Abstract Upcoming missions and prospective design concepts in the Earth–Moon system extensively leverage multi-body dynamics that may facilitate access to strategic locations or reduce propellant usage. To incorporate these dynamical structures into the mission design process, Purdue University and the NASA Goddard Flight Space Center have initiated the construction of a trajectory design framework to rapidly access and compare solutions from the circular restricted three-body problem. This framework, based upon a ‘dynamic’ catalog of periodic and quasi-periodic orbits within the Earth–Moon system, can guide an end-to-end trajectory design in an ephemeris model. In particular, the inclusion of quasi-periodic orbits further expands the design space, potentially enabling the detection of additional orbit options. To demonstrate the concept of a ‘dynamic’ catalog, a prototype graphical interface is developed. Strategies to characterize and represent periodic and quasi-periodic information for interactive trajectory comparison and selection are discussed. Two sample applications for formation flying near the Earth–Moon L 2 point and lunar space infrastructures are explored to demonstrate the efficacy of a ‘dynamic’ catalog for rapid trajectory design and validity in higher-fidelity models.
Highlights A ‘dynamic’ cataloging of CR3BP orbits in the Earth–Moon system is explored. An interactive catalog facilitates rapid and intuitive trajectory design. Capability of conducting preliminary mission design trade-offs is demonstrated. Candidate orbits may be exported to an end-to-end trajectory design environment.
Rapid trajectory design in the Earth–Moon ephemeris system via an interactive catalog of periodic and quasi-periodic orbits
Acta Astronautica ; 126 ; 439-455
2016-06-16
17 pages
Aufsatz (Zeitschrift)
Elektronische Ressource
Englisch
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