Preliminary Sequencing Method for Multiple Garavity Assist with Low-Thrust Synergetic Maneuvers
Published in Space Flight Mechanics Meeting, 2023
In order to design a trajectory for a mission with multiple planetary visits, generating sequences with proper timing is required. In addition to accounting for the planet’s motion, the spacecraft has to meet strict conditions to perform gravity assist maneuvers around multiple planets. Algorithms are considered to determine optimal paths including low-thrust synergetic gravity assist between Earth and a terminal planet. In this paper, development of sequencing methods to design multi-purpose missions, i.e. number of planets to visit or minimize time/fuel to complete a mission, is addressed.
Recommended citation: G. Paik, R. Melton (2023). "Preliminary Sequencing Method for Multiple Garavity Assist with Low-Thrust Synergetic Maneuvers." AAS/AIAA Space Flight Mechanics Meeting. AAS 23-344
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