-up events within a space objects catalogue - A. Pastor, J. Siminski, G. Escribano, M. Sanjurjo-Rivo, D. Escobar 11:15-11:32 (17min)

› Efficient Numerical Solution of the Low-Thrust Lambert's problem - L. Dell'Elce, A.J. Rosengren 11:32-11:49 (17min)

› Flyby dynamical characterisation with Jacobian eigenvalues - A. Masat, C. Colombo, A. Boutonnet 11:49-12:06 (17min)

› Semi-analytical propagation of NEO binaries: the history of the Janus mission targets 1991 VH and 1996 FG3 - O. Fuentes-Muñoz, A. Meyer, D.J. Scheeres 12:06-12:23 (17min)

› Single-averaged analytical model for low-thrust collision avoidance manoeuvres - J.L. Gonzalo, C. Colombo 12:23-12:40 (17min)

› Dynamics of a Close Earth Satellite by Picard Iterations - M. Lara 12:40-12:57 (17min)

›13:00 (1h20)

Lunch time

13:00 - 14:20 (1h20)

Lunch time

›14:30 (1h45)

Perturbation theory

14:30 - 16:15 (1h45)

Perturbation theory

› Statistical analysis of the long-term dynamical behavior of uncontrolled geostationary satellites near an unstable equilibrium point - [VIDEO] R. Flores, M. Pontani, E. Fantino 14:30-14:47 (17min)

› Improving long-term special perturbations efficiency for Low Earth Orbits - D. Amato, D.A. Vallado 14:47-15:04 (17min)

› Simultaneously Quasi-Critical and Quasi-Heliosynchronous Orbits - R.Vilhena de Moraes, M.L.Galhego da Costa, A.F.B.A.Prado, J.P.S. Carvalho 15:04-15:21 (17min)

› Semi-analytical computation of center-stable and center-unstable manifolds in the geostationary belt. - M. Barcelona, À. Haro, J-M. Mondelo 15:21-15:38 (17min)

› Validation of GTDS and DSST Standalone versions against precise orbit ephemerides - P. Cefola, J. Stratford, R. López, J.F. San-Juan 15:38-15:55 (17min)

› Remarks on The Super-integrability of Dynamical Systems - V. Martinusi 15:55-16:12 (17min)

›16:15 (15min)

Coffee break

16:15 - 16:30 (15min)

Coffee break

›16:30 (2h)

Resonances and chaos

16:30 - 18:30 (2h)

Resonances and chaos

› Iochroma asteroid family resonance perturbations - [VIDEO] A. Rosaev 16:30-16:47 (17min)

› A detailed dynamical model for inclination-only dependent lunisolar resonances. Effects on the ”eccentricity growth” mechanism. - E. Legnaro, C. Efthymiopoulos 16:47-17:04 (17min)

› An Arnold diffusion mechanism for the Galileo satellites - A. Pousse, M. Giralt, I. Baldomá, M. Guardia, E.M. Alessi 17:04-17:21 (17min)

› Fourier Expansion of the $J_2$ Potential as a Prelude to Resonant Orbit Control Theory - N. Nailhot, P. Gurfil 17:21-17:38 (17min)

› Lagrangian Descriptors for global dynamics - [VIDEO] J.Daquin, R. Pedenon-Orlanducci, M. Agaouglou, G. Garcıa-Sanchez, A.M.Mancho 17:38-17:55 (17min)

› Low energy interplanetary trajectories using multiple gravity assists - M. Werner, S. Ross 17:55-18:12 (17min)

› Lunar mean-motion and secular resonances - A.J. Rosengren, Di Wu, L. Dell'Elce 18:12-18:29 (17min)

Session

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Online user: 2

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