Abstract Mean element propagation of perturbed two body orbits has as its mathematical basis the averaging theory of nonlinear dynamical systems. Mean elements define an orbit’s long-term evolution characteristics consisting of both secular and long-period effects. Using averaging theory, a near-identity transformation can be found that transforms between the mean elements and their osculating counterparts that augment the mean elements with short period effects. The ability to perform the conversion is necessary so that orbit design conducted in either mean elements or osculating can be effectively converted between each element type. In the present work, the near-identity transformation is found using the Fast Fourier Transform. An efficient method is found that is capable of recovering the mean or osculating elements to first-order.
Transforming Mean and Osculating Elements Using Numerical Methods
2015
Article (Journal)
English
Transforming Mean and Osculating Elements Using Numerical Methods
Springer Verlag | 2015
|Transforming Mean and Osculating Elements Using Numerical Methods
Online Contents | 2015
|Conversion Between Osculating and Mean Orbital Elements
NTRS | 2006
|Conversion Of Osculating Orbital Elements To Mean Orbital Elements
British Library Conference Proceedings | 1996
|SOLUTIONS - Software - Conversion Between Osculating and Mean Orbital Elements
Online Contents | 2006