0000000001193622
AUTHOR
Jean-baptiste Pomet
Time minimization versus energy minimization in the one-input controlled Kepler problem with weak propulsion
International audience
Averaging for minimum time control problems and applications
International audience
Time Versus Energy in the Averaged Optimal Coplanar Kepler Transfer towards Circular Orbits
International audience; The aim of this note is to compare the averaged optimal coplanar transfer towards circular orbits when the costs are the transfer time transfer and the energy consumption. While the energy case leads to analyze a 2D Riemannian metric using the standard tools of Riemannian geometry (curvature computations, geodesic convexity), the time minimal case is associated to a Finsler metric which is not smooth. Nevertheless a qualitative analysis of the geodesic flow is given in this article to describe the optimal transfers. In particular we prove geodesic convexity of the elliptic domain.
Averaging techniques in the time minimal orbital transfer using low propulsion
International audience