Earth-Moon Multi-Orbiter Cyclers - New Solutions to the Three-Body Problem

Earth-Moon Multi-Orbiter Cyclers - New Solutions to the Three-Body Problem

Ross Dynamics Lab via YouTube Direct link

9:33 3,2-Cycler: Two Stability Windows

12 of 16

12 of 16

9:33 3,2-Cycler: Two Stability Windows

Class Central Classrooms beta

YouTube videos curated by Class Central.

Classroom Contents

Earth-Moon Multi-Orbiter Cyclers - New Solutions to the Three-Body Problem

Automatically move to the next video in the Classroom when playback concludes

  1. 1 0:00 Introduction
  2. 2 0:14 Why Cislunar Cyclers? Previous Examples
  3. 3 1:25 New Multi-Orbiter Cyclers
  4. 4 2:20 The Three-Body Framework CR3BP
  5. 5 3:50 Defining Multi-Orbit k1,k2-Cyclers
  6. 6 4:58 Tube Dynamics as a Design Tool
  7. 7 5:42 Geometric Construction of Transit Pathways
  8. 8 6:42 Constructing 1,1-Cyclers
  9. 9 8:10 Constructing k1,k2-Cyclers Family
  10. 10 8:48 Example Cycler Families: 1,1-Cycler
  11. 11 9:19 2,1-Cycler
  12. 12 9:33 3,2-Cycler: Two Stability Windows
  13. 13 11:09 3,1-Cycler: Stability Basins
  14. 14 11:54 3,3-Cycler: Five Stability Windows
  15. 15 12:35 Why These Orbits Matter
  16. 16 13:31 Future Work and Applications

Never Stop Learning.

Get personalized course recommendations, track subjects and courses with reminders, and more.

Someone learning on their laptop while sitting on the floor.