Titlebook: Geography of Order and Chaos in Mechanics; Investigations of Qu Bruno Cordani Book 20131st edition Springer Science+Business Media, New Yor

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https://doi.org/10.1007/978-3-322-85333-2ted three–body problem, and the motion of a satellite around an oblate primary. In all three cases we will first find the normal integrable form, comparing the relative motion with the “true” one obtained by numerical integration. Several concrete examples will be given, showing in general a very go

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Sinn und Zweck der Kino-Projektoren,ve and quantitative features of the relative dynamics, even for systems with three or more degrees of freedom. By combining analytical, numerical, and geometrical methods, in effect one can also grasp the geography of the resonances, and hence the distribution of order and chaos.

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Bruno CordaniOffers a unique approach to the dynamics of quasi-integrable Hamiltonian systems.Provides a rare opportunity for readers to experiment with and fully conceptualize recent numerical tools via customize

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https://doi.org/10.1007/978-0-8176-8370-2KAM theory; MATLAB programs; Nekhoroshev theorem; normal forms; numerical integration; perturbation theor

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Die Wissenschaft vom Leben nach dem TodIn this chapter, we will study the group-geometrical structure of the Kepler problem and point out how this structure also turns out to be useful in the study of the perturbed case.

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