TU Delft Astrodynamic Toolbox

Contents

  • Start Page
  • Getting Started
  • Installation Guide
  • Tutorials and Documentation
    • Application Tutorials
    • Tudat Libraries
      • 1. Environment Set-up
      • 2. Setting up State Derivative Models
      • 3. Simulator Set-Up
      • 4. Estimation Set-Up
      • 5. Basic Astrodynamics Tools
      • Low-Thrust Trajectory Design Module
        • 1. Low-Thrust Trajectories
        • 2. Sims-Flanagan Method
        • 3. Hybrid Method
        • 4. Shape-Based Methods
      • 6. Basic Mathematics Tools
      • 7. Other Libraries
    • Tudat Basics
    • JSON Interface
    • MATLAB Interface
    • Doxygen
    • Troubleshooting
  • FAQ
  • Developer Guide
TU Delft Astrodynamic Toolbox
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  • Low-Thrust Trajectory Design Module
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Low-Thrust Trajectory Design Module¶

These pages of the wiki will give you an overview of the low-thrust trajectory design module in Tudat, and provide you insights into how to set-up the different design methods which are part of it.

  • 1. Low-Thrust Trajectories
    • 1.1. Low-Thrust trajectory leg
    • 1.2. Setting up a low-thrust trajectory
    • 1.3. Optimising a low-thrust trajectory
  • 2. Sims-Flanagan Method
    • 2.1. Sims-Flanagan optimisation problem
    • 2.2. Sims-Flanagan trajectory model
    • 2.3. Using shape-based trajectory as an initial guess
  • 3. Hybrid Method
    • 3.1. Hybrid method optimisation problem
    • 3.2. Hybrid method trajectory model
  • 4. Shape-Based Methods
    • 4.1. Hodographic shaping
    • 4.2. Spherical shaping
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