J. F. San Juan Díaz, D. Ortigosa Martínez, L. M. López Ochoa, M. Lara Coira
A scalable second-order analytical orbit propagator program (AOPP) is being carried out. This AOPP combines modern and classical perturbation methods in function of orbit types or the requirements needed for a space mission, such as catalog maintenance operations, long period evolution, and so on. In this work, we present part of our AOPP and its validation. It implements a second order closed-form zonal analytical theory, in the cases of J2-J4 and J2-J12, which integrates the problem using the classical Delaunay Normalization and the Krylov-Bogoliubov-Mitropolsky method. A methodology based on an exploratory data analysis (EDA) is proposed in order to validate both integration methods and determine the values of the initial conditions, where these methods are valid in function of the duration of propagation.
Palabras clave: exploratory data analysis, analytical orbit propagator
Programado
XC1a Pósters (Estadística)
18 de abril de 2012 12:00
Salón Madrid