Abstract:A software system for normalization of a Hamiltonian function is described.A few examples of its applications are given. It is written in PASCAL and runs on an IBM XT/AT with 640 KB memory.
“…An excellent review of the analytical and numerical approximation methods of invariant manifolds can be found in the paper of Sim6 (1990). For these purposes, we used our system LIE Maciejewski, 1990, Maciejewski andGo,4dziewski, 1991) and the normalization was performed up to the sixth order. Properties of the flow on W ~' and W s depend on the type of equilibrium.…”
The aim of this paper is to study numerically asymptotic manifolds and homoclinic solutions to the regular precessions of a rigid symmetric satellite in a circular orbit.
“…An excellent review of the analytical and numerical approximation methods of invariant manifolds can be found in the paper of Sim6 (1990). For these purposes, we used our system LIE Maciejewski, 1990, Maciejewski andGo,4dziewski, 1991) and the normalization was performed up to the sixth order. Properties of the flow on W ~' and W s depend on the type of equilibrium.…”
The aim of this paper is to study numerically asymptotic manifolds and homoclinic solutions to the regular precessions of a rigid symmetric satellite in a circular orbit.
“…Averaging now (10) over [x n−r , x n−r−1 , ..., x 1 ], we get F * * 2 = F 2C * 0,...0 . (6) will give then P 2 = a 1 ,...,a n−r P 2C a 1 ,...,a n−r cos…”
Section: 2mentioning
confidence: 99%
“…After that many authors worked with this theory for example: Sessin [31] shows that the equations generated by the Lie-Deprit's method for unspecified canonical variables could be solved in the same way as Hori [14] did in his method, Ahmed and Tapley [2] shows the equivalence of the generalized Lie-Hori method and the method of averaging. Gozdziewski and Maciejewski [10] gaves a software system for the normalization of a Hamiltonian function based on Lie series.…”
The objective of the present paper is to contribute to the problem of the normalization of a Hamiltonian system via the elimination of the angle variables involved using the Lie transform technique. The algorithm that we construct assumes that the Hamiltonian is periodic in n angle variables, with two rates: fast and slow. If the angle variables have the same rate only one transformation is required. The equations needed to evaluate the elements of each transformation and the secular perturbations are constructed.
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