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    Numerical Orbital Stability Analysis of Nonresonant Periodic Motions in the Planar Restricted Four-Body Problem

    Received 25 October 2022; accepted 29 November 2022; published 12 December 2022

    2022, Vol. 18, no. 4, pp.  563-576

    Author(s): Sukhov E. A., Volkov E. V.

    We address the planar restricted four-body problem with a small body of negligible mass moving in the Newtonian gravitational field of three primary bodies with nonnegligible masses. We assume that two of the primaries have equal masses and that all primary bodies move in circular orbits forming a Lagrangian equilateral triangular configuration. This configuration admits relative equilibria for the small body analogous to the libration points in the threebody problem. We consider the equilibrium points located on the perpendicular bisector of the Lagrangian triangle in which case the bodies constitute the so-called central configurations. Using the method of normal forms, we analytically obtain families of periodic motions emanating from the stable relative equilibria in a nonresonant case and continue them numerically to the borders of their existence domains. Using a numerical method, we investigate the orbital stability of the aforementioned periodic motions and represent the conclusions as stability diagrams in the problem’s parameter space.
    Keywords: Hamiltonian mechanics, four-body problem, periodic motions, orbital stability
    Citation: Sukhov E. A., Volkov E. V., Numerical Orbital Stability Analysis of Nonresonant Periodic Motions in the Planar Restricted Four-Body Problem, Rus. J. Nonlin. Dyn., 2022, Vol. 18, no. 4, pp.  563-576
    DOI:10.20537/nd221201


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