Where Can I Find Tutorials on Orbital Elements Perturbations?

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SUMMARY

This discussion focuses on finding tutorials related to artificial Earth satellites' orbit perturbations. Key resources mentioned include "Bond and Allman, Modern Astrodynamics," which covers the ambient gravitational field of the Earth and perturbations from the Moon and other satellites. The conversation highlights the importance of understanding propagation algorithms that account for Earth's potential, solar pressure, and third-body effects. The complexity of modeling solar wind buffeting is acknowledged, suggesting a focus on more manageable perturbation factors.

PREREQUISITES
  • Understanding of orbital mechanics and satellite dynamics
  • Familiarity with perturbation theory in astrodynamics
  • Knowledge of gravitational potential models
  • Basic programming skills for implementing propagation algorithms
NEXT STEPS
  • Research "Bond and Allman, Modern Astrodynamics" for detailed insights on perturbations
  • Explore propagation algorithms for artificial satellites, focusing on Earth's potential and solar pressure
  • Study the effects of third bodies on satellite orbits
  • Investigate numerical methods for simulating orbital perturbations
USEFUL FOR

Aerospace engineers, astrodynamics researchers, and students studying satellite orbit dynamics will benefit from this discussion.

dagmare
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Hello! First I am new at this forum and would like to say hello to everybody :)
Second- I am looking for a good tutorial on artificial Earth satellites orbit perturbations. Can somebody give me an advice where I can find it? Do you know any propagation algorithms for artificial satellites that involves main perturbations (Earth's potential, solar pressure, 3rd body)?
 
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Bond and Allman, Modern Astrodynamics should help with ambient gravitational field of the Earth plus perturbations from Moon, a second satellite (not sure what you have in mind), but not, I think, solar wind buffeting. But you probably wouldn't try to model the latter anyway--- its too complicated.
 

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